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sample001_002
bottom peaks comparison between CD14-CD16+ monocytes and CD14+CD16- monocytes
Data format
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sample001_003
bottom peaks comparison between CD14-CD16+ monocytes and CD14+CD16+ monocytes
Data format
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sample001_004
bottom peaks comparison between CD14-CD16+ monocytes and CD14+ monocytes derived to endothelial progenitor
Data format
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sample001_005
bottom peaks comparison between CD14-CD16+ monocytes and CD14+ monocytes
Data format
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sample001_006
bottom peaks comparison between CD14-CD16+ monocytes and CD14+ monocytes mock treated
Data format
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sample001_007
bottom peaks comparison between CD14-CD16+ monocytes and CD14+ monocytes treated with BCG
Data format
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sample001_008
bottom peaks comparison between CD14-CD16+ monocytes and CD14+ monocytes treated with IFN-ns hexane
Data format
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sample001_009
bottom peaks comparison between CD14-CD16+ monocytes and CD14+ monocytes treated with beta-glucan
Data format
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sample001_010
bottom peaks comparison between CD14-CD16+ monocytes and CD14+ monocytes treated with candida
Data format
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sample001_011
bottom peaks comparison between CD14-CD16+ monocytes and CD14+ monocytes treated with Cryptococcus
Data format
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sample001_012
bottom peaks comparison between CD14-CD16+ monocytes and CD14+ monocytes treated with Group A Streptococcus
Data format
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sample001_013
bottom peaks comparison between CD14-CD16+ monocytes and CD14+ monocytes treated with Lipopolysaccharide
Data format
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sample001_014
bottom peaks comparison between CD14-CD16+ monocytes and CD14+ monocytes treated with Salmonella
Data format
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sample001_015
bottom peaks comparison between CD14-CD16+ monocytes and CD14+ monocytes treated with trehalose
Data format
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sample001_016
bottom peaks comparison between CD14-CD16+ monocytes and CD19+ B cell
Data format
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sample001_017
bottom peaks comparison between CD14-CD16+ monocytes and CD34 cell differentiated to erythrocyte lineage
Data format
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sample001_018
bottom peaks comparison between CD14-CD16+ monocytes and CD4+CD25-CD45RA- memory conventional T cells expanded
Data format
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sample001_019
bottom peaks comparison between CD14-CD16+ monocytes and CD4+CD25+CD45RA- memory regulatory T cell
Data format
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sample001_020
bottom peaks comparison between CD14-CD16+ monocytes and CD4+CD25+CD45RA- memory regulatory T cell expanded
Data format
hide
sample001_021
bottom peaks comparison between CD14-CD16+ monocytes and CD4+CD25-CD45RA+ naive conventional T cell
Data format
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sample001_022
bottom peaks comparison between CD14-CD16+ monocytes and CD4+CD25-CD45RA+ naive conventional T cells expanded
Data format
hide
sample001_023
bottom peaks comparison between CD14-CD16+ monocytes and CD4+CD25+CD45RA+ naive regulatory T cell expanded
Data format
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sample001_024
bottom peaks comparison between CD14-CD16+ monocytes and CD4+ T cell
Data format
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sample001_025
bottom peaks comparison between CD14-CD16+ monocytes and CD8+ T cell
Data format
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sample001_026
bottom peaks comparison between CD14-CD16+ monocytes and Adipocyte in breast
Data format
hide
sample001_027
bottom peaks comparison between CD14-CD16+ monocytes and Adipocyte in Omentum
Data format
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sample001_028
bottom peaks comparison between CD14-CD16+ monocytes and Subcutaneous adipocyte
Data format
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sample001_029
bottom peaks comparison between CD14-CD16+ monocytes and Alveolar epithelial cell
Data format
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sample001_030
bottom peaks comparison between CD14-CD16+ monocytes and Amniotic epithelial cell
Data format
hide
sample001_031
bottom peaks comparison between CD14-CD16+ monocytes and Amniotic membrane cell
Data format
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sample001_032
bottom peaks comparison between CD14-CD16+ monocytes and Anulus fibrosus cell in spinal cord
Data format
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sample001_033
bottom peaks comparison between CD14-CD16+ monocytes and Adtrocyte in cerebellum
Data format
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sample001_034
bottom peaks comparison between CD14-CD16+ monocytes and Astrocyte in cerebral cortex
Data format
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sample001_035
bottom peaks comparison between CD14-CD16+ monocytes and Bronchial epithelial cell
Data format
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sample001_036
bottom peaks comparison between CD14-CD16+ monocytes and Cardiac myocyte
Data format
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sample001_037
bottom peaks comparison between CD14-CD16+ monocytes and Chondroblast cell in cartilage
Data format
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sample001_038
bottom peaks comparison between CD14-CD16+ monocytes and Redifferentiated chondrocyte in cartilage
Data format
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sample001_039
bottom peaks comparison between CD14-CD16+ monocytes and Chorionic membrane cell
Data format
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sample001_040
bottom peaks comparison between CD14-CD16+ monocytes and Ciliary epithelial cell
Data format
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sample001_041
bottom peaks comparison between CD14-CD16+ monocytes and Corneal epithelial cell
Data format
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sample001_042
bottom peaks comparison between CD14-CD16+ monocytes and Immature monocyte-derived dendritic cell
Data format
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sample001_043
bottom peaks comparison between CD14-CD16+ monocytes and Endothelial cell in aorta
Data format
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sample001_044
bottom peaks comparison between CD14-CD16+ monocytes and Endothelial cell in artery
Data format
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sample001_045
bottom peaks comparison between CD14-CD16+ monocytes and Endothelial cell in lymph vessel
Data format
hide
sample001_046
bottom peaks comparison between CD14-CD16+ monocytes and Endothelial cell in microvessel
Data format
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sample001_047
bottom peaks comparison between CD14-CD16+ monocytes and Endothelial cell in thorax
Data format
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sample001_048
bottom peaks comparison between CD14-CD16+ monocytes and Endothelial cell in umbilical vein
Data format
hide
sample001_049
bottom peaks comparison between CD14-CD16+ monocytes and Endothelial cell in vein
Data format
hide
sample001_050
bottom peaks comparison between CD14-CD16+ monocytes and Epithelical cell in esophagus
Data format
hide
sample001_051
bottom peaks comparison between CD14-CD16+ monocytes and Adventitial fibroblast in aorta
Data format
hide
sample001_052
bottom peaks comparison between CD14-CD16+ monocytes and Fibroblast in heart
Data format
hide
sample001_053
bottom peaks comparison between CD14-CD16+ monocytes and Fibroblast in choroid plexus
Data format
hide
sample001_054
bottom peaks comparison between CD14-CD16+ monocytes and Fibroblast in conjunctiva
Data format
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sample001_055
bottom peaks comparison between CD14-CD16+ monocytes and Fibroblast in derma
Data format
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sample001_056
bottom peaks comparison between CD14-CD16+ monocytes and Fibroblast in lung
Data format
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sample001_057
bottom peaks comparison between CD14-CD16+ monocytes and Fibroblast in lymphatic vessel
Data format
hide
sample001_058
bottom peaks comparison between CD14-CD16+ monocytes and Fibroblast in mamma
Data format
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sample001_059
bottom peaks comparison between CD14-CD16+ monocytes and Fibroblast in periodontal ligament
Data format
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sample001_060
bottom peaks comparison between CD14-CD16+ monocytes and Fibroblast in skin for dystrophia mytonica sample
Data format
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sample001_061
bottom peaks comparison between CD14-CD16+ monocytes and Fibroblast in skin for normal sample
Data format
hide
sample001_062
bottom peaks comparison between CD14-CD16+ monocytes and Fibroblast in skin for spinal muscular atrophy
Data format
hide
sample001_063
bottom peaks comparison between CD14-CD16+ monocytes and Fibroblast of villous mesenchymal cell
Data format
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sample001_064
bottom peaks comparison between CD14-CD16+ monocytes and Gamma delta+ T cell
Data format
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sample001_065
bottom peaks comparison between CD14-CD16+ monocytes and Gingival epithelial cell
Data format
hide
sample001_066
bottom peaks comparison between CD14-CD16+ monocytes and Dermal papilla cell in hair follicle
Data format
hide
sample001_067
bottom peaks comparison between CD14-CD16+ monocytes and Outer root sheath cell in hair follicle
Data format
hide
sample001_068
bottom peaks comparison between CD14-CD16+ monocytes and Hepatic sinusoidal endothelial cell
Data format
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sample001_069
bottom peaks comparison between CD14-CD16+ monocytes and Hepatic stellate lipocyte
Data format
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sample001_070
bottom peaks comparison between CD14-CD16+ monocytes and Hepatocyte
Data format
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sample001_071
bottom peaks comparison between CD14-CD16+ monocytes and Immature langerhans cell
Data format
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sample001_072
bottom peaks comparison between CD14-CD16+ monocytes and Keratinocyte epidermal cell
Data format
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sample001_073
bottom peaks comparison between CD14-CD16+ monocytes and Keratocyte
Data format
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sample001_074
bottom peaks comparison between CD14-CD16+ monocytes and Lens epithelial cell
Data format
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sample001_075
bottom peaks comparison between CD14-CD16+ monocytes and Monocyte-derived macrophage
Data format
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sample001_076
bottom peaks comparison between CD14-CD16+ monocytes and Mallassez-devied cell
Data format
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sample001_077
bottom peaks comparison between CD14-CD16+ monocytes and Mammary epithelial cell
Data format
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sample001_078
bottom peaks comparison between CD14-CD16+ monocytes and Mast cell
Data format
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sample001_079
bottom peaks comparison between CD14-CD16+ monocytes and Expanded mast cell
Data format
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sample001_080
bottom peaks comparison between CD14-CD16+ monocytes and Expanded and stimulated mast cell
Data format
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sample001_081
bottom peaks comparison between CD14-CD16+ monocytes and Melanocyte-dark
Data format
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sample001_082
bottom peaks comparison between CD14-CD16+ monocytes and Melanocyte-light
Data format
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sample001_083
bottom peaks comparison between CD14-CD16+ monocytes and Meningeal cell
Data format
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sample001_084
bottom peaks comparison between CD14-CD16+ monocytes and Mesenchymal precursor cell in adipose
Data format
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sample001_085
bottom peaks comparison between CD14-CD16+ monocytes and Mesenchymal precursor cell in bone marrow
Data format
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sample001_086
bottom peaks comparison between CD14-CD16+ monocytes and Mesenchymal precursor cell in heart
Data format
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sample001_087
bottom peaks comparison between CD14-CD16+ monocytes and Mesenchymal precursor cell in left ovary for ovarian cancer sample
Data format
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sample001_088
bottom peaks comparison between CD14-CD16+ monocytes and Mesenchymal precursor cell for metastatic ovarian cancer sample
Data format
hide
sample001_089
bottom peaks comparison between CD14-CD16+ monocytes and Mesenchymal precursor cell in right ovary for ovarian cancer sample
Data format
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sample001_090
bottom peaks comparison between CD14-CD16+ monocytes and Mesenchymal stem cell in adipose
Data format
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sample001_091
bottom peaks comparison between CD14-CD16+ monocytes and Mesenchymal stem cell in amniotic membrane
Data format
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sample001_092
bottom peaks comparison between CD14-CD16+ monocytes and Mesenchymal stem cell in bone marrow
Data format
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sample001_093
bottom peaks comparison between CD14-CD16+ monocytes and Mesenchymal stem cell in liver
Data format
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sample001_094
bottom peaks comparison between CD14-CD16+ monocytes and Mesenchymal stem cell in umbilical cord
Data format
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sample001_095
bottom peaks comparison between CD14-CD16+ monocytes and Mesothelial cell
Data format
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sample001_096
bottom peaks comparison between CD14-CD16+ monocytes and Migratory langerhans cell
Data format
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sample001_097
bottom peaks comparison between CD14-CD16+ monocytes and Mesenchymal stem cell of umbilical cord blood
Data format
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sample001_098
bottom peaks comparison between CD14-CD16+ monocytes and Myoblast
Data format
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sample001_099
bottom peaks comparison between CD14-CD16+ monocytes and Nasal epithelial cell
Data format
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sample001_100
bottom peaks comparison between CD14-CD16+ monocytes and Natural killer cell
Data format
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sample001_101
bottom peaks comparison between CD14-CD16+ monocytes and Neural stem cell
Data format
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sample001_102
bottom peaks comparison between CD14-CD16+ monocytes and Neuron
Data format
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sample001_103
bottom peaks comparison between CD14-CD16+ monocytes and Neutrophil cell
Data format
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sample001_104
bottom peaks comparison between CD14-CD16+ monocytes and Nucleus pulposus
Data format
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sample001_105
bottom peaks comparison between CD14-CD16+ monocytes and Olfactory epithelial cell
Data format
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sample001_106
bottom peaks comparison between CD14-CD16+ monocytes and Osteoblast
Data format
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sample001_107
bottom peaks comparison between CD14-CD16+ monocytes and Differentiated osteoblast
Data format
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sample001_108
bottom peaks comparison between CD14-CD16+ monocytes and Pricyte
Data format
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sample001_109
bottom peaks comparison between CD14-CD16+ monocytes and Perineurial
Data format
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sample001_110
bottom peaks comparison between CD14-CD16+ monocytes and Peripheral blood mononuclear cell
Data format
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sample001_111
bottom peaks comparison between CD14-CD16+ monocytes and Placental epithelial cell
Data format
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sample001_112
bottom peaks comparison between CD14-CD16+ monocytes and Preadipocyte in breast
Data format
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sample001_113
bottom peaks comparison between CD14-CD16+ monocytes and Preadipocyte in omentum
Data format
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sample001_114
bottom peaks comparison between CD14-CD16+ monocytes and Subcutaneous preadipocyte
Data format
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sample001_115
bottom peaks comparison between CD14-CD16+ monocytes and Visceral preadipocyte
Data format
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sample001_116
bottom peaks comparison between CD14-CD16+ monocytes and Prostate epithelial cell
Data format
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sample001_117
bottom peaks comparison between CD14-CD16+ monocytes and Prostate stromal cell
Data format
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sample001_118
bottom peaks comparison between CD14-CD16+ monocytes and Renal cortical epithelial cell
Data format
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sample001_119
bottom peaks comparison between CD14-CD16+ monocytes and Renal glomerular endothelial cell
Data format
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sample001_120
bottom peaks comparison between CD14-CD16+ monocytes and Renal mesangial cell
Data format
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sample001_121
bottom peaks comparison between CD14-CD16+ monocytes and Renal proximal tubular epithelial cell
Data format
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sample001_122
bottom peaks comparison between CD14-CD16+ monocytes and Renal proximal tubular epithelial cell
Data format
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sample001_123
bottom peaks comparison between CD14-CD16+ monocytes and Salivary acinar cell
Data format
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sample001_124
bottom peaks comparison between CD14-CD16+ monocytes and Schwann
Data format
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sample001_125
bottom peaks comparison between CD14-CD16+ monocytes and Sebocyte
Data format
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sample001_126
bottom peaks comparison between CD14-CD16+ monocytes and Sertoli
Data format
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sample001_127
bottom peaks comparison between CD14-CD16+ monocytes and Skeletal muscle
Data format
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sample001_128
bottom peaks comparison between CD14-CD16+ monocytes and Skeletal muscle differentiated into myotubes
Data format
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sample001_129
bottom peaks comparison between CD14-CD16+ monocytes and Skeletal muscle satellite cell
Data format
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sample001_130
bottom peaks comparison between CD14-CD16+ monocytes and Small airway epithelial cell
Data format
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sample001_131
bottom peaks comparison between CD14-CD16+ monocytes and Airway smooth muscle in asthma
Data format
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sample001_132
bottom peaks comparison between CD14-CD16+ monocytes and Airway smooth muscle in control
Data format
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sample001_133
bottom peaks comparison between CD14-CD16+ monocytes and Smooth muscle in aorta
Data format
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sample001_134
bottom peaks comparison between CD14-CD16+ monocytes and Smooth muscle in brachiocephalic artery
Data format
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sample001_135
bottom peaks comparison between CD14-CD16+ monocytes and Smooth muscle in brain vessel
Data format
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sample001_136
bottom peaks comparison between CD14-CD16+ monocytes and Smooth muscle in bronchial tube
Data format
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sample001_137
bottom peaks comparison between CD14-CD16+ monocytes and Smooth muscle in carotid artery
Data format
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sample001_138
bottom peaks comparison between CD14-CD16+ monocytes and Smooth muscle in colon
Data format
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sample001_139
bottom peaks comparison between CD14-CD16+ monocytes and Smooth muscle in coronary
Data format
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sample001_140
bottom peaks comparison between CD14-CD16+ monocytes and Smooth muscle in esophagus
Data format
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sample001_141
bottom peaks comparison between CD14-CD16+ monocytes and Smooth muscle in internal thoracic artery
Data format
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sample001_142
bottom peaks comparison between CD14-CD16+ monocytes and Smooth muscle in prostate
Data format
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sample001_143
bottom peaks comparison between CD14-CD16+ monocytes and Smooth muscle in pulmonary artery
Data format
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sample001_144
bottom peaks comparison between CD14-CD16+ monocytes and Smooth muscle in subclavian artery
Data format
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sample001_145
bottom peaks comparison between CD14-CD16+ monocytes and Smooth muscle in trachea
Data format
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sample001_146
bottom peaks comparison between CD14-CD16+ monocytes and Smooth muscle in umbilical artery
Data format
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sample001_147
bottom peaks comparison between CD14-CD16+ monocytes and Smooth muscle in umbilical vein
Data format
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sample001_148
bottom peaks comparison between CD14-CD16+ monocytes and Smooth muscle in uterine
Data format
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sample001_149
bottom peaks comparison between CD14-CD16+ monocytes and Synoviocyte
Data format
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sample001_150
bottom peaks comparison between CD14-CD16+ monocytes and Tenocyte
Data format
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sample001_151
bottom peaks comparison between CD14-CD16+ monocytes and Trabecular meshwork
Data format
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sample001_152
bottom peaks comparison between CD14-CD16+ monocytes and Tracheal epithelial cell
Data format
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sample001_153
bottom peaks comparison between CD14-CD16+ monocytes and Urothelial cell
Data format
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sample001_154
bottom peaks comparison between CD14-CD16+ monocytes and Whole blood for donor 1
Data format
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sample001_155
bottom peaks comparison between CD14-CD16+ monocytes and Whole blood for donor 2
Data format
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sample001_156
bottom peaks comparison between CD14-CD16+ monocytes and Whole blood for donor 3
Data format
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sample002_003
bottom peaks comparison between CD14+CD16- monocytes and CD14+CD16+ monocytes
Data format
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sample002_004
bottom peaks comparison between CD14+CD16- monocytes and CD14+ monocytes derived to endothelial progenitor
Data format
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sample002_005
bottom peaks comparison between CD14+CD16- monocytes and CD14+ monocytes
Data format
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sample002_006
bottom peaks comparison between CD14+CD16- monocytes and CD14+ monocytes mock treated
Data format
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sample002_007
bottom peaks comparison between CD14+CD16- monocytes and CD14+ monocytes treated with BCG
Data format
hide
sample002_008
bottom peaks comparison between CD14+CD16- monocytes and CD14+ monocytes treated with IFN-ns hexane
Data format
hide
sample002_009
bottom peaks comparison between CD14+CD16- monocytes and CD14+ monocytes treated with beta-glucan
Data format
hide
sample002_010
bottom peaks comparison between CD14+CD16- monocytes and CD14+ monocytes treated with candida
Data format
hide
sample002_011
bottom peaks comparison between CD14+CD16- monocytes and CD14+ monocytes treated with Cryptococcus
Data format
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sample002_012
bottom peaks comparison between CD14+CD16- monocytes and CD14+ monocytes treated with Group A Streptococcus
Data format
hide
sample002_013
bottom peaks comparison between CD14+CD16- monocytes and CD14+ monocytes treated with Lipopolysaccharide
Data format
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sample002_014
bottom peaks comparison between CD14+CD16- monocytes and CD14+ monocytes treated with Salmonella
Data format
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sample002_015
bottom peaks comparison between CD14+CD16- monocytes and CD14+ monocytes treated with trehalose
Data format
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sample002_016
bottom peaks comparison between CD14+CD16- monocytes and CD19+ B cell
Data format
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sample002_017
bottom peaks comparison between CD14+CD16- monocytes and CD34 cell differentiated to erythrocyte lineage
Data format
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sample002_018
bottom peaks comparison between CD14+CD16- monocytes and CD4+CD25-CD45RA- memory conventional T cells expanded
Data format
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sample002_019
bottom peaks comparison between CD14+CD16- monocytes and CD4+CD25+CD45RA- memory regulatory T cell
Data format
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sample002_020
bottom peaks comparison between CD14+CD16- monocytes and CD4+CD25+CD45RA- memory regulatory T cell expanded
Data format
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sample002_021
bottom peaks comparison between CD14+CD16- monocytes and CD4+CD25-CD45RA+ naive conventional T cell
Data format
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sample002_022
bottom peaks comparison between CD14+CD16- monocytes and CD4+CD25-CD45RA+ naive conventional T cells expanded
Data format
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sample002_023
bottom peaks comparison between CD14+CD16- monocytes and CD4+CD25+CD45RA+ naive regulatory T cell expanded
Data format
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sample002_024
bottom peaks comparison between CD14+CD16- monocytes and CD4+ T cell
Data format
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sample002_025
bottom peaks comparison between CD14+CD16- monocytes and CD8+ T cell
Data format
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sample002_026
bottom peaks comparison between CD14+CD16- monocytes and Adipocyte in breast
Data format
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sample002_027
bottom peaks comparison between CD14+CD16- monocytes and Adipocyte in Omentum
Data format
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sample002_028
bottom peaks comparison between CD14+CD16- monocytes and Subcutaneous adipocyte
Data format
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sample002_029
bottom peaks comparison between CD14+CD16- monocytes and Alveolar epithelial cell
Data format
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sample002_030
bottom peaks comparison between CD14+CD16- monocytes and Amniotic epithelial cell
Data format
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sample002_031
bottom peaks comparison between CD14+CD16- monocytes and Amniotic membrane cell
Data format
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sample002_032
bottom peaks comparison between CD14+CD16- monocytes and Anulus fibrosus cell in spinal cord
Data format
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sample002_033
bottom peaks comparison between CD14+CD16- monocytes and Adtrocyte in cerebellum
Data format
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sample002_034
bottom peaks comparison between CD14+CD16- monocytes and Astrocyte in cerebral cortex
Data format
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sample002_035
bottom peaks comparison between CD14+CD16- monocytes and Bronchial epithelial cell
Data format
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sample002_036
bottom peaks comparison between CD14+CD16- monocytes and Cardiac myocyte
Data format
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sample002_037
bottom peaks comparison between CD14+CD16- monocytes and Chondroblast cell in cartilage
Data format
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sample002_038
bottom peaks comparison between CD14+CD16- monocytes and Redifferentiated chondrocyte in cartilage
Data format
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sample002_039
bottom peaks comparison between CD14+CD16- monocytes and Chorionic membrane cell
Data format
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sample002_040
bottom peaks comparison between CD14+CD16- monocytes and Ciliary epithelial cell
Data format
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sample002_041
bottom peaks comparison between CD14+CD16- monocytes and Corneal epithelial cell
Data format
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sample002_042
bottom peaks comparison between CD14+CD16- monocytes and Immature monocyte-derived dendritic cell
Data format
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sample002_043
bottom peaks comparison between CD14+CD16- monocytes and Endothelial cell in aorta
Data format
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sample002_044
bottom peaks comparison between CD14+CD16- monocytes and Endothelial cell in artery
Data format
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sample002_045
bottom peaks comparison between CD14+CD16- monocytes and Endothelial cell in lymph vessel
Data format
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sample002_046
bottom peaks comparison between CD14+CD16- monocytes and Endothelial cell in microvessel
Data format
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sample002_047
bottom peaks comparison between CD14+CD16- monocytes and Endothelial cell in thorax
Data format
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sample002_048
bottom peaks comparison between CD14+CD16- monocytes and Endothelial cell in umbilical vein
Data format
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sample002_049
bottom peaks comparison between CD14+CD16- monocytes and Endothelial cell in vein
Data format
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sample002_050
bottom peaks comparison between CD14+CD16- monocytes and Epithelical cell in esophagus
Data format
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sample002_051
bottom peaks comparison between CD14+CD16- monocytes and Adventitial fibroblast in aorta
Data format
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sample002_052
bottom peaks comparison between CD14+CD16- monocytes and Fibroblast in heart
Data format
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sample002_053
bottom peaks comparison between CD14+CD16- monocytes and Fibroblast in choroid plexus
Data format
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sample002_054
bottom peaks comparison between CD14+CD16- monocytes and Fibroblast in conjunctiva
Data format
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sample002_055
bottom peaks comparison between CD14+CD16- monocytes and Fibroblast in derma
Data format
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sample002_056
bottom peaks comparison between CD14+CD16- monocytes and Fibroblast in lung
Data format
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sample002_057
bottom peaks comparison between CD14+CD16- monocytes and Fibroblast in lymphatic vessel
Data format
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sample002_058
bottom peaks comparison between CD14+CD16- monocytes and Fibroblast in mamma
Data format
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sample002_059
bottom peaks comparison between CD14+CD16- monocytes and Fibroblast in periodontal ligament
Data format
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sample002_060
bottom peaks comparison between CD14+CD16- monocytes and Fibroblast in skin for dystrophia mytonica sample
Data format
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sample002_061
bottom peaks comparison between CD14+CD16- monocytes and Fibroblast in skin for normal sample
Data format
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sample002_062
bottom peaks comparison between CD14+CD16- monocytes and Fibroblast in skin for spinal muscular atrophy
Data format
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sample002_063
bottom peaks comparison between CD14+CD16- monocytes and Fibroblast of villous mesenchymal cell
Data format
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sample002_064
bottom peaks comparison between CD14+CD16- monocytes and Gamma delta+ T cell
Data format
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sample002_065
bottom peaks comparison between CD14+CD16- monocytes and Gingival epithelial cell
Data format
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sample002_066
bottom peaks comparison between CD14+CD16- monocytes and Dermal papilla cell in hair follicle
Data format
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sample002_067
bottom peaks comparison between CD14+CD16- monocytes and Outer root sheath cell in hair follicle
Data format
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sample002_068
bottom peaks comparison between CD14+CD16- monocytes and Hepatic sinusoidal endothelial cell
Data format
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sample002_069
bottom peaks comparison between CD14+CD16- monocytes and Hepatic stellate lipocyte
Data format
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sample002_070
bottom peaks comparison between CD14+CD16- monocytes and Hepatocyte
Data format
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sample002_071
bottom peaks comparison between CD14+CD16- monocytes and Immature langerhans cell
Data format
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sample002_072
bottom peaks comparison between CD14+CD16- monocytes and Keratinocyte epidermal cell
Data format
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sample002_073
bottom peaks comparison between CD14+CD16- monocytes and Keratocyte
Data format
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sample002_074
bottom peaks comparison between CD14+CD16- monocytes and Lens epithelial cell
Data format
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sample002_075
bottom peaks comparison between CD14+CD16- monocytes and Monocyte-derived macrophage
Data format
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sample002_076
bottom peaks comparison between CD14+CD16- monocytes and Mallassez-devied cell
Data format
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sample002_077
bottom peaks comparison between CD14+CD16- monocytes and Mammary epithelial cell
Data format
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sample002_078
bottom peaks comparison between CD14+CD16- monocytes and Mast cell
Data format
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sample002_079
bottom peaks comparison between CD14+CD16- monocytes and Expanded mast cell
Data format
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sample002_080
bottom peaks comparison between CD14+CD16- monocytes and Expanded and stimulated mast cell
Data format
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sample002_081
bottom peaks comparison between CD14+CD16- monocytes and Melanocyte-dark
Data format
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sample002_082
bottom peaks comparison between CD14+CD16- monocytes and Melanocyte-light
Data format
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sample002_083
bottom peaks comparison between CD14+CD16- monocytes and Meningeal cell
Data format
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sample002_084
bottom peaks comparison between CD14+CD16- monocytes and Mesenchymal precursor cell in adipose
Data format
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sample002_085
bottom peaks comparison between CD14+CD16- monocytes and Mesenchymal precursor cell in bone marrow
Data format
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sample002_086
bottom peaks comparison between CD14+CD16- monocytes and Mesenchymal precursor cell in heart
Data format
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sample002_087
bottom peaks comparison between CD14+CD16- monocytes and Mesenchymal precursor cell in left ovary for ovarian cancer sample
Data format
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sample002_088
bottom peaks comparison between CD14+CD16- monocytes and Mesenchymal precursor cell for metastatic ovarian cancer sample
Data format
hide
sample002_089
bottom peaks comparison between CD14+CD16- monocytes and Mesenchymal precursor cell in right ovary for ovarian cancer sample
Data format
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sample002_090
bottom peaks comparison between CD14+CD16- monocytes and Mesenchymal stem cell in adipose
Data format
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sample002_091
bottom peaks comparison between CD14+CD16- monocytes and Mesenchymal stem cell in amniotic membrane
Data format
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sample002_092
bottom peaks comparison between CD14+CD16- monocytes and Mesenchymal stem cell in bone marrow
Data format
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sample002_093
bottom peaks comparison between CD14+CD16- monocytes and Mesenchymal stem cell in liver
Data format
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sample002_094
bottom peaks comparison between CD14+CD16- monocytes and Mesenchymal stem cell in umbilical cord
Data format
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sample002_095
bottom peaks comparison between CD14+CD16- monocytes and Mesothelial cell
Data format
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sample002_096
bottom peaks comparison between CD14+CD16- monocytes and Migratory langerhans cell
Data format
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sample002_097
bottom peaks comparison between CD14+CD16- monocytes and Mesenchymal stem cell of umbilical cord blood
Data format
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sample002_098
bottom peaks comparison between CD14+CD16- monocytes and Myoblast
Data format
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sample002_099
bottom peaks comparison between CD14+CD16- monocytes and Nasal epithelial cell
Data format
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sample002_100
bottom peaks comparison between CD14+CD16- monocytes and Natural killer cell
Data format
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sample002_101
bottom peaks comparison between CD14+CD16- monocytes and Neural stem cell
Data format
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sample002_102
bottom peaks comparison between CD14+CD16- monocytes and Neuron
Data format
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sample002_103
bottom peaks comparison between CD14+CD16- monocytes and Neutrophil cell
Data format
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sample002_104
bottom peaks comparison between CD14+CD16- monocytes and Nucleus pulposus
Data format
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sample002_105
bottom peaks comparison between CD14+CD16- monocytes and Olfactory epithelial cell
Data format
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sample002_106
bottom peaks comparison between CD14+CD16- monocytes and Osteoblast
Data format
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sample002_107
bottom peaks comparison between CD14+CD16- monocytes and Differentiated osteoblast
Data format
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sample002_108
bottom peaks comparison between CD14+CD16- monocytes and Pricyte
Data format
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sample002_109
bottom peaks comparison between CD14+CD16- monocytes and Perineurial
Data format
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sample002_110
bottom peaks comparison between CD14+CD16- monocytes and Peripheral blood mononuclear cell
Data format
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sample002_111
bottom peaks comparison between CD14+CD16- monocytes and Placental epithelial cell
Data format
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sample002_112
bottom peaks comparison between CD14+CD16- monocytes and Preadipocyte in breast
Data format
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sample002_113
bottom peaks comparison between CD14+CD16- monocytes and Preadipocyte in omentum
Data format
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sample002_114
bottom peaks comparison between CD14+CD16- monocytes and Subcutaneous preadipocyte
Data format
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sample002_115
bottom peaks comparison between CD14+CD16- monocytes and Visceral preadipocyte
Data format
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sample002_116
bottom peaks comparison between CD14+CD16- monocytes and Prostate epithelial cell
Data format
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sample002_117
bottom peaks comparison between CD14+CD16- monocytes and Prostate stromal cell
Data format
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sample002_118
bottom peaks comparison between CD14+CD16- monocytes and Renal cortical epithelial cell
Data format
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sample002_119
bottom peaks comparison between CD14+CD16- monocytes and Renal glomerular endothelial cell
Data format
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sample002_120
bottom peaks comparison between CD14+CD16- monocytes and Renal mesangial cell
Data format
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sample002_121
bottom peaks comparison between CD14+CD16- monocytes and Renal proximal tubular epithelial cell
Data format
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sample002_122
bottom peaks comparison between CD14+CD16- monocytes and Renal proximal tubular epithelial cell
Data format
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sample002_123
bottom peaks comparison between CD14+CD16- monocytes and Salivary acinar cell
Data format
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sample002_124
bottom peaks comparison between CD14+CD16- monocytes and Schwann
Data format
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sample002_125
bottom peaks comparison between CD14+CD16- monocytes and Sebocyte
Data format
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sample002_126
bottom peaks comparison between CD14+CD16- monocytes and Sertoli
Data format
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sample002_127
bottom peaks comparison between CD14+CD16- monocytes and Skeletal muscle
Data format
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sample002_128
bottom peaks comparison between CD14+CD16- monocytes and Skeletal muscle differentiated into myotubes
Data format
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sample002_129
bottom peaks comparison between CD14+CD16- monocytes and Skeletal muscle satellite cell
Data format
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sample002_130
bottom peaks comparison between CD14+CD16- monocytes and Small airway epithelial cell
Data format
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sample002_131
bottom peaks comparison between CD14+CD16- monocytes and Airway smooth muscle in asthma
Data format
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sample002_132
bottom peaks comparison between CD14+CD16- monocytes and Airway smooth muscle in control
Data format
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sample002_133
bottom peaks comparison between CD14+CD16- monocytes and Smooth muscle in aorta
Data format
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sample002_134
bottom peaks comparison between CD14+CD16- monocytes and Smooth muscle in brachiocephalic artery
Data format
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sample002_135
bottom peaks comparison between CD14+CD16- monocytes and Smooth muscle in brain vessel
Data format
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sample002_136
bottom peaks comparison between CD14+CD16- monocytes and Smooth muscle in bronchial tube
Data format
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sample002_137
bottom peaks comparison between CD14+CD16- monocytes and Smooth muscle in carotid artery
Data format
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sample002_138
bottom peaks comparison between CD14+CD16- monocytes and Smooth muscle in colon
Data format
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sample002_139
bottom peaks comparison between CD14+CD16- monocytes and Smooth muscle in coronary
Data format
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sample002_140
bottom peaks comparison between CD14+CD16- monocytes and Smooth muscle in esophagus
Data format
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sample002_141
bottom peaks comparison between CD14+CD16- monocytes and Smooth muscle in internal thoracic artery
Data format
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sample002_142
bottom peaks comparison between CD14+CD16- monocytes and Smooth muscle in prostate
Data format
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sample002_143
bottom peaks comparison between CD14+CD16- monocytes and Smooth muscle in pulmonary artery
Data format
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sample002_144
bottom peaks comparison between CD14+CD16- monocytes and Smooth muscle in subclavian artery
Data format
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sample002_145
bottom peaks comparison between CD14+CD16- monocytes and Smooth muscle in trachea
Data format
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sample002_146
bottom peaks comparison between CD14+CD16- monocytes and Smooth muscle in umbilical artery
Data format
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sample002_147
bottom peaks comparison between CD14+CD16- monocytes and Smooth muscle in umbilical vein
Data format
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sample002_148
bottom peaks comparison between CD14+CD16- monocytes and Smooth muscle in uterine
Data format
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sample002_149
bottom peaks comparison between CD14+CD16- monocytes and Synoviocyte
Data format
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sample002_150
bottom peaks comparison between CD14+CD16- monocytes and Tenocyte
Data format
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sample002_151
bottom peaks comparison between CD14+CD16- monocytes and Trabecular meshwork
Data format
hide
sample002_152
bottom peaks comparison between CD14+CD16- monocytes and Tracheal epithelial cell
Data format
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sample002_153
bottom peaks comparison between CD14+CD16- monocytes and Urothelial cell
Data format
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sample002_154
bottom peaks comparison between CD14+CD16- monocytes and Whole blood for donor 1
Data format
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sample002_155
bottom peaks comparison between CD14+CD16- monocytes and Whole blood for donor 2
Data format
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sample002_156
bottom peaks comparison between CD14+CD16- monocytes and Whole blood for donor 3
Data format
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sample003_004
bottom peaks comparison between CD14+CD16+ monocytes and CD14+ monocytes derived to endothelial progenitor
Data format
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sample003_005
bottom peaks comparison between CD14+CD16+ monocytes and CD14+ monocytes
Data format
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sample003_006
bottom peaks comparison between CD14+CD16+ monocytes and CD14+ monocytes mock treated
Data format
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sample003_007
bottom peaks comparison between CD14+CD16+ monocytes and CD14+ monocytes treated with BCG
Data format
hide
sample003_008
bottom peaks comparison between CD14+CD16+ monocytes and CD14+ monocytes treated with IFN-ns hexane
Data format
hide
sample003_009
bottom peaks comparison between CD14+CD16+ monocytes and CD14+ monocytes treated with beta-glucan
Data format
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sample003_010
bottom peaks comparison between CD14+CD16+ monocytes and CD14+ monocytes treated with candida
Data format
hide
sample003_011
bottom peaks comparison between CD14+CD16+ monocytes and CD14+ monocytes treated with Cryptococcus
Data format
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sample003_012
bottom peaks comparison between CD14+CD16+ monocytes and CD14+ monocytes treated with Group A Streptococcus
Data format
hide
sample003_013
bottom peaks comparison between CD14+CD16+ monocytes and CD14+ monocytes treated with Lipopolysaccharide
Data format
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sample003_014
bottom peaks comparison between CD14+CD16+ monocytes and CD14+ monocytes treated with Salmonella
Data format
hide
sample003_015
bottom peaks comparison between CD14+CD16+ monocytes and CD14+ monocytes treated with trehalose
Data format
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sample003_016
bottom peaks comparison between CD14+CD16+ monocytes and CD19+ B cell
Data format
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sample003_017
bottom peaks comparison between CD14+CD16+ monocytes and CD34 cell differentiated to erythrocyte lineage
Data format
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sample003_018
bottom peaks comparison between CD14+CD16+ monocytes and CD4+CD25-CD45RA- memory conventional T cells expanded
Data format
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sample003_019
bottom peaks comparison between CD14+CD16+ monocytes and CD4+CD25+CD45RA- memory regulatory T cell
Data format
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sample003_020
bottom peaks comparison between CD14+CD16+ monocytes and CD4+CD25+CD45RA- memory regulatory T cell expanded
Data format
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sample003_021
bottom peaks comparison between CD14+CD16+ monocytes and CD4+CD25-CD45RA+ naive conventional T cell
Data format
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sample003_022
bottom peaks comparison between CD14+CD16+ monocytes and CD4+CD25-CD45RA+ naive conventional T cells expanded
Data format
hide
sample003_023
bottom peaks comparison between CD14+CD16+ monocytes and CD4+CD25+CD45RA+ naive regulatory T cell expanded
Data format
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sample003_024
bottom peaks comparison between CD14+CD16+ monocytes and CD4+ T cell
Data format
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sample003_025
bottom peaks comparison between CD14+CD16+ monocytes and CD8+ T cell
Data format
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sample003_026
bottom peaks comparison between CD14+CD16+ monocytes and Adipocyte in breast
Data format
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sample003_027
bottom peaks comparison between CD14+CD16+ monocytes and Adipocyte in Omentum
Data format
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sample003_028
bottom peaks comparison between CD14+CD16+ monocytes and Subcutaneous adipocyte
Data format
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sample003_029
bottom peaks comparison between CD14+CD16+ monocytes and Alveolar epithelial cell
Data format
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sample003_030
bottom peaks comparison between CD14+CD16+ monocytes and Amniotic epithelial cell
Data format
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sample003_031
bottom peaks comparison between CD14+CD16+ monocytes and Amniotic membrane cell
Data format
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sample003_032
bottom peaks comparison between CD14+CD16+ monocytes and Anulus fibrosus cell in spinal cord
Data format
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sample003_033
bottom peaks comparison between CD14+CD16+ monocytes and Adtrocyte in cerebellum
Data format
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sample003_034
bottom peaks comparison between CD14+CD16+ monocytes and Astrocyte in cerebral cortex
Data format
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sample003_035
bottom peaks comparison between CD14+CD16+ monocytes and Bronchial epithelial cell
Data format
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sample003_036
bottom peaks comparison between CD14+CD16+ monocytes and Cardiac myocyte
Data format
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sample003_037
bottom peaks comparison between CD14+CD16+ monocytes and Chondroblast cell in cartilage
Data format
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sample003_038
bottom peaks comparison between CD14+CD16+ monocytes and Redifferentiated chondrocyte in cartilage
Data format
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sample003_039
bottom peaks comparison between CD14+CD16+ monocytes and Chorionic membrane cell
Data format
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sample003_040
bottom peaks comparison between CD14+CD16+ monocytes and Ciliary epithelial cell
Data format
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sample003_041
bottom peaks comparison between CD14+CD16+ monocytes and Corneal epithelial cell
Data format
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sample003_042
bottom peaks comparison between CD14+CD16+ monocytes and Immature monocyte-derived dendritic cell
Data format
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sample003_043
bottom peaks comparison between CD14+CD16+ monocytes and Endothelial cell in aorta
Data format
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sample003_044
bottom peaks comparison between CD14+CD16+ monocytes and Endothelial cell in artery
Data format
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sample003_045
bottom peaks comparison between CD14+CD16+ monocytes and Endothelial cell in lymph vessel
Data format
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sample003_046
bottom peaks comparison between CD14+CD16+ monocytes and Endothelial cell in microvessel
Data format
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sample003_047
bottom peaks comparison between CD14+CD16+ monocytes and Endothelial cell in thorax
Data format
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sample003_048
bottom peaks comparison between CD14+CD16+ monocytes and Endothelial cell in umbilical vein
Data format
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sample003_049
bottom peaks comparison between CD14+CD16+ monocytes and Endothelial cell in vein
Data format
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sample003_050
bottom peaks comparison between CD14+CD16+ monocytes and Epithelical cell in esophagus
Data format
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sample003_051
bottom peaks comparison between CD14+CD16+ monocytes and Adventitial fibroblast in aorta
Data format
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sample003_052
bottom peaks comparison between CD14+CD16+ monocytes and Fibroblast in heart
Data format
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sample003_053
bottom peaks comparison between CD14+CD16+ monocytes and Fibroblast in choroid plexus
Data format
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sample003_054
bottom peaks comparison between CD14+CD16+ monocytes and Fibroblast in conjunctiva
Data format
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sample003_055
bottom peaks comparison between CD14+CD16+ monocytes and Fibroblast in derma
Data format
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sample003_056
bottom peaks comparison between CD14+CD16+ monocytes and Fibroblast in lung
Data format
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sample003_057
bottom peaks comparison between CD14+CD16+ monocytes and Fibroblast in lymphatic vessel
Data format
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sample003_058
bottom peaks comparison between CD14+CD16+ monocytes and Fibroblast in mamma
Data format
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sample003_059
bottom peaks comparison between CD14+CD16+ monocytes and Fibroblast in periodontal ligament
Data format
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sample003_060
bottom peaks comparison between CD14+CD16+ monocytes and Fibroblast in skin for dystrophia mytonica sample
Data format
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sample003_061
bottom peaks comparison between CD14+CD16+ monocytes and Fibroblast in skin for normal sample
Data format
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sample003_062
bottom peaks comparison between CD14+CD16+ monocytes and Fibroblast in skin for spinal muscular atrophy
Data format
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sample003_063
bottom peaks comparison between CD14+CD16+ monocytes and Fibroblast of villous mesenchymal cell
Data format
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sample003_064
bottom peaks comparison between CD14+CD16+ monocytes and Gamma delta+ T cell
Data format
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sample003_065
bottom peaks comparison between CD14+CD16+ monocytes and Gingival epithelial cell
Data format
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sample003_066
bottom peaks comparison between CD14+CD16+ monocytes and Dermal papilla cell in hair follicle
Data format
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sample003_067
bottom peaks comparison between CD14+CD16+ monocytes and Outer root sheath cell in hair follicle
Data format
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sample003_068
bottom peaks comparison between CD14+CD16+ monocytes and Hepatic sinusoidal endothelial cell
Data format
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sample003_069
bottom peaks comparison between CD14+CD16+ monocytes and Hepatic stellate lipocyte
Data format
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sample003_070
bottom peaks comparison between CD14+CD16+ monocytes and Hepatocyte
Data format
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sample003_071
bottom peaks comparison between CD14+CD16+ monocytes and Immature langerhans cell
Data format
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sample003_072
bottom peaks comparison between CD14+CD16+ monocytes and Keratinocyte epidermal cell
Data format
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sample003_073
bottom peaks comparison between CD14+CD16+ monocytes and Keratocyte
Data format
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sample003_074
bottom peaks comparison between CD14+CD16+ monocytes and Lens epithelial cell
Data format
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sample003_075
bottom peaks comparison between CD14+CD16+ monocytes and Monocyte-derived macrophage
Data format
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sample003_076
bottom peaks comparison between CD14+CD16+ monocytes and Mallassez-devied cell
Data format
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sample003_077
bottom peaks comparison between CD14+CD16+ monocytes and Mammary epithelial cell
Data format
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sample003_078
bottom peaks comparison between CD14+CD16+ monocytes and Mast cell
Data format
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sample003_079
bottom peaks comparison between CD14+CD16+ monocytes and Expanded mast cell
Data format
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sample003_080
bottom peaks comparison between CD14+CD16+ monocytes and Expanded and stimulated mast cell
Data format
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sample003_081
bottom peaks comparison between CD14+CD16+ monocytes and Melanocyte-dark
Data format
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sample003_082
bottom peaks comparison between CD14+CD16+ monocytes and Melanocyte-light
Data format
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sample003_083
bottom peaks comparison between CD14+CD16+ monocytes and Meningeal cell
Data format
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sample003_084
bottom peaks comparison between CD14+CD16+ monocytes and Mesenchymal precursor cell in adipose
Data format
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sample003_085
bottom peaks comparison between CD14+CD16+ monocytes and Mesenchymal precursor cell in bone marrow
Data format
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sample003_086
bottom peaks comparison between CD14+CD16+ monocytes and Mesenchymal precursor cell in heart
Data format
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sample003_087
bottom peaks comparison between CD14+CD16+ monocytes and Mesenchymal precursor cell in left ovary for ovarian cancer sample
Data format
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sample003_088
bottom peaks comparison between CD14+CD16+ monocytes and Mesenchymal precursor cell for metastatic ovarian cancer sample
Data format
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sample003_089
bottom peaks comparison between CD14+CD16+ monocytes and Mesenchymal precursor cell in right ovary for ovarian cancer sample
Data format
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sample003_090
bottom peaks comparison between CD14+CD16+ monocytes and Mesenchymal stem cell in adipose
Data format
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sample003_091
bottom peaks comparison between CD14+CD16+ monocytes and Mesenchymal stem cell in amniotic membrane
Data format
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sample003_092
bottom peaks comparison between CD14+CD16+ monocytes and Mesenchymal stem cell in bone marrow
Data format
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sample003_093
bottom peaks comparison between CD14+CD16+ monocytes and Mesenchymal stem cell in liver
Data format
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sample003_094
bottom peaks comparison between CD14+CD16+ monocytes and Mesenchymal stem cell in umbilical cord
Data format
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sample003_095
bottom peaks comparison between CD14+CD16+ monocytes and Mesothelial cell
Data format
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sample003_096
bottom peaks comparison between CD14+CD16+ monocytes and Migratory langerhans cell
Data format
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sample003_097
bottom peaks comparison between CD14+CD16+ monocytes and Mesenchymal stem cell of umbilical cord blood
Data format
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sample003_098
bottom peaks comparison between CD14+CD16+ monocytes and Myoblast
Data format
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sample003_099
bottom peaks comparison between CD14+CD16+ monocytes and Nasal epithelial cell
Data format
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sample003_100
bottom peaks comparison between CD14+CD16+ monocytes and Natural killer cell
Data format
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sample003_101
bottom peaks comparison between CD14+CD16+ monocytes and Neural stem cell
Data format
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sample003_102
bottom peaks comparison between CD14+CD16+ monocytes and Neuron
Data format
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sample003_103
bottom peaks comparison between CD14+CD16+ monocytes and Neutrophil cell
Data format
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sample003_104
bottom peaks comparison between CD14+CD16+ monocytes and Nucleus pulposus
Data format
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sample003_105
bottom peaks comparison between CD14+CD16+ monocytes and Olfactory epithelial cell
Data format
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sample003_106
bottom peaks comparison between CD14+CD16+ monocytes and Osteoblast
Data format
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sample003_107
bottom peaks comparison between CD14+CD16+ monocytes and Differentiated osteoblast
Data format
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sample003_108
bottom peaks comparison between CD14+CD16+ monocytes and Pricyte
Data format
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sample003_109
bottom peaks comparison between CD14+CD16+ monocytes and Perineurial
Data format
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sample003_110
bottom peaks comparison between CD14+CD16+ monocytes and Peripheral blood mononuclear cell
Data format
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sample003_111
bottom peaks comparison between CD14+CD16+ monocytes and Placental epithelial cell
Data format
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sample003_112
bottom peaks comparison between CD14+CD16+ monocytes and Preadipocyte in breast
Data format
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sample003_113
bottom peaks comparison between CD14+CD16+ monocytes and Preadipocyte in omentum
Data format
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sample003_114
bottom peaks comparison between CD14+CD16+ monocytes and Subcutaneous preadipocyte
Data format
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sample003_115
bottom peaks comparison between CD14+CD16+ monocytes and Visceral preadipocyte
Data format
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sample003_116
bottom peaks comparison between CD14+CD16+ monocytes and Prostate epithelial cell
Data format
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sample003_117
bottom peaks comparison between CD14+CD16+ monocytes and Prostate stromal cell
Data format
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sample003_118
bottom peaks comparison between CD14+CD16+ monocytes and Renal cortical epithelial cell
Data format
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sample003_119
bottom peaks comparison between CD14+CD16+ monocytes and Renal glomerular endothelial cell
Data format
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sample003_120
bottom peaks comparison between CD14+CD16+ monocytes and Renal mesangial cell
Data format
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sample003_121
bottom peaks comparison between CD14+CD16+ monocytes and Renal proximal tubular epithelial cell
Data format
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sample003_122
bottom peaks comparison between CD14+CD16+ monocytes and Renal proximal tubular epithelial cell
Data format
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sample003_123
bottom peaks comparison between CD14+CD16+ monocytes and Salivary acinar cell
Data format
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sample003_124
bottom peaks comparison between CD14+CD16+ monocytes and Schwann
Data format
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sample003_125
bottom peaks comparison between CD14+CD16+ monocytes and Sebocyte
Data format
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sample003_126
bottom peaks comparison between CD14+CD16+ monocytes and Sertoli
Data format
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sample003_127
bottom peaks comparison between CD14+CD16+ monocytes and Skeletal muscle
Data format
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sample003_128
bottom peaks comparison between CD14+CD16+ monocytes and Skeletal muscle differentiated into myotubes
Data format
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sample003_129
bottom peaks comparison between CD14+CD16+ monocytes and Skeletal muscle satellite cell
Data format
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sample003_130
bottom peaks comparison between CD14+CD16+ monocytes and Small airway epithelial cell
Data format
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sample003_131
bottom peaks comparison between CD14+CD16+ monocytes and Airway smooth muscle in asthma
Data format
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sample003_132
bottom peaks comparison between CD14+CD16+ monocytes and Airway smooth muscle in control
Data format
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sample003_133
bottom peaks comparison between CD14+CD16+ monocytes and Smooth muscle in aorta
Data format
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sample003_134
bottom peaks comparison between CD14+CD16+ monocytes and Smooth muscle in brachiocephalic artery
Data format
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sample003_135
bottom peaks comparison between CD14+CD16+ monocytes and Smooth muscle in brain vessel
Data format
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sample003_136
bottom peaks comparison between CD14+CD16+ monocytes and Smooth muscle in bronchial tube
Data format
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sample003_137
bottom peaks comparison between CD14+CD16+ monocytes and Smooth muscle in carotid artery
Data format
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sample003_138
bottom peaks comparison between CD14+CD16+ monocytes and Smooth muscle in colon
Data format
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sample003_139
bottom peaks comparison between CD14+CD16+ monocytes and Smooth muscle in coronary
Data format
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sample003_140
bottom peaks comparison between CD14+CD16+ monocytes and Smooth muscle in esophagus
Data format
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sample003_141
bottom peaks comparison between CD14+CD16+ monocytes and Smooth muscle in internal thoracic artery
Data format
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sample003_142
bottom peaks comparison between CD14+CD16+ monocytes and Smooth muscle in prostate
Data format
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sample003_143
bottom peaks comparison between CD14+CD16+ monocytes and Smooth muscle in pulmonary artery
Data format
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sample003_144
bottom peaks comparison between CD14+CD16+ monocytes and Smooth muscle in subclavian artery
Data format
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sample003_145
bottom peaks comparison between CD14+CD16+ monocytes and Smooth muscle in trachea
Data format
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sample003_146
bottom peaks comparison between CD14+CD16+ monocytes and Smooth muscle in umbilical artery
Data format
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sample003_147
bottom peaks comparison between CD14+CD16+ monocytes and Smooth muscle in umbilical vein
Data format
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sample003_148
bottom peaks comparison between CD14+CD16+ monocytes and Smooth muscle in uterine
Data format
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sample003_149
bottom peaks comparison between CD14+CD16+ monocytes and Synoviocyte
Data format
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sample003_150
bottom peaks comparison between CD14+CD16+ monocytes and Tenocyte
Data format
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sample003_151
bottom peaks comparison between CD14+CD16+ monocytes and Trabecular meshwork
Data format
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sample003_152
bottom peaks comparison between CD14+CD16+ monocytes and Tracheal epithelial cell
Data format
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sample003_153
bottom peaks comparison between CD14+CD16+ monocytes and Urothelial cell
Data format
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sample003_154
bottom peaks comparison between CD14+CD16+ monocytes and Whole blood for donor 1
Data format
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sample003_155
bottom peaks comparison between CD14+CD16+ monocytes and Whole blood for donor 2
Data format
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sample003_156
bottom peaks comparison between CD14+CD16+ monocytes and Whole blood for donor 3
Data format
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sample004_005
bottom peaks comparison between CD14+ monocytes derived to endothelial progenitor and CD14+ monocytes
Data format
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sample004_006
bottom peaks comparison between CD14+ monocytes derived to endothelial progenitor and CD14+ monocytes mock treated
Data format
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sample004_007
bottom peaks comparison between CD14+ monocytes derived to endothelial progenitor and CD14+ monocytes treated with BCG
Data format
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sample004_008
bottom peaks comparison between CD14+ monocytes derived to endothelial progenitor and CD14+ monocytes treated with IFN-ns hexane
Data format
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sample004_009
bottom peaks comparison between CD14+ monocytes derived to endothelial progenitor and CD14+ monocytes treated with beta-glucan
Data format
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sample004_010
bottom peaks comparison between CD14+ monocytes derived to endothelial progenitor and CD14+ monocytes treated with candida
Data format
hide
sample004_011
bottom peaks comparison between CD14+ monocytes derived to endothelial progenitor and CD14+ monocytes treated with Cryptococcus
Data format
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sample004_012
bottom peaks comparison between CD14+ monocytes derived to endothelial progenitor and CD14+ monocytes treated with Group A Streptococcus
Data format
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sample004_013
bottom peaks comparison between CD14+ monocytes derived to endothelial progenitor and CD14+ monocytes treated with Lipopolysaccharide
Data format
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sample004_014
bottom peaks comparison between CD14+ monocytes derived to endothelial progenitor and CD14+ monocytes treated with Salmonella
Data format
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sample004_015
bottom peaks comparison between CD14+ monocytes derived to endothelial progenitor and CD14+ monocytes treated with trehalose
Data format
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sample004_016
bottom peaks comparison between CD14+ monocytes derived to endothelial progenitor and CD19+ B cell
Data format
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sample004_017
bottom peaks comparison between CD14+ monocytes derived to endothelial progenitor and CD34 cell differentiated to erythrocyte lineage
Data format
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sample004_018
bottom peaks comparison between CD14+ monocytes derived to endothelial progenitor and CD4+CD25-CD45RA- memory conventional T cells expanded
Data format
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sample004_019
bottom peaks comparison between CD14+ monocytes derived to endothelial progenitor and CD4+CD25+CD45RA- memory regulatory T cell
Data format
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sample004_020
bottom peaks comparison between CD14+ monocytes derived to endothelial progenitor and CD4+CD25+CD45RA- memory regulatory T cell expanded
Data format
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sample004_021
bottom peaks comparison between CD14+ monocytes derived to endothelial progenitor and CD4+CD25-CD45RA+ naive conventional T cell
Data format
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sample004_022
bottom peaks comparison between CD14+ monocytes derived to endothelial progenitor and CD4+CD25-CD45RA+ naive conventional T cells expanded
Data format
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sample004_023
bottom peaks comparison between CD14+ monocytes derived to endothelial progenitor and CD4+CD25+CD45RA+ naive regulatory T cell expanded
Data format
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sample004_024
bottom peaks comparison between CD14+ monocytes derived to endothelial progenitor and CD4+ T cell
Data format
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sample004_025
bottom peaks comparison between CD14+ monocytes derived to endothelial progenitor and CD8+ T cell
Data format
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sample004_026
bottom peaks comparison between CD14+ monocytes derived to endothelial progenitor and Adipocyte in breast
Data format
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sample004_027
bottom peaks comparison between CD14+ monocytes derived to endothelial progenitor and Adipocyte in Omentum
Data format
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sample004_028
bottom peaks comparison between CD14+ monocytes derived to endothelial progenitor and Subcutaneous adipocyte
Data format
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sample004_029
bottom peaks comparison between CD14+ monocytes derived to endothelial progenitor and Alveolar epithelial cell
Data format
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sample004_030
bottom peaks comparison between CD14+ monocytes derived to endothelial progenitor and Amniotic epithelial cell
Data format
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sample004_031
bottom peaks comparison between CD14+ monocytes derived to endothelial progenitor and Amniotic membrane cell
Data format
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sample004_032
bottom peaks comparison between CD14+ monocytes derived to endothelial progenitor and Anulus fibrosus cell in spinal cord
Data format
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sample004_033
bottom peaks comparison between CD14+ monocytes derived to endothelial progenitor and Adtrocyte in cerebellum
Data format
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sample004_034
bottom peaks comparison between CD14+ monocytes derived to endothelial progenitor and Astrocyte in cerebral cortex
Data format
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sample004_035
bottom peaks comparison between CD14+ monocytes derived to endothelial progenitor and Bronchial epithelial cell
Data format
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sample004_036
bottom peaks comparison between CD14+ monocytes derived to endothelial progenitor and Cardiac myocyte
Data format
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sample004_037
bottom peaks comparison between CD14+ monocytes derived to endothelial progenitor and Chondroblast cell in cartilage
Data format
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sample004_038
bottom peaks comparison between CD14+ monocytes derived to endothelial progenitor and Redifferentiated chondrocyte in cartilage
Data format
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sample004_039
bottom peaks comparison between CD14+ monocytes derived to endothelial progenitor and Chorionic membrane cell
Data format
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sample004_040
bottom peaks comparison between CD14+ monocytes derived to endothelial progenitor and Ciliary epithelial cell
Data format
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sample004_041
bottom peaks comparison between CD14+ monocytes derived to endothelial progenitor and Corneal epithelial cell
Data format
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sample004_042
bottom peaks comparison between CD14+ monocytes derived to endothelial progenitor and Immature monocyte-derived dendritic cell
Data format
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sample004_043
bottom peaks comparison between CD14+ monocytes derived to endothelial progenitor and Endothelial cell in aorta
Data format
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sample004_044
bottom peaks comparison between CD14+ monocytes derived to endothelial progenitor and Endothelial cell in artery
Data format
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sample004_045
bottom peaks comparison between CD14+ monocytes derived to endothelial progenitor and Endothelial cell in lymph vessel
Data format
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sample004_046
bottom peaks comparison between CD14+ monocytes derived to endothelial progenitor and Endothelial cell in microvessel
Data format
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sample004_047
bottom peaks comparison between CD14+ monocytes derived to endothelial progenitor and Endothelial cell in thorax
Data format
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sample004_048
bottom peaks comparison between CD14+ monocytes derived to endothelial progenitor and Endothelial cell in umbilical vein
Data format
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sample004_049
bottom peaks comparison between CD14+ monocytes derived to endothelial progenitor and Endothelial cell in vein
Data format
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sample004_050
bottom peaks comparison between CD14+ monocytes derived to endothelial progenitor and Epithelical cell in esophagus
Data format
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sample004_051
bottom peaks comparison between CD14+ monocytes derived to endothelial progenitor and Adventitial fibroblast in aorta
Data format
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sample004_052
bottom peaks comparison between CD14+ monocytes derived to endothelial progenitor and Fibroblast in heart
Data format
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sample004_053
bottom peaks comparison between CD14+ monocytes derived to endothelial progenitor and Fibroblast in choroid plexus
Data format
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sample004_054
bottom peaks comparison between CD14+ monocytes derived to endothelial progenitor and Fibroblast in conjunctiva
Data format
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sample004_055
bottom peaks comparison between CD14+ monocytes derived to endothelial progenitor and Fibroblast in derma
Data format
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sample004_056
bottom peaks comparison between CD14+ monocytes derived to endothelial progenitor and Fibroblast in lung
Data format
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sample004_057
bottom peaks comparison between CD14+ monocytes derived to endothelial progenitor and Fibroblast in lymphatic vessel
Data format
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sample004_058
bottom peaks comparison between CD14+ monocytes derived to endothelial progenitor and Fibroblast in mamma
Data format
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sample004_059
bottom peaks comparison between CD14+ monocytes derived to endothelial progenitor and Fibroblast in periodontal ligament
Data format
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sample004_060
bottom peaks comparison between CD14+ monocytes derived to endothelial progenitor and Fibroblast in skin for dystrophia mytonica sample
Data format
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sample004_061
bottom peaks comparison between CD14+ monocytes derived to endothelial progenitor and Fibroblast in skin for normal sample
Data format
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sample004_062
bottom peaks comparison between CD14+ monocytes derived to endothelial progenitor and Fibroblast in skin for spinal muscular atrophy
Data format
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sample004_063
bottom peaks comparison between CD14+ monocytes derived to endothelial progenitor and Fibroblast of villous mesenchymal cell
Data format
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sample004_064
bottom peaks comparison between CD14+ monocytes derived to endothelial progenitor and Gamma delta+ T cell
Data format
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sample004_065
bottom peaks comparison between CD14+ monocytes derived to endothelial progenitor and Gingival epithelial cell
Data format
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sample004_066
bottom peaks comparison between CD14+ monocytes derived to endothelial progenitor and Dermal papilla cell in hair follicle
Data format
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sample004_067
bottom peaks comparison between CD14+ monocytes derived to endothelial progenitor and Outer root sheath cell in hair follicle
Data format
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sample004_068
bottom peaks comparison between CD14+ monocytes derived to endothelial progenitor and Hepatic sinusoidal endothelial cell
Data format
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sample004_069
bottom peaks comparison between CD14+ monocytes derived to endothelial progenitor and Hepatic stellate lipocyte
Data format
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sample004_070
bottom peaks comparison between CD14+ monocytes derived to endothelial progenitor and Hepatocyte
Data format
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sample004_071
bottom peaks comparison between CD14+ monocytes derived to endothelial progenitor and Immature langerhans cell
Data format
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sample004_072
bottom peaks comparison between CD14+ monocytes derived to endothelial progenitor and Keratinocyte epidermal cell
Data format
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sample004_073
bottom peaks comparison between CD14+ monocytes derived to endothelial progenitor and Keratocyte
Data format
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sample004_074
bottom peaks comparison between CD14+ monocytes derived to endothelial progenitor and Lens epithelial cell
Data format
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sample004_075
bottom peaks comparison between CD14+ monocytes derived to endothelial progenitor and Monocyte-derived macrophage
Data format
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sample004_076
bottom peaks comparison between CD14+ monocytes derived to endothelial progenitor and Mallassez-devied cell
Data format
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sample004_077
bottom peaks comparison between CD14+ monocytes derived to endothelial progenitor and Mammary epithelial cell
Data format
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sample004_078
bottom peaks comparison between CD14+ monocytes derived to endothelial progenitor and Mast cell
Data format
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sample004_079
bottom peaks comparison between CD14+ monocytes derived to endothelial progenitor and Expanded mast cell
Data format
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sample004_080
bottom peaks comparison between CD14+ monocytes derived to endothelial progenitor and Expanded and stimulated mast cell
Data format
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sample004_081
bottom peaks comparison between CD14+ monocytes derived to endothelial progenitor and Melanocyte-dark
Data format
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sample004_082
bottom peaks comparison between CD14+ monocytes derived to endothelial progenitor and Melanocyte-light
Data format
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sample004_083
bottom peaks comparison between CD14+ monocytes derived to endothelial progenitor and Meningeal cell
Data format
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sample004_084
bottom peaks comparison between CD14+ monocytes derived to endothelial progenitor and Mesenchymal precursor cell in adipose
Data format
hide
sample004_085
bottom peaks comparison between CD14+ monocytes derived to endothelial progenitor and Mesenchymal precursor cell in bone marrow
Data format
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sample004_086
bottom peaks comparison between CD14+ monocytes derived to endothelial progenitor and Mesenchymal precursor cell in heart
Data format
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sample004_087
bottom peaks comparison between CD14+ monocytes derived to endothelial progenitor and Mesenchymal precursor cell in left ovary for ovarian cancer sample
Data format
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sample004_088
bottom peaks comparison between CD14+ monocytes derived to endothelial progenitor and Mesenchymal precursor cell for metastatic ovarian cancer sample
Data format
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sample004_089
bottom peaks comparison between CD14+ monocytes derived to endothelial progenitor and Mesenchymal precursor cell in right ovary for ovarian cancer sample
Data format
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sample004_090
bottom peaks comparison between CD14+ monocytes derived to endothelial progenitor and Mesenchymal stem cell in adipose
Data format
hide
sample004_091
bottom peaks comparison between CD14+ monocytes derived to endothelial progenitor and Mesenchymal stem cell in amniotic membrane
Data format
hide
sample004_092
bottom peaks comparison between CD14+ monocytes derived to endothelial progenitor and Mesenchymal stem cell in bone marrow
Data format
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sample004_093
bottom peaks comparison between CD14+ monocytes derived to endothelial progenitor and Mesenchymal stem cell in liver
Data format
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sample004_094
bottom peaks comparison between CD14+ monocytes derived to endothelial progenitor and Mesenchymal stem cell in umbilical cord
Data format
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sample004_095
bottom peaks comparison between CD14+ monocytes derived to endothelial progenitor and Mesothelial cell
Data format
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sample004_096
bottom peaks comparison between CD14+ monocytes derived to endothelial progenitor and Migratory langerhans cell
Data format
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sample004_097
bottom peaks comparison between CD14+ monocytes derived to endothelial progenitor and Mesenchymal stem cell of umbilical cord blood
Data format
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sample004_098
bottom peaks comparison between CD14+ monocytes derived to endothelial progenitor and Myoblast
Data format
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sample004_099
bottom peaks comparison between CD14+ monocytes derived to endothelial progenitor and Nasal epithelial cell
Data format
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sample004_100
bottom peaks comparison between CD14+ monocytes derived to endothelial progenitor and Natural killer cell
Data format
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sample004_101
bottom peaks comparison between CD14+ monocytes derived to endothelial progenitor and Neural stem cell
Data format
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sample004_102
bottom peaks comparison between CD14+ monocytes derived to endothelial progenitor and Neuron
Data format
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sample004_103
bottom peaks comparison between CD14+ monocytes derived to endothelial progenitor and Neutrophil cell
Data format
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sample004_104
bottom peaks comparison between CD14+ monocytes derived to endothelial progenitor and Nucleus pulposus
Data format
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sample004_105
bottom peaks comparison between CD14+ monocytes derived to endothelial progenitor and Olfactory epithelial cell
Data format
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sample004_106
bottom peaks comparison between CD14+ monocytes derived to endothelial progenitor and Osteoblast
Data format
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sample004_107
bottom peaks comparison between CD14+ monocytes derived to endothelial progenitor and Differentiated osteoblast
Data format
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sample004_108
bottom peaks comparison between CD14+ monocytes derived to endothelial progenitor and Pricyte
Data format
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sample004_109
bottom peaks comparison between CD14+ monocytes derived to endothelial progenitor and Perineurial
Data format
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sample004_110
bottom peaks comparison between CD14+ monocytes derived to endothelial progenitor and Peripheral blood mononuclear cell
Data format
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sample004_111
bottom peaks comparison between CD14+ monocytes derived to endothelial progenitor and Placental epithelial cell
Data format
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sample004_112
bottom peaks comparison between CD14+ monocytes derived to endothelial progenitor and Preadipocyte in breast
Data format
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sample004_113
bottom peaks comparison between CD14+ monocytes derived to endothelial progenitor and Preadipocyte in omentum
Data format
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sample004_114
bottom peaks comparison between CD14+ monocytes derived to endothelial progenitor and Subcutaneous preadipocyte
Data format
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sample004_115
bottom peaks comparison between CD14+ monocytes derived to endothelial progenitor and Visceral preadipocyte
Data format
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sample004_116
bottom peaks comparison between CD14+ monocytes derived to endothelial progenitor and Prostate epithelial cell
Data format
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sample004_117
bottom peaks comparison between CD14+ monocytes derived to endothelial progenitor and Prostate stromal cell
Data format
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sample004_118
bottom peaks comparison between CD14+ monocytes derived to endothelial progenitor and Renal cortical epithelial cell
Data format
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sample004_119
bottom peaks comparison between CD14+ monocytes derived to endothelial progenitor and Renal glomerular endothelial cell
Data format
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sample004_120
bottom peaks comparison between CD14+ monocytes derived to endothelial progenitor and Renal mesangial cell
Data format
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sample004_121
bottom peaks comparison between CD14+ monocytes derived to endothelial progenitor and Renal proximal tubular epithelial cell
Data format
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sample004_122
bottom peaks comparison between CD14+ monocytes derived to endothelial progenitor and Renal proximal tubular epithelial cell
Data format
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sample004_123
bottom peaks comparison between CD14+ monocytes derived to endothelial progenitor and Salivary acinar cell
Data format
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sample004_124
bottom peaks comparison between CD14+ monocytes derived to endothelial progenitor and Schwann
Data format
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sample004_125
bottom peaks comparison between CD14+ monocytes derived to endothelial progenitor and Sebocyte
Data format
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sample004_126
bottom peaks comparison between CD14+ monocytes derived to endothelial progenitor and Sertoli
Data format
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sample004_127
bottom peaks comparison between CD14+ monocytes derived to endothelial progenitor and Skeletal muscle
Data format
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sample004_128
bottom peaks comparison between CD14+ monocytes derived to endothelial progenitor and Skeletal muscle differentiated into myotubes
Data format
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sample004_129
bottom peaks comparison between CD14+ monocytes derived to endothelial progenitor and Skeletal muscle satellite cell
Data format
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sample004_130
bottom peaks comparison between CD14+ monocytes derived to endothelial progenitor and Small airway epithelial cell
Data format
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sample004_131
bottom peaks comparison between CD14+ monocytes derived to endothelial progenitor and Airway smooth muscle in asthma
Data format
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sample004_132
bottom peaks comparison between CD14+ monocytes derived to endothelial progenitor and Airway smooth muscle in control
Data format
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sample004_133
bottom peaks comparison between CD14+ monocytes derived to endothelial progenitor and Smooth muscle in aorta
Data format
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sample004_134
bottom peaks comparison between CD14+ monocytes derived to endothelial progenitor and Smooth muscle in brachiocephalic artery
Data format
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sample004_135
bottom peaks comparison between CD14+ monocytes derived to endothelial progenitor and Smooth muscle in brain vessel
Data format
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sample004_136
bottom peaks comparison between CD14+ monocytes derived to endothelial progenitor and Smooth muscle in bronchial tube
Data format
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sample004_137
bottom peaks comparison between CD14+ monocytes derived to endothelial progenitor and Smooth muscle in carotid artery
Data format
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sample004_138
bottom peaks comparison between CD14+ monocytes derived to endothelial progenitor and Smooth muscle in colon
Data format
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sample004_139
bottom peaks comparison between CD14+ monocytes derived to endothelial progenitor and Smooth muscle in coronary
Data format
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sample004_140
bottom peaks comparison between CD14+ monocytes derived to endothelial progenitor and Smooth muscle in esophagus
Data format
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sample004_141
bottom peaks comparison between CD14+ monocytes derived to endothelial progenitor and Smooth muscle in internal thoracic artery
Data format
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sample004_142
bottom peaks comparison between CD14+ monocytes derived to endothelial progenitor and Smooth muscle in prostate
Data format
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sample004_143
bottom peaks comparison between CD14+ monocytes derived to endothelial progenitor and Smooth muscle in pulmonary artery
Data format
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sample004_144
bottom peaks comparison between CD14+ monocytes derived to endothelial progenitor and Smooth muscle in subclavian artery
Data format
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sample004_145
bottom peaks comparison between CD14+ monocytes derived to endothelial progenitor and Smooth muscle in trachea
Data format
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sample004_146
bottom peaks comparison between CD14+ monocytes derived to endothelial progenitor and Smooth muscle in umbilical artery
Data format
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sample004_147
bottom peaks comparison between CD14+ monocytes derived to endothelial progenitor and Smooth muscle in umbilical vein
Data format
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sample004_148
bottom peaks comparison between CD14+ monocytes derived to endothelial progenitor and Smooth muscle in uterine
Data format
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sample004_149
bottom peaks comparison between CD14+ monocytes derived to endothelial progenitor and Synoviocyte
Data format
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sample004_150
bottom peaks comparison between CD14+ monocytes derived to endothelial progenitor and Tenocyte
Data format
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sample004_151
bottom peaks comparison between CD14+ monocytes derived to endothelial progenitor and Trabecular meshwork
Data format
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sample004_152
bottom peaks comparison between CD14+ monocytes derived to endothelial progenitor and Tracheal epithelial cell
Data format
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sample004_153
bottom peaks comparison between CD14+ monocytes derived to endothelial progenitor and Urothelial cell
Data format
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sample004_154
bottom peaks comparison between CD14+ monocytes derived to endothelial progenitor and Whole blood for donor 1
Data format
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sample004_155
bottom peaks comparison between CD14+ monocytes derived to endothelial progenitor and Whole blood for donor 2
Data format
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sample004_156
bottom peaks comparison between CD14+ monocytes derived to endothelial progenitor and Whole blood for donor 3
Data format
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sample005_006
bottom peaks comparison between CD14+ monocytes and CD14+ monocytes mock treated
Data format
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sample005_007
bottom peaks comparison between CD14+ monocytes and CD14+ monocytes treated with BCG
Data format
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sample005_008
bottom peaks comparison between CD14+ monocytes and CD14+ monocytes treated with IFN-ns hexane
Data format
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sample005_009
bottom peaks comparison between CD14+ monocytes and CD14+ monocytes treated with beta-glucan
Data format
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sample005_010
bottom peaks comparison between CD14+ monocytes and CD14+ monocytes treated with candida
Data format
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sample005_011
bottom peaks comparison between CD14+ monocytes and CD14+ monocytes treated with Cryptococcus
Data format
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sample005_012
bottom peaks comparison between CD14+ monocytes and CD14+ monocytes treated with Group A Streptococcus
Data format
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sample005_013
bottom peaks comparison between CD14+ monocytes and CD14+ monocytes treated with Lipopolysaccharide
Data format
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sample005_014
bottom peaks comparison between CD14+ monocytes and CD14+ monocytes treated with Salmonella
Data format
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sample005_015
bottom peaks comparison between CD14+ monocytes and CD14+ monocytes treated with trehalose
Data format
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sample005_016
bottom peaks comparison between CD14+ monocytes and CD19+ B cell
Data format
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sample005_017
bottom peaks comparison between CD14+ monocytes and CD34 cell differentiated to erythrocyte lineage
Data format
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sample005_018
bottom peaks comparison between CD14+ monocytes and CD4+CD25-CD45RA- memory conventional T cells expanded
Data format
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sample005_019
bottom peaks comparison between CD14+ monocytes and CD4+CD25+CD45RA- memory regulatory T cell
Data format
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sample005_020
bottom peaks comparison between CD14+ monocytes and CD4+CD25+CD45RA- memory regulatory T cell expanded
Data format
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sample005_021
bottom peaks comparison between CD14+ monocytes and CD4+CD25-CD45RA+ naive conventional T cell
Data format
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sample005_022
bottom peaks comparison between CD14+ monocytes and CD4+CD25-CD45RA+ naive conventional T cells expanded
Data format
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sample005_023
bottom peaks comparison between CD14+ monocytes and CD4+CD25+CD45RA+ naive regulatory T cell expanded
Data format
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sample005_024
bottom peaks comparison between CD14+ monocytes and CD4+ T cell
Data format
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sample005_025
bottom peaks comparison between CD14+ monocytes and CD8+ T cell
Data format
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sample005_026
bottom peaks comparison between CD14+ monocytes and Adipocyte in breast
Data format
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sample005_027
bottom peaks comparison between CD14+ monocytes and Adipocyte in Omentum
Data format
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sample005_028
bottom peaks comparison between CD14+ monocytes and Subcutaneous adipocyte
Data format
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sample005_029
bottom peaks comparison between CD14+ monocytes and Alveolar epithelial cell
Data format
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sample005_030
bottom peaks comparison between CD14+ monocytes and Amniotic epithelial cell
Data format
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sample005_031
bottom peaks comparison between CD14+ monocytes and Amniotic membrane cell
Data format
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sample005_032
bottom peaks comparison between CD14+ monocytes and Anulus fibrosus cell in spinal cord
Data format
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sample005_033
bottom peaks comparison between CD14+ monocytes and Adtrocyte in cerebellum
Data format
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sample005_034
bottom peaks comparison between CD14+ monocytes and Astrocyte in cerebral cortex
Data format
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sample005_035
bottom peaks comparison between CD14+ monocytes and Bronchial epithelial cell
Data format
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sample005_036
bottom peaks comparison between CD14+ monocytes and Cardiac myocyte
Data format
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sample005_037
bottom peaks comparison between CD14+ monocytes and Chondroblast cell in cartilage
Data format
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sample005_038
bottom peaks comparison between CD14+ monocytes and Redifferentiated chondrocyte in cartilage
Data format
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sample005_039
bottom peaks comparison between CD14+ monocytes and Chorionic membrane cell
Data format
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sample005_040
bottom peaks comparison between CD14+ monocytes and Ciliary epithelial cell
Data format
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sample005_041
bottom peaks comparison between CD14+ monocytes and Corneal epithelial cell
Data format
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sample005_042
bottom peaks comparison between CD14+ monocytes and Immature monocyte-derived dendritic cell
Data format
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sample005_043
bottom peaks comparison between CD14+ monocytes and Endothelial cell in aorta
Data format
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sample005_044
bottom peaks comparison between CD14+ monocytes and Endothelial cell in artery
Data format
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sample005_045
bottom peaks comparison between CD14+ monocytes and Endothelial cell in lymph vessel
Data format
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sample005_046
bottom peaks comparison between CD14+ monocytes and Endothelial cell in microvessel
Data format
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sample005_047
bottom peaks comparison between CD14+ monocytes and Endothelial cell in thorax
Data format
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sample005_048
bottom peaks comparison between CD14+ monocytes and Endothelial cell in umbilical vein
Data format
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sample005_049
bottom peaks comparison between CD14+ monocytes and Endothelial cell in vein
Data format
hide
sample005_050
bottom peaks comparison between CD14+ monocytes and Epithelical cell in esophagus
Data format
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sample005_051
bottom peaks comparison between CD14+ monocytes and Adventitial fibroblast in aorta
Data format
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sample005_052
bottom peaks comparison between CD14+ monocytes and Fibroblast in heart
Data format
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sample005_053
bottom peaks comparison between CD14+ monocytes and Fibroblast in choroid plexus
Data format
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sample005_054
bottom peaks comparison between CD14+ monocytes and Fibroblast in conjunctiva
Data format
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sample005_055
bottom peaks comparison between CD14+ monocytes and Fibroblast in derma
Data format
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sample005_056
bottom peaks comparison between CD14+ monocytes and Fibroblast in lung
Data format
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sample005_057
bottom peaks comparison between CD14+ monocytes and Fibroblast in lymphatic vessel
Data format
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sample005_058
bottom peaks comparison between CD14+ monocytes and Fibroblast in mamma
Data format
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sample005_059
bottom peaks comparison between CD14+ monocytes and Fibroblast in periodontal ligament
Data format
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sample005_060
bottom peaks comparison between CD14+ monocytes and Fibroblast in skin for dystrophia mytonica sample
Data format
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sample005_061
bottom peaks comparison between CD14+ monocytes and Fibroblast in skin for normal sample
Data format
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sample005_062
bottom peaks comparison between CD14+ monocytes and Fibroblast in skin for spinal muscular atrophy
Data format
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sample005_063
bottom peaks comparison between CD14+ monocytes and Fibroblast of villous mesenchymal cell
Data format
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sample005_064
bottom peaks comparison between CD14+ monocytes and Gamma delta+ T cell
Data format
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sample005_065
bottom peaks comparison between CD14+ monocytes and Gingival epithelial cell
Data format
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sample005_066
bottom peaks comparison between CD14+ monocytes and Dermal papilla cell in hair follicle
Data format
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sample005_067
bottom peaks comparison between CD14+ monocytes and Outer root sheath cell in hair follicle
Data format
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sample005_068
bottom peaks comparison between CD14+ monocytes and Hepatic sinusoidal endothelial cell
Data format
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sample005_069
bottom peaks comparison between CD14+ monocytes and Hepatic stellate lipocyte
Data format
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sample005_070
bottom peaks comparison between CD14+ monocytes and Hepatocyte
Data format
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sample005_071
bottom peaks comparison between CD14+ monocytes and Immature langerhans cell
Data format
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sample005_072
bottom peaks comparison between CD14+ monocytes and Keratinocyte epidermal cell
Data format
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sample005_073
bottom peaks comparison between CD14+ monocytes and Keratocyte
Data format
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sample005_074
bottom peaks comparison between CD14+ monocytes and Lens epithelial cell
Data format
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sample005_075
bottom peaks comparison between CD14+ monocytes and Monocyte-derived macrophage
Data format
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sample005_076
bottom peaks comparison between CD14+ monocytes and Mallassez-devied cell
Data format
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sample005_077
bottom peaks comparison between CD14+ monocytes and Mammary epithelial cell
Data format
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sample005_078
bottom peaks comparison between CD14+ monocytes and Mast cell
Data format
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sample005_079
bottom peaks comparison between CD14+ monocytes and Expanded mast cell
Data format
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sample005_080
bottom peaks comparison between CD14+ monocytes and Expanded and stimulated mast cell
Data format
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sample005_081
bottom peaks comparison between CD14+ monocytes and Melanocyte-dark
Data format
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sample005_082
bottom peaks comparison between CD14+ monocytes and Melanocyte-light
Data format
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sample005_083
bottom peaks comparison between CD14+ monocytes and Meningeal cell
Data format
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sample005_084
bottom peaks comparison between CD14+ monocytes and Mesenchymal precursor cell in adipose
Data format
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sample005_085
bottom peaks comparison between CD14+ monocytes and Mesenchymal precursor cell in bone marrow
Data format
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sample005_086
bottom peaks comparison between CD14+ monocytes and Mesenchymal precursor cell in heart
Data format
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sample005_087
bottom peaks comparison between CD14+ monocytes and Mesenchymal precursor cell in left ovary for ovarian cancer sample
Data format
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sample005_088
bottom peaks comparison between CD14+ monocytes and Mesenchymal precursor cell for metastatic ovarian cancer sample
Data format
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sample005_089
bottom peaks comparison between CD14+ monocytes and Mesenchymal precursor cell in right ovary for ovarian cancer sample
Data format
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sample005_090
bottom peaks comparison between CD14+ monocytes and Mesenchymal stem cell in adipose
Data format
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sample005_091
bottom peaks comparison between CD14+ monocytes and Mesenchymal stem cell in amniotic membrane
Data format
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sample005_092
bottom peaks comparison between CD14+ monocytes and Mesenchymal stem cell in bone marrow
Data format
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sample005_093
bottom peaks comparison between CD14+ monocytes and Mesenchymal stem cell in liver
Data format
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sample005_094
bottom peaks comparison between CD14+ monocytes and Mesenchymal stem cell in umbilical cord
Data format
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sample005_095
bottom peaks comparison between CD14+ monocytes and Mesothelial cell
Data format
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sample005_096
bottom peaks comparison between CD14+ monocytes and Migratory langerhans cell
Data format
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sample005_097
bottom peaks comparison between CD14+ monocytes and Mesenchymal stem cell of umbilical cord blood
Data format
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sample005_098
bottom peaks comparison between CD14+ monocytes and Myoblast
Data format
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sample005_099
bottom peaks comparison between CD14+ monocytes and Nasal epithelial cell
Data format
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sample005_100
bottom peaks comparison between CD14+ monocytes and Natural killer cell
Data format
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sample005_101
bottom peaks comparison between CD14+ monocytes and Neural stem cell
Data format
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sample005_102
bottom peaks comparison between CD14+ monocytes and Neuron
Data format
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sample005_103
bottom peaks comparison between CD14+ monocytes and Neutrophil cell
Data format
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sample005_104
bottom peaks comparison between CD14+ monocytes and Nucleus pulposus
Data format
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sample005_105
bottom peaks comparison between CD14+ monocytes and Olfactory epithelial cell
Data format
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sample005_106
bottom peaks comparison between CD14+ monocytes and Osteoblast
Data format
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sample005_107
bottom peaks comparison between CD14+ monocytes and Differentiated osteoblast
Data format
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sample005_108
bottom peaks comparison between CD14+ monocytes and Pricyte
Data format
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sample005_109
bottom peaks comparison between CD14+ monocytes and Perineurial
Data format
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sample005_110
bottom peaks comparison between CD14+ monocytes and Peripheral blood mononuclear cell
Data format
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sample005_111
bottom peaks comparison between CD14+ monocytes and Placental epithelial cell
Data format
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sample005_112
bottom peaks comparison between CD14+ monocytes and Preadipocyte in breast
Data format
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sample005_113
bottom peaks comparison between CD14+ monocytes and Preadipocyte in omentum
Data format
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sample005_114
bottom peaks comparison between CD14+ monocytes and Subcutaneous preadipocyte
Data format
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sample005_115
bottom peaks comparison between CD14+ monocytes and Visceral preadipocyte
Data format
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sample005_116
bottom peaks comparison between CD14+ monocytes and Prostate epithelial cell
Data format
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sample005_117
bottom peaks comparison between CD14+ monocytes and Prostate stromal cell
Data format
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sample005_118
bottom peaks comparison between CD14+ monocytes and Renal cortical epithelial cell
Data format
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sample005_119
bottom peaks comparison between CD14+ monocytes and Renal glomerular endothelial cell
Data format
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sample005_120
bottom peaks comparison between CD14+ monocytes and Renal mesangial cell
Data format
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sample005_121
bottom peaks comparison between CD14+ monocytes and Renal proximal tubular epithelial cell
Data format
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sample005_122
bottom peaks comparison between CD14+ monocytes and Renal proximal tubular epithelial cell
Data format
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sample005_123
bottom peaks comparison between CD14+ monocytes and Salivary acinar cell
Data format
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sample005_124
bottom peaks comparison between CD14+ monocytes and Schwann
Data format
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sample005_125
bottom peaks comparison between CD14+ monocytes and Sebocyte
Data format
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sample005_126
bottom peaks comparison between CD14+ monocytes and Sertoli
Data format
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sample005_127
bottom peaks comparison between CD14+ monocytes and Skeletal muscle
Data format
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sample005_128
bottom peaks comparison between CD14+ monocytes and Skeletal muscle differentiated into myotubes
Data format
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sample005_129
bottom peaks comparison between CD14+ monocytes and Skeletal muscle satellite cell
Data format
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sample005_130
bottom peaks comparison between CD14+ monocytes and Small airway epithelial cell
Data format
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sample005_131
bottom peaks comparison between CD14+ monocytes and Airway smooth muscle in asthma
Data format
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sample005_132
bottom peaks comparison between CD14+ monocytes and Airway smooth muscle in control
Data format
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sample005_133
bottom peaks comparison between CD14+ monocytes and Smooth muscle in aorta
Data format
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sample005_134
bottom peaks comparison between CD14+ monocytes and Smooth muscle in brachiocephalic artery
Data format
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sample005_135
bottom peaks comparison between CD14+ monocytes and Smooth muscle in brain vessel
Data format
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sample005_136
bottom peaks comparison between CD14+ monocytes and Smooth muscle in bronchial tube
Data format
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sample005_137
bottom peaks comparison between CD14+ monocytes and Smooth muscle in carotid artery
Data format
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sample005_138
bottom peaks comparison between CD14+ monocytes and Smooth muscle in colon
Data format
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sample005_139
bottom peaks comparison between CD14+ monocytes and Smooth muscle in coronary
Data format
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sample005_140
bottom peaks comparison between CD14+ monocytes and Smooth muscle in esophagus
Data format
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sample005_141
bottom peaks comparison between CD14+ monocytes and Smooth muscle in internal thoracic artery
Data format
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sample005_142
bottom peaks comparison between CD14+ monocytes and Smooth muscle in prostate
Data format
hide
sample005_143
bottom peaks comparison between CD14+ monocytes and Smooth muscle in pulmonary artery
Data format
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sample005_144
bottom peaks comparison between CD14+ monocytes and Smooth muscle in subclavian artery
Data format
hide
sample005_145
bottom peaks comparison between CD14+ monocytes and Smooth muscle in trachea
Data format
hide
sample005_146
bottom peaks comparison between CD14+ monocytes and Smooth muscle in umbilical artery
Data format
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sample005_147
bottom peaks comparison between CD14+ monocytes and Smooth muscle in umbilical vein
Data format
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sample005_148
bottom peaks comparison between CD14+ monocytes and Smooth muscle in uterine
Data format
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sample005_149
bottom peaks comparison between CD14+ monocytes and Synoviocyte
Data format
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sample005_150
bottom peaks comparison between CD14+ monocytes and Tenocyte
Data format
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sample005_151
bottom peaks comparison between CD14+ monocytes and Trabecular meshwork
Data format
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sample005_152
bottom peaks comparison between CD14+ monocytes and Tracheal epithelial cell
Data format
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sample005_153
bottom peaks comparison between CD14+ monocytes and Urothelial cell
Data format
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sample005_154
bottom peaks comparison between CD14+ monocytes and Whole blood for donor 1
Data format
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sample005_155
bottom peaks comparison between CD14+ monocytes and Whole blood for donor 2
Data format
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sample005_156
bottom peaks comparison between CD14+ monocytes and Whole blood for donor 3
Data format
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sample006_007
bottom peaks comparison between CD14+ monocytes mock treated and CD14+ monocytes treated with BCG
Data format
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sample006_008
bottom peaks comparison between CD14+ monocytes mock treated and CD14+ monocytes treated with IFN-ns hexane
Data format
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sample006_009
bottom peaks comparison between CD14+ monocytes mock treated and CD14+ monocytes treated with beta-glucan
Data format
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sample006_010
bottom peaks comparison between CD14+ monocytes mock treated and CD14+ monocytes treated with candida
Data format
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sample006_011
bottom peaks comparison between CD14+ monocytes mock treated and CD14+ monocytes treated with Cryptococcus
Data format
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sample006_012
bottom peaks comparison between CD14+ monocytes mock treated and CD14+ monocytes treated with Group A Streptococcus
Data format
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sample006_013
bottom peaks comparison between CD14+ monocytes mock treated and CD14+ monocytes treated with Lipopolysaccharide
Data format
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sample006_014
bottom peaks comparison between CD14+ monocytes mock treated and CD14+ monocytes treated with Salmonella
Data format
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sample006_015
bottom peaks comparison between CD14+ monocytes mock treated and CD14+ monocytes treated with trehalose
Data format
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sample006_016
bottom peaks comparison between CD14+ monocytes mock treated and CD19+ B cell
Data format
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sample006_017
bottom peaks comparison between CD14+ monocytes mock treated and CD34 cell differentiated to erythrocyte lineage
Data format
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sample006_018
bottom peaks comparison between CD14+ monocytes mock treated and CD4+CD25-CD45RA- memory conventional T cells expanded
Data format
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sample006_019
bottom peaks comparison between CD14+ monocytes mock treated and CD4+CD25+CD45RA- memory regulatory T cell
Data format
hide
sample006_020
bottom peaks comparison between CD14+ monocytes mock treated and CD4+CD25+CD45RA- memory regulatory T cell expanded
Data format
hide
sample006_021
bottom peaks comparison between CD14+ monocytes mock treated and CD4+CD25-CD45RA+ naive conventional T cell
Data format
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sample006_022
bottom peaks comparison between CD14+ monocytes mock treated and CD4+CD25-CD45RA+ naive conventional T cells expanded
Data format
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sample006_023
bottom peaks comparison between CD14+ monocytes mock treated and CD4+CD25+CD45RA+ naive regulatory T cell expanded
Data format
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sample006_024
bottom peaks comparison between CD14+ monocytes mock treated and CD4+ T cell
Data format
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sample006_025
bottom peaks comparison between CD14+ monocytes mock treated and CD8+ T cell
Data format
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sample006_026
bottom peaks comparison between CD14+ monocytes mock treated and Adipocyte in breast
Data format
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sample006_027
bottom peaks comparison between CD14+ monocytes mock treated and Adipocyte in Omentum
Data format
hide
sample006_028
bottom peaks comparison between CD14+ monocytes mock treated and Subcutaneous adipocyte
Data format
hide
sample006_029
bottom peaks comparison between CD14+ monocytes mock treated and Alveolar epithelial cell
Data format
hide
sample006_030
bottom peaks comparison between CD14+ monocytes mock treated and Amniotic epithelial cell
Data format
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sample006_031
bottom peaks comparison between CD14+ monocytes mock treated and Amniotic membrane cell
Data format
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sample006_032
bottom peaks comparison between CD14+ monocytes mock treated and Anulus fibrosus cell in spinal cord
Data format
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sample006_033
bottom peaks comparison between CD14+ monocytes mock treated and Adtrocyte in cerebellum
Data format
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sample006_034
bottom peaks comparison between CD14+ monocytes mock treated and Astrocyte in cerebral cortex
Data format
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sample006_035
bottom peaks comparison between CD14+ monocytes mock treated and Bronchial epithelial cell
Data format
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sample006_036
bottom peaks comparison between CD14+ monocytes mock treated and Cardiac myocyte
Data format
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sample006_037
bottom peaks comparison between CD14+ monocytes mock treated and Chondroblast cell in cartilage
Data format
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sample006_038
bottom peaks comparison between CD14+ monocytes mock treated and Redifferentiated chondrocyte in cartilage
Data format
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sample006_039
bottom peaks comparison between CD14+ monocytes mock treated and Chorionic membrane cell
Data format
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sample006_040
bottom peaks comparison between CD14+ monocytes mock treated and Ciliary epithelial cell
Data format
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sample006_041
bottom peaks comparison between CD14+ monocytes mock treated and Corneal epithelial cell
Data format
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sample006_042
bottom peaks comparison between CD14+ monocytes mock treated and Immature monocyte-derived dendritic cell
Data format
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sample006_043
bottom peaks comparison between CD14+ monocytes mock treated and Endothelial cell in aorta
Data format
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sample006_044
bottom peaks comparison between CD14+ monocytes mock treated and Endothelial cell in artery
Data format
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sample006_045
bottom peaks comparison between CD14+ monocytes mock treated and Endothelial cell in lymph vessel
Data format
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sample006_046
bottom peaks comparison between CD14+ monocytes mock treated and Endothelial cell in microvessel
Data format
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sample006_047
bottom peaks comparison between CD14+ monocytes mock treated and Endothelial cell in thorax
Data format
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sample006_048
bottom peaks comparison between CD14+ monocytes mock treated and Endothelial cell in umbilical vein
Data format
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sample006_049
bottom peaks comparison between CD14+ monocytes mock treated and Endothelial cell in vein
Data format
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sample006_050
bottom peaks comparison between CD14+ monocytes mock treated and Epithelical cell in esophagus
Data format
hide
sample006_051
bottom peaks comparison between CD14+ monocytes mock treated and Adventitial fibroblast in aorta
Data format
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sample006_052
bottom peaks comparison between CD14+ monocytes mock treated and Fibroblast in heart
Data format
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sample006_053
bottom peaks comparison between CD14+ monocytes mock treated and Fibroblast in choroid plexus
Data format
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sample006_054
bottom peaks comparison between CD14+ monocytes mock treated and Fibroblast in conjunctiva
Data format
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sample006_055
bottom peaks comparison between CD14+ monocytes mock treated and Fibroblast in derma
Data format
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sample006_056
bottom peaks comparison between CD14+ monocytes mock treated and Fibroblast in lung
Data format
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sample006_057
bottom peaks comparison between CD14+ monocytes mock treated and Fibroblast in lymphatic vessel
Data format
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sample006_058
bottom peaks comparison between CD14+ monocytes mock treated and Fibroblast in mamma
Data format
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sample006_059
bottom peaks comparison between CD14+ monocytes mock treated and Fibroblast in periodontal ligament
Data format
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sample006_060
bottom peaks comparison between CD14+ monocytes mock treated and Fibroblast in skin for dystrophia mytonica sample
Data format
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sample006_061
bottom peaks comparison between CD14+ monocytes mock treated and Fibroblast in skin for normal sample
Data format
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sample006_062
bottom peaks comparison between CD14+ monocytes mock treated and Fibroblast in skin for spinal muscular atrophy
Data format
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sample006_063
bottom peaks comparison between CD14+ monocytes mock treated and Fibroblast of villous mesenchymal cell
Data format
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sample006_064
bottom peaks comparison between CD14+ monocytes mock treated and Gamma delta+ T cell
Data format
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sample006_065
bottom peaks comparison between CD14+ monocytes mock treated and Gingival epithelial cell
Data format
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sample006_066
bottom peaks comparison between CD14+ monocytes mock treated and Dermal papilla cell in hair follicle
Data format
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sample006_067
bottom peaks comparison between CD14+ monocytes mock treated and Outer root sheath cell in hair follicle
Data format
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sample006_068
bottom peaks comparison between CD14+ monocytes mock treated and Hepatic sinusoidal endothelial cell
Data format
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sample006_069
bottom peaks comparison between CD14+ monocytes mock treated and Hepatic stellate lipocyte
Data format
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sample006_070
bottom peaks comparison between CD14+ monocytes mock treated and Hepatocyte
Data format
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sample006_071
bottom peaks comparison between CD14+ monocytes mock treated and Immature langerhans cell
Data format
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sample006_072
bottom peaks comparison between CD14+ monocytes mock treated and Keratinocyte epidermal cell
Data format
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sample006_073
bottom peaks comparison between CD14+ monocytes mock treated and Keratocyte
Data format
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sample006_074
bottom peaks comparison between CD14+ monocytes mock treated and Lens epithelial cell
Data format
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sample006_075
bottom peaks comparison between CD14+ monocytes mock treated and Monocyte-derived macrophage
Data format
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sample006_076
bottom peaks comparison between CD14+ monocytes mock treated and Mallassez-devied cell
Data format
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sample006_077
bottom peaks comparison between CD14+ monocytes mock treated and Mammary epithelial cell
Data format
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sample006_078
bottom peaks comparison between CD14+ monocytes mock treated and Mast cell
Data format
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sample006_079
bottom peaks comparison between CD14+ monocytes mock treated and Expanded mast cell
Data format
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sample006_080
bottom peaks comparison between CD14+ monocytes mock treated and Expanded and stimulated mast cell
Data format
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sample006_081
bottom peaks comparison between CD14+ monocytes mock treated and Melanocyte-dark
Data format
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sample006_082
bottom peaks comparison between CD14+ monocytes mock treated and Melanocyte-light
Data format
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sample006_083
bottom peaks comparison between CD14+ monocytes mock treated and Meningeal cell
Data format
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sample006_084
bottom peaks comparison between CD14+ monocytes mock treated and Mesenchymal precursor cell in adipose
Data format
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sample006_085
bottom peaks comparison between CD14+ monocytes mock treated and Mesenchymal precursor cell in bone marrow
Data format
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sample006_086
bottom peaks comparison between CD14+ monocytes mock treated and Mesenchymal precursor cell in heart
Data format
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sample006_087
bottom peaks comparison between CD14+ monocytes mock treated and Mesenchymal precursor cell in left ovary for ovarian cancer sample
Data format
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sample006_088
bottom peaks comparison between CD14+ monocytes mock treated and Mesenchymal precursor cell for metastatic ovarian cancer sample
Data format
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sample006_089
bottom peaks comparison between CD14+ monocytes mock treated and Mesenchymal precursor cell in right ovary for ovarian cancer sample
Data format
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sample006_090
bottom peaks comparison between CD14+ monocytes mock treated and Mesenchymal stem cell in adipose
Data format
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sample006_091
bottom peaks comparison between CD14+ monocytes mock treated and Mesenchymal stem cell in amniotic membrane
Data format
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sample006_092
bottom peaks comparison between CD14+ monocytes mock treated and Mesenchymal stem cell in bone marrow
Data format
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sample006_093
bottom peaks comparison between CD14+ monocytes mock treated and Mesenchymal stem cell in liver
Data format
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sample006_094
bottom peaks comparison between CD14+ monocytes mock treated and Mesenchymal stem cell in umbilical cord
Data format
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sample006_095
bottom peaks comparison between CD14+ monocytes mock treated and Mesothelial cell
Data format
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sample006_096
bottom peaks comparison between CD14+ monocytes mock treated and Migratory langerhans cell
Data format
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sample006_097
bottom peaks comparison between CD14+ monocytes mock treated and Mesenchymal stem cell of umbilical cord blood
Data format
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sample006_098
bottom peaks comparison between CD14+ monocytes mock treated and Myoblast
Data format
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sample006_099
bottom peaks comparison between CD14+ monocytes mock treated and Nasal epithelial cell
Data format
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sample006_100
bottom peaks comparison between CD14+ monocytes mock treated and Natural killer cell
Data format
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sample006_101
bottom peaks comparison between CD14+ monocytes mock treated and Neural stem cell
Data format
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sample006_102
bottom peaks comparison between CD14+ monocytes mock treated and Neuron
Data format
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sample006_103
bottom peaks comparison between CD14+ monocytes mock treated and Neutrophil cell
Data format
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sample006_104
bottom peaks comparison between CD14+ monocytes mock treated and Nucleus pulposus
Data format
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sample006_105
bottom peaks comparison between CD14+ monocytes mock treated and Olfactory epithelial cell
Data format
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sample006_106
bottom peaks comparison between CD14+ monocytes mock treated and Osteoblast
Data format
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sample006_107
bottom peaks comparison between CD14+ monocytes mock treated and Differentiated osteoblast
Data format
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sample006_108
bottom peaks comparison between CD14+ monocytes mock treated and Pricyte
Data format
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sample006_109
bottom peaks comparison between CD14+ monocytes mock treated and Perineurial
Data format
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sample006_110
bottom peaks comparison between CD14+ monocytes mock treated and Peripheral blood mononuclear cell
Data format
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sample006_111
bottom peaks comparison between CD14+ monocytes mock treated and Placental epithelial cell
Data format
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sample006_112
bottom peaks comparison between CD14+ monocytes mock treated and Preadipocyte in breast
Data format
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sample006_113
bottom peaks comparison between CD14+ monocytes mock treated and Preadipocyte in omentum
Data format
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sample006_114
bottom peaks comparison between CD14+ monocytes mock treated and Subcutaneous preadipocyte
Data format
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sample006_115
bottom peaks comparison between CD14+ monocytes mock treated and Visceral preadipocyte
Data format
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sample006_116
bottom peaks comparison between CD14+ monocytes mock treated and Prostate epithelial cell
Data format
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sample006_117
bottom peaks comparison between CD14+ monocytes mock treated and Prostate stromal cell
Data format
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sample006_118
bottom peaks comparison between CD14+ monocytes mock treated and Renal cortical epithelial cell
Data format
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sample006_119
bottom peaks comparison between CD14+ monocytes mock treated and Renal glomerular endothelial cell
Data format
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sample006_120
bottom peaks comparison between CD14+ monocytes mock treated and Renal mesangial cell
Data format
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sample006_121
bottom peaks comparison between CD14+ monocytes mock treated and Renal proximal tubular epithelial cell
Data format
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sample006_122
bottom peaks comparison between CD14+ monocytes mock treated and Renal proximal tubular epithelial cell
Data format
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sample006_123
bottom peaks comparison between CD14+ monocytes mock treated and Salivary acinar cell
Data format
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sample006_124
bottom peaks comparison between CD14+ monocytes mock treated and Schwann
Data format
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sample006_125
bottom peaks comparison between CD14+ monocytes mock treated and Sebocyte
Data format
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sample006_126
bottom peaks comparison between CD14+ monocytes mock treated and Sertoli
Data format
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sample006_127
bottom peaks comparison between CD14+ monocytes mock treated and Skeletal muscle
Data format
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sample006_128
bottom peaks comparison between CD14+ monocytes mock treated and Skeletal muscle differentiated into myotubes
Data format
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sample006_129
bottom peaks comparison between CD14+ monocytes mock treated and Skeletal muscle satellite cell
Data format
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sample006_130
bottom peaks comparison between CD14+ monocytes mock treated and Small airway epithelial cell
Data format
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sample006_131
bottom peaks comparison between CD14+ monocytes mock treated and Airway smooth muscle in asthma
Data format
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sample006_132
bottom peaks comparison between CD14+ monocytes mock treated and Airway smooth muscle in control
Data format
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sample006_133
bottom peaks comparison between CD14+ monocytes mock treated and Smooth muscle in aorta
Data format
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sample006_134
bottom peaks comparison between CD14+ monocytes mock treated and Smooth muscle in brachiocephalic artery
Data format
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sample006_135
bottom peaks comparison between CD14+ monocytes mock treated and Smooth muscle in brain vessel
Data format
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sample006_136
bottom peaks comparison between CD14+ monocytes mock treated and Smooth muscle in bronchial tube
Data format
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sample006_137
bottom peaks comparison between CD14+ monocytes mock treated and Smooth muscle in carotid artery
Data format
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sample006_138
bottom peaks comparison between CD14+ monocytes mock treated and Smooth muscle in colon
Data format
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sample006_139
bottom peaks comparison between CD14+ monocytes mock treated and Smooth muscle in coronary
Data format
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sample006_140
bottom peaks comparison between CD14+ monocytes mock treated and Smooth muscle in esophagus
Data format
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sample006_141
bottom peaks comparison between CD14+ monocytes mock treated and Smooth muscle in internal thoracic artery
Data format
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sample006_142
bottom peaks comparison between CD14+ monocytes mock treated and Smooth muscle in prostate
Data format
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sample006_143
bottom peaks comparison between CD14+ monocytes mock treated and Smooth muscle in pulmonary artery
Data format
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sample006_144
bottom peaks comparison between CD14+ monocytes mock treated and Smooth muscle in subclavian artery
Data format
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sample006_145
bottom peaks comparison between CD14+ monocytes mock treated and Smooth muscle in trachea
Data format
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sample006_146
bottom peaks comparison between CD14+ monocytes mock treated and Smooth muscle in umbilical artery
Data format
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sample006_147
bottom peaks comparison between CD14+ monocytes mock treated and Smooth muscle in umbilical vein
Data format
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sample006_148
bottom peaks comparison between CD14+ monocytes mock treated and Smooth muscle in uterine
Data format
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sample006_149
bottom peaks comparison between CD14+ monocytes mock treated and Synoviocyte
Data format
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sample006_150
bottom peaks comparison between CD14+ monocytes mock treated and Tenocyte
Data format
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sample006_151
bottom peaks comparison between CD14+ monocytes mock treated and Trabecular meshwork
Data format
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sample006_152
bottom peaks comparison between CD14+ monocytes mock treated and Tracheal epithelial cell
Data format
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sample006_153
bottom peaks comparison between CD14+ monocytes mock treated and Urothelial cell
Data format
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sample006_154
bottom peaks comparison between CD14+ monocytes mock treated and Whole blood for donor 1
Data format
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sample006_155
bottom peaks comparison between CD14+ monocytes mock treated and Whole blood for donor 2
Data format
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sample006_156
bottom peaks comparison between CD14+ monocytes mock treated and Whole blood for donor 3
Data format
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sample007_008
bottom peaks comparison between CD14+ monocytes treated with BCG and CD14+ monocytes treated with IFN-ns hexane
Data format
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sample007_009
bottom peaks comparison between CD14+ monocytes treated with BCG and CD14+ monocytes treated with beta-glucan
Data format
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sample007_010
bottom peaks comparison between CD14+ monocytes treated with BCG and CD14+ monocytes treated with candida
Data format
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sample007_011
bottom peaks comparison between CD14+ monocytes treated with BCG and CD14+ monocytes treated with Cryptococcus
Data format
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sample007_012
bottom peaks comparison between CD14+ monocytes treated with BCG and CD14+ monocytes treated with Group A Streptococcus
Data format
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sample007_013
bottom peaks comparison between CD14+ monocytes treated with BCG and CD14+ monocytes treated with Lipopolysaccharide
Data format
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sample007_014
bottom peaks comparison between CD14+ monocytes treated with BCG and CD14+ monocytes treated with Salmonella
Data format
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sample007_015
bottom peaks comparison between CD14+ monocytes treated with BCG and CD14+ monocytes treated with trehalose
Data format
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sample007_016
bottom peaks comparison between CD14+ monocytes treated with BCG and CD19+ B cell
Data format
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sample007_017
bottom peaks comparison between CD14+ monocytes treated with BCG and CD34 cell differentiated to erythrocyte lineage
Data format
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sample007_018
bottom peaks comparison between CD14+ monocytes treated with BCG and CD4+CD25-CD45RA- memory conventional T cells expanded
Data format
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sample007_019
bottom peaks comparison between CD14+ monocytes treated with BCG and CD4+CD25+CD45RA- memory regulatory T cell
Data format
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sample007_020
bottom peaks comparison between CD14+ monocytes treated with BCG and CD4+CD25+CD45RA- memory regulatory T cell expanded
Data format
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sample007_021
bottom peaks comparison between CD14+ monocytes treated with BCG and CD4+CD25-CD45RA+ naive conventional T cell
Data format
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sample007_022
bottom peaks comparison between CD14+ monocytes treated with BCG and CD4+CD25-CD45RA+ naive conventional T cells expanded
Data format
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sample007_023
bottom peaks comparison between CD14+ monocytes treated with BCG and CD4+CD25+CD45RA+ naive regulatory T cell expanded
Data format
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sample007_024
bottom peaks comparison between CD14+ monocytes treated with BCG and CD4+ T cell
Data format
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sample007_025
bottom peaks comparison between CD14+ monocytes treated with BCG and CD8+ T cell
Data format
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sample007_026
bottom peaks comparison between CD14+ monocytes treated with BCG and Adipocyte in breast
Data format
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sample007_027
bottom peaks comparison between CD14+ monocytes treated with BCG and Adipocyte in Omentum
Data format
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sample007_028
bottom peaks comparison between CD14+ monocytes treated with BCG and Subcutaneous adipocyte
Data format
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sample007_029
bottom peaks comparison between CD14+ monocytes treated with BCG and Alveolar epithelial cell
Data format
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sample007_030
bottom peaks comparison between CD14+ monocytes treated with BCG and Amniotic epithelial cell
Data format
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sample007_031
bottom peaks comparison between CD14+ monocytes treated with BCG and Amniotic membrane cell
Data format
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sample007_032
bottom peaks comparison between CD14+ monocytes treated with BCG and Anulus fibrosus cell in spinal cord
Data format
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sample007_033
bottom peaks comparison between CD14+ monocytes treated with BCG and Adtrocyte in cerebellum
Data format
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sample007_034
bottom peaks comparison between CD14+ monocytes treated with BCG and Astrocyte in cerebral cortex
Data format
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sample007_035
bottom peaks comparison between CD14+ monocytes treated with BCG and Bronchial epithelial cell
Data format
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sample007_036
bottom peaks comparison between CD14+ monocytes treated with BCG and Cardiac myocyte
Data format
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sample007_037
bottom peaks comparison between CD14+ monocytes treated with BCG and Chondroblast cell in cartilage
Data format
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sample007_038
bottom peaks comparison between CD14+ monocytes treated with BCG and Redifferentiated chondrocyte in cartilage
Data format
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sample007_039
bottom peaks comparison between CD14+ monocytes treated with BCG and Chorionic membrane cell
Data format
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sample007_040
bottom peaks comparison between CD14+ monocytes treated with BCG and Ciliary epithelial cell
Data format
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sample007_041
bottom peaks comparison between CD14+ monocytes treated with BCG and Corneal epithelial cell
Data format
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sample007_042
bottom peaks comparison between CD14+ monocytes treated with BCG and Immature monocyte-derived dendritic cell
Data format
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sample007_043
bottom peaks comparison between CD14+ monocytes treated with BCG and Endothelial cell in aorta
Data format
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sample007_044
bottom peaks comparison between CD14+ monocytes treated with BCG and Endothelial cell in artery
Data format
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sample007_045
bottom peaks comparison between CD14+ monocytes treated with BCG and Endothelial cell in lymph vessel
Data format
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sample007_046
bottom peaks comparison between CD14+ monocytes treated with BCG and Endothelial cell in microvessel
Data format
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sample007_047
bottom peaks comparison between CD14+ monocytes treated with BCG and Endothelial cell in thorax
Data format
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sample007_048
bottom peaks comparison between CD14+ monocytes treated with BCG and Endothelial cell in umbilical vein
Data format
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sample007_049
bottom peaks comparison between CD14+ monocytes treated with BCG and Endothelial cell in vein
Data format
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sample007_050
bottom peaks comparison between CD14+ monocytes treated with BCG and Epithelical cell in esophagus
Data format
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sample007_051
bottom peaks comparison between CD14+ monocytes treated with BCG and Adventitial fibroblast in aorta
Data format
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sample007_052
bottom peaks comparison between CD14+ monocytes treated with BCG and Fibroblast in heart
Data format
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sample007_053
bottom peaks comparison between CD14+ monocytes treated with BCG and Fibroblast in choroid plexus
Data format
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sample007_054
bottom peaks comparison between CD14+ monocytes treated with BCG and Fibroblast in conjunctiva
Data format
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sample007_055
bottom peaks comparison between CD14+ monocytes treated with BCG and Fibroblast in derma
Data format
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sample007_056
bottom peaks comparison between CD14+ monocytes treated with BCG and Fibroblast in lung
Data format
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sample007_057
bottom peaks comparison between CD14+ monocytes treated with BCG and Fibroblast in lymphatic vessel
Data format
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sample007_058
bottom peaks comparison between CD14+ monocytes treated with BCG and Fibroblast in mamma
Data format
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sample007_059
bottom peaks comparison between CD14+ monocytes treated with BCG and Fibroblast in periodontal ligament
Data format
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sample007_060
bottom peaks comparison between CD14+ monocytes treated with BCG and Fibroblast in skin for dystrophia mytonica sample
Data format
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sample007_061
bottom peaks comparison between CD14+ monocytes treated with BCG and Fibroblast in skin for normal sample
Data format
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sample007_062
bottom peaks comparison between CD14+ monocytes treated with BCG and Fibroblast in skin for spinal muscular atrophy
Data format
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sample007_063
bottom peaks comparison between CD14+ monocytes treated with BCG and Fibroblast of villous mesenchymal cell
Data format
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sample007_064
bottom peaks comparison between CD14+ monocytes treated with BCG and Gamma delta+ T cell
Data format
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sample007_065
bottom peaks comparison between CD14+ monocytes treated with BCG and Gingival epithelial cell
Data format
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sample007_066
bottom peaks comparison between CD14+ monocytes treated with BCG and Dermal papilla cell in hair follicle
Data format
hide
sample007_067
bottom peaks comparison between CD14+ monocytes treated with BCG and Outer root sheath cell in hair follicle
Data format
hide
sample007_068
bottom peaks comparison between CD14+ monocytes treated with BCG and Hepatic sinusoidal endothelial cell
Data format
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sample007_069
bottom peaks comparison between CD14+ monocytes treated with BCG and Hepatic stellate lipocyte
Data format
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sample007_070
bottom peaks comparison between CD14+ monocytes treated with BCG and Hepatocyte
Data format
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sample007_071
bottom peaks comparison between CD14+ monocytes treated with BCG and Immature langerhans cell
Data format
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sample007_072
bottom peaks comparison between CD14+ monocytes treated with BCG and Keratinocyte epidermal cell
Data format
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sample007_073
bottom peaks comparison between CD14+ monocytes treated with BCG and Keratocyte
Data format
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sample007_074
bottom peaks comparison between CD14+ monocytes treated with BCG and Lens epithelial cell
Data format
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sample007_075
bottom peaks comparison between CD14+ monocytes treated with BCG and Monocyte-derived macrophage
Data format
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sample007_076
bottom peaks comparison between CD14+ monocytes treated with BCG and Mallassez-devied cell
Data format
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sample007_077
bottom peaks comparison between CD14+ monocytes treated with BCG and Mammary epithelial cell
Data format
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sample007_078
bottom peaks comparison between CD14+ monocytes treated with BCG and Mast cell
Data format
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sample007_079
bottom peaks comparison between CD14+ monocytes treated with BCG and Expanded mast cell
Data format
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sample007_080
bottom peaks comparison between CD14+ monocytes treated with BCG and Expanded and stimulated mast cell
Data format
hide
sample007_081
bottom peaks comparison between CD14+ monocytes treated with BCG and Melanocyte-dark
Data format
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sample007_082
bottom peaks comparison between CD14+ monocytes treated with BCG and Melanocyte-light
Data format
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sample007_083
bottom peaks comparison between CD14+ monocytes treated with BCG and Meningeal cell
Data format
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sample007_084
bottom peaks comparison between CD14+ monocytes treated with BCG and Mesenchymal precursor cell in adipose
Data format
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sample007_085
bottom peaks comparison between CD14+ monocytes treated with BCG and Mesenchymal precursor cell in bone marrow
Data format
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sample007_086
bottom peaks comparison between CD14+ monocytes treated with BCG and Mesenchymal precursor cell in heart
Data format
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sample007_087
bottom peaks comparison between CD14+ monocytes treated with BCG and Mesenchymal precursor cell in left ovary for ovarian cancer sample
Data format
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sample007_088
bottom peaks comparison between CD14+ monocytes treated with BCG and Mesenchymal precursor cell for metastatic ovarian cancer sample
Data format
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sample007_089
bottom peaks comparison between CD14+ monocytes treated with BCG and Mesenchymal precursor cell in right ovary for ovarian cancer sample
Data format
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sample007_090
bottom peaks comparison between CD14+ monocytes treated with BCG and Mesenchymal stem cell in adipose
Data format
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sample007_091
bottom peaks comparison between CD14+ monocytes treated with BCG and Mesenchymal stem cell in amniotic membrane
Data format
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sample007_092
bottom peaks comparison between CD14+ monocytes treated with BCG and Mesenchymal stem cell in bone marrow
Data format
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sample007_093
bottom peaks comparison between CD14+ monocytes treated with BCG and Mesenchymal stem cell in liver
Data format
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sample007_094
bottom peaks comparison between CD14+ monocytes treated with BCG and Mesenchymal stem cell in umbilical cord
Data format
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sample007_095
bottom peaks comparison between CD14+ monocytes treated with BCG and Mesothelial cell
Data format
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sample007_096
bottom peaks comparison between CD14+ monocytes treated with BCG and Migratory langerhans cell
Data format
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sample007_097
bottom peaks comparison between CD14+ monocytes treated with BCG and Mesenchymal stem cell of umbilical cord blood
Data format
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sample007_098
bottom peaks comparison between CD14+ monocytes treated with BCG and Myoblast
Data format
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sample007_099
bottom peaks comparison between CD14+ monocytes treated with BCG and Nasal epithelial cell
Data format
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sample007_100
bottom peaks comparison between CD14+ monocytes treated with BCG and Natural killer cell
Data format
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sample007_101
bottom peaks comparison between CD14+ monocytes treated with BCG and Neural stem cell
Data format
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sample007_102
bottom peaks comparison between CD14+ monocytes treated with BCG and Neuron
Data format
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sample007_103
bottom peaks comparison between CD14+ monocytes treated with BCG and Neutrophil cell
Data format
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sample007_104
bottom peaks comparison between CD14+ monocytes treated with BCG and Nucleus pulposus
Data format
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sample007_105
bottom peaks comparison between CD14+ monocytes treated with BCG and Olfactory epithelial cell
Data format
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sample007_106
bottom peaks comparison between CD14+ monocytes treated with BCG and Osteoblast
Data format
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sample007_107
bottom peaks comparison between CD14+ monocytes treated with BCG and Differentiated osteoblast
Data format
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sample007_108
bottom peaks comparison between CD14+ monocytes treated with BCG and Pricyte
Data format
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sample007_109
bottom peaks comparison between CD14+ monocytes treated with BCG and Perineurial
Data format
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sample007_110
bottom peaks comparison between CD14+ monocytes treated with BCG and Peripheral blood mononuclear cell
Data format
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sample007_111
bottom peaks comparison between CD14+ monocytes treated with BCG and Placental epithelial cell
Data format
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sample007_112
bottom peaks comparison between CD14+ monocytes treated with BCG and Preadipocyte in breast
Data format
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sample007_113
bottom peaks comparison between CD14+ monocytes treated with BCG and Preadipocyte in omentum
Data format
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sample007_114
bottom peaks comparison between CD14+ monocytes treated with BCG and Subcutaneous preadipocyte
Data format
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sample007_115
bottom peaks comparison between CD14+ monocytes treated with BCG and Visceral preadipocyte
Data format
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sample007_116
bottom peaks comparison between CD14+ monocytes treated with BCG and Prostate epithelial cell
Data format
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sample007_117
bottom peaks comparison between CD14+ monocytes treated with BCG and Prostate stromal cell
Data format
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sample007_118
bottom peaks comparison between CD14+ monocytes treated with BCG and Renal cortical epithelial cell
Data format
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sample007_119
bottom peaks comparison between CD14+ monocytes treated with BCG and Renal glomerular endothelial cell
Data format
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sample007_120
bottom peaks comparison between CD14+ monocytes treated with BCG and Renal mesangial cell
Data format
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sample007_121
bottom peaks comparison between CD14+ monocytes treated with BCG and Renal proximal tubular epithelial cell
Data format
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sample007_122
bottom peaks comparison between CD14+ monocytes treated with BCG and Renal proximal tubular epithelial cell
Data format
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sample007_123
bottom peaks comparison between CD14+ monocytes treated with BCG and Salivary acinar cell
Data format
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sample007_124
bottom peaks comparison between CD14+ monocytes treated with BCG and Schwann
Data format
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sample007_125
bottom peaks comparison between CD14+ monocytes treated with BCG and Sebocyte
Data format
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sample007_126
bottom peaks comparison between CD14+ monocytes treated with BCG and Sertoli
Data format
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sample007_127
bottom peaks comparison between CD14+ monocytes treated with BCG and Skeletal muscle
Data format
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sample007_128
bottom peaks comparison between CD14+ monocytes treated with BCG and Skeletal muscle differentiated into myotubes
Data format
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sample007_129
bottom peaks comparison between CD14+ monocytes treated with BCG and Skeletal muscle satellite cell
Data format
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sample007_130
bottom peaks comparison between CD14+ monocytes treated with BCG and Small airway epithelial cell
Data format
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sample007_131
bottom peaks comparison between CD14+ monocytes treated with BCG and Airway smooth muscle in asthma
Data format
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sample007_132
bottom peaks comparison between CD14+ monocytes treated with BCG and Airway smooth muscle in control
Data format
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sample007_133
bottom peaks comparison between CD14+ monocytes treated with BCG and Smooth muscle in aorta
Data format
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sample007_134
bottom peaks comparison between CD14+ monocytes treated with BCG and Smooth muscle in brachiocephalic artery
Data format
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sample007_135
bottom peaks comparison between CD14+ monocytes treated with BCG and Smooth muscle in brain vessel
Data format
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sample007_136
bottom peaks comparison between CD14+ monocytes treated with BCG and Smooth muscle in bronchial tube
Data format
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sample007_137
bottom peaks comparison between CD14+ monocytes treated with BCG and Smooth muscle in carotid artery
Data format
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sample007_138
bottom peaks comparison between CD14+ monocytes treated with BCG and Smooth muscle in colon
Data format
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sample007_139
bottom peaks comparison between CD14+ monocytes treated with BCG and Smooth muscle in coronary
Data format
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sample007_140
bottom peaks comparison between CD14+ monocytes treated with BCG and Smooth muscle in esophagus
Data format
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sample007_141
bottom peaks comparison between CD14+ monocytes treated with BCG and Smooth muscle in internal thoracic artery
Data format
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sample007_142
bottom peaks comparison between CD14+ monocytes treated with BCG and Smooth muscle in prostate
Data format
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sample007_143
bottom peaks comparison between CD14+ monocytes treated with BCG and Smooth muscle in pulmonary artery
Data format
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sample007_144
bottom peaks comparison between CD14+ monocytes treated with BCG and Smooth muscle in subclavian artery
Data format
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sample007_145
bottom peaks comparison between CD14+ monocytes treated with BCG and Smooth muscle in trachea
Data format
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sample007_146
bottom peaks comparison between CD14+ monocytes treated with BCG and Smooth muscle in umbilical artery
Data format
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sample007_147
bottom peaks comparison between CD14+ monocytes treated with BCG and Smooth muscle in umbilical vein
Data format
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sample007_148
bottom peaks comparison between CD14+ monocytes treated with BCG and Smooth muscle in uterine
Data format
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sample007_149
bottom peaks comparison between CD14+ monocytes treated with BCG and Synoviocyte
Data format
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sample007_150
bottom peaks comparison between CD14+ monocytes treated with BCG and Tenocyte
Data format
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sample007_151
bottom peaks comparison between CD14+ monocytes treated with BCG and Trabecular meshwork
Data format
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sample007_152
bottom peaks comparison between CD14+ monocytes treated with BCG and Tracheal epithelial cell
Data format
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sample007_153
bottom peaks comparison between CD14+ monocytes treated with BCG and Urothelial cell
Data format
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sample007_154
bottom peaks comparison between CD14+ monocytes treated with BCG and Whole blood for donor 1
Data format
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sample007_155
bottom peaks comparison between CD14+ monocytes treated with BCG and Whole blood for donor 2
Data format
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sample007_156
bottom peaks comparison between CD14+ monocytes treated with BCG and Whole blood for donor 3
Data format
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sample008_009
bottom peaks comparison between CD14+ monocytes treated with IFN-ns hexane and CD14+ monocytes treated with beta-glucan
Data format
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sample008_010
bottom peaks comparison between CD14+ monocytes treated with IFN-ns hexane and CD14+ monocytes treated with candida
Data format
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sample008_011
bottom peaks comparison between CD14+ monocytes treated with IFN-ns hexane and CD14+ monocytes treated with Cryptococcus
Data format
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sample008_012
bottom peaks comparison between CD14+ monocytes treated with IFN-ns hexane and CD14+ monocytes treated with Group A Streptococcus
Data format
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sample008_013
bottom peaks comparison between CD14+ monocytes treated with IFN-ns hexane and CD14+ monocytes treated with Lipopolysaccharide
Data format
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sample008_014
bottom peaks comparison between CD14+ monocytes treated with IFN-ns hexane and CD14+ monocytes treated with Salmonella
Data format
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sample008_015
bottom peaks comparison between CD14+ monocytes treated with IFN-ns hexane and CD14+ monocytes treated with trehalose
Data format
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sample008_016
bottom peaks comparison between CD14+ monocytes treated with IFN-ns hexane and CD19+ B cell
Data format
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sample008_017
bottom peaks comparison between CD14+ monocytes treated with IFN-ns hexane and CD34 cell differentiated to erythrocyte lineage
Data format
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sample008_018
bottom peaks comparison between CD14+ monocytes treated with IFN-ns hexane and CD4+CD25-CD45RA- memory conventional T cells expanded
Data format
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sample008_019
bottom peaks comparison between CD14+ monocytes treated with IFN-ns hexane and CD4+CD25+CD45RA- memory regulatory T cell
Data format
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sample008_020
bottom peaks comparison between CD14+ monocytes treated with IFN-ns hexane and CD4+CD25+CD45RA- memory regulatory T cell expanded
Data format
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sample008_021
bottom peaks comparison between CD14+ monocytes treated with IFN-ns hexane and CD4+CD25-CD45RA+ naive conventional T cell
Data format
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sample008_022
bottom peaks comparison between CD14+ monocytes treated with IFN-ns hexane and CD4+CD25-CD45RA+ naive conventional T cells expanded
Data format
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sample008_023
bottom peaks comparison between CD14+ monocytes treated with IFN-ns hexane and CD4+CD25+CD45RA+ naive regulatory T cell expanded
Data format
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sample008_024
bottom peaks comparison between CD14+ monocytes treated with IFN-ns hexane and CD4+ T cell
Data format
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sample008_025
bottom peaks comparison between CD14+ monocytes treated with IFN-ns hexane and CD8+ T cell
Data format
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sample008_026
bottom peaks comparison between CD14+ monocytes treated with IFN-ns hexane and Adipocyte in breast
Data format
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sample008_027
bottom peaks comparison between CD14+ monocytes treated with IFN-ns hexane and Adipocyte in Omentum
Data format
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sample008_028
bottom peaks comparison between CD14+ monocytes treated with IFN-ns hexane and Subcutaneous adipocyte
Data format
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sample008_029
bottom peaks comparison between CD14+ monocytes treated with IFN-ns hexane and Alveolar epithelial cell
Data format
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sample008_030
bottom peaks comparison between CD14+ monocytes treated with IFN-ns hexane and Amniotic epithelial cell
Data format
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sample008_031
bottom peaks comparison between CD14+ monocytes treated with IFN-ns hexane and Amniotic membrane cell
Data format
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sample008_032
bottom peaks comparison between CD14+ monocytes treated with IFN-ns hexane and Anulus fibrosus cell in spinal cord
Data format
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sample008_033
bottom peaks comparison between CD14+ monocytes treated with IFN-ns hexane and Adtrocyte in cerebellum
Data format
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sample008_034
bottom peaks comparison between CD14+ monocytes treated with IFN-ns hexane and Astrocyte in cerebral cortex
Data format
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sample008_035
bottom peaks comparison between CD14+ monocytes treated with IFN-ns hexane and Bronchial epithelial cell
Data format
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sample008_036
bottom peaks comparison between CD14+ monocytes treated with IFN-ns hexane and Cardiac myocyte
Data format
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sample008_037
bottom peaks comparison between CD14+ monocytes treated with IFN-ns hexane and Chondroblast cell in cartilage
Data format
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sample008_038
bottom peaks comparison between CD14+ monocytes treated with IFN-ns hexane and Redifferentiated chondrocyte in cartilage
Data format
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sample008_039
bottom peaks comparison between CD14+ monocytes treated with IFN-ns hexane and Chorionic membrane cell
Data format
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sample008_040
bottom peaks comparison between CD14+ monocytes treated with IFN-ns hexane and Ciliary epithelial cell
Data format
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sample008_041
bottom peaks comparison between CD14+ monocytes treated with IFN-ns hexane and Corneal epithelial cell
Data format
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sample008_042
bottom peaks comparison between CD14+ monocytes treated with IFN-ns hexane and Immature monocyte-derived dendritic cell
Data format
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sample008_043
bottom peaks comparison between CD14+ monocytes treated with IFN-ns hexane and Endothelial cell in aorta
Data format
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sample008_044
bottom peaks comparison between CD14+ monocytes treated with IFN-ns hexane and Endothelial cell in artery
Data format
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sample008_045
bottom peaks comparison between CD14+ monocytes treated with IFN-ns hexane and Endothelial cell in lymph vessel
Data format
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sample008_046
bottom peaks comparison between CD14+ monocytes treated with IFN-ns hexane and Endothelial cell in microvessel
Data format
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sample008_047
bottom peaks comparison between CD14+ monocytes treated with IFN-ns hexane and Endothelial cell in thorax
Data format
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sample008_048
bottom peaks comparison between CD14+ monocytes treated with IFN-ns hexane and Endothelial cell in umbilical vein
Data format
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sample008_049
bottom peaks comparison between CD14+ monocytes treated with IFN-ns hexane and Endothelial cell in vein
Data format
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sample008_050
bottom peaks comparison between CD14+ monocytes treated with IFN-ns hexane and Epithelical cell in esophagus
Data format
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sample008_051
bottom peaks comparison between CD14+ monocytes treated with IFN-ns hexane and Adventitial fibroblast in aorta
Data format
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sample008_052
bottom peaks comparison between CD14+ monocytes treated with IFN-ns hexane and Fibroblast in heart
Data format
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sample008_053
bottom peaks comparison between CD14+ monocytes treated with IFN-ns hexane and Fibroblast in choroid plexus
Data format
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sample008_054
bottom peaks comparison between CD14+ monocytes treated with IFN-ns hexane and Fibroblast in conjunctiva
Data format
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sample008_055
bottom peaks comparison between CD14+ monocytes treated with IFN-ns hexane and Fibroblast in derma
Data format
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sample008_056
bottom peaks comparison between CD14+ monocytes treated with IFN-ns hexane and Fibroblast in lung
Data format
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sample008_057
bottom peaks comparison between CD14+ monocytes treated with IFN-ns hexane and Fibroblast in lymphatic vessel
Data format
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sample008_058
bottom peaks comparison between CD14+ monocytes treated with IFN-ns hexane and Fibroblast in mamma
Data format
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sample008_059
bottom peaks comparison between CD14+ monocytes treated with IFN-ns hexane and Fibroblast in periodontal ligament
Data format
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sample008_060
bottom peaks comparison between CD14+ monocytes treated with IFN-ns hexane and Fibroblast in skin for dystrophia mytonica sample
Data format
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sample008_061
bottom peaks comparison between CD14+ monocytes treated with IFN-ns hexane and Fibroblast in skin for normal sample
Data format
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sample008_062
bottom peaks comparison between CD14+ monocytes treated with IFN-ns hexane and Fibroblast in skin for spinal muscular atrophy
Data format
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sample008_063
bottom peaks comparison between CD14+ monocytes treated with IFN-ns hexane and Fibroblast of villous mesenchymal cell
Data format
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sample008_064
bottom peaks comparison between CD14+ monocytes treated with IFN-ns hexane and Gamma delta+ T cell
Data format
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sample008_065
bottom peaks comparison between CD14+ monocytes treated with IFN-ns hexane and Gingival epithelial cell
Data format
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sample008_066
bottom peaks comparison between CD14+ monocytes treated with IFN-ns hexane and Dermal papilla cell in hair follicle
Data format
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sample008_067
bottom peaks comparison between CD14+ monocytes treated with IFN-ns hexane and Outer root sheath cell in hair follicle
Data format
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sample008_068
bottom peaks comparison between CD14+ monocytes treated with IFN-ns hexane and Hepatic sinusoidal endothelial cell
Data format
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sample008_069
bottom peaks comparison between CD14+ monocytes treated with IFN-ns hexane and Hepatic stellate lipocyte
Data format
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sample008_070
bottom peaks comparison between CD14+ monocytes treated with IFN-ns hexane and Hepatocyte
Data format
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sample008_071
bottom peaks comparison between CD14+ monocytes treated with IFN-ns hexane and Immature langerhans cell
Data format
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sample008_072
bottom peaks comparison between CD14+ monocytes treated with IFN-ns hexane and Keratinocyte epidermal cell
Data format
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sample008_073
bottom peaks comparison between CD14+ monocytes treated with IFN-ns hexane and Keratocyte
Data format
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sample008_074
bottom peaks comparison between CD14+ monocytes treated with IFN-ns hexane and Lens epithelial cell
Data format
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sample008_075
bottom peaks comparison between CD14+ monocytes treated with IFN-ns hexane and Monocyte-derived macrophage
Data format
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sample008_076
bottom peaks comparison between CD14+ monocytes treated with IFN-ns hexane and Mallassez-devied cell
Data format
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sample008_077
bottom peaks comparison between CD14+ monocytes treated with IFN-ns hexane and Mammary epithelial cell
Data format
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sample008_078
bottom peaks comparison between CD14+ monocytes treated with IFN-ns hexane and Mast cell
Data format
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sample008_079
bottom peaks comparison between CD14+ monocytes treated with IFN-ns hexane and Expanded mast cell
Data format
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sample008_080
bottom peaks comparison between CD14+ monocytes treated with IFN-ns hexane and Expanded and stimulated mast cell
Data format
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sample008_081
bottom peaks comparison between CD14+ monocytes treated with IFN-ns hexane and Melanocyte-dark
Data format
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sample008_082
bottom peaks comparison between CD14+ monocytes treated with IFN-ns hexane and Melanocyte-light
Data format
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sample008_083
bottom peaks comparison between CD14+ monocytes treated with IFN-ns hexane and Meningeal cell
Data format
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sample008_084
bottom peaks comparison between CD14+ monocytes treated with IFN-ns hexane and Mesenchymal precursor cell in adipose
Data format
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sample008_085
bottom peaks comparison between CD14+ monocytes treated with IFN-ns hexane and Mesenchymal precursor cell in bone marrow
Data format
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sample008_086
bottom peaks comparison between CD14+ monocytes treated with IFN-ns hexane and Mesenchymal precursor cell in heart
Data format
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sample008_087
bottom peaks comparison between CD14+ monocytes treated with IFN-ns hexane and Mesenchymal precursor cell in left ovary for ovarian cancer sample
Data format
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sample008_088
bottom peaks comparison between CD14+ monocytes treated with IFN-ns hexane and Mesenchymal precursor cell for metastatic ovarian cancer sample
Data format
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sample008_089
bottom peaks comparison between CD14+ monocytes treated with IFN-ns hexane and Mesenchymal precursor cell in right ovary for ovarian cancer sample
Data format
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sample008_090
bottom peaks comparison between CD14+ monocytes treated with IFN-ns hexane and Mesenchymal stem cell in adipose
Data format
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sample008_091
bottom peaks comparison between CD14+ monocytes treated with IFN-ns hexane and Mesenchymal stem cell in amniotic membrane
Data format
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sample008_092
bottom peaks comparison between CD14+ monocytes treated with IFN-ns hexane and Mesenchymal stem cell in bone marrow
Data format
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sample008_093
bottom peaks comparison between CD14+ monocytes treated with IFN-ns hexane and Mesenchymal stem cell in liver
Data format
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sample008_094
bottom peaks comparison between CD14+ monocytes treated with IFN-ns hexane and Mesenchymal stem cell in umbilical cord
Data format
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sample008_095
bottom peaks comparison between CD14+ monocytes treated with IFN-ns hexane and Mesothelial cell
Data format
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sample008_096
bottom peaks comparison between CD14+ monocytes treated with IFN-ns hexane and Migratory langerhans cell
Data format
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sample008_097
bottom peaks comparison between CD14+ monocytes treated with IFN-ns hexane and Mesenchymal stem cell of umbilical cord blood
Data format
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sample008_098
bottom peaks comparison between CD14+ monocytes treated with IFN-ns hexane and Myoblast
Data format
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sample008_099
bottom peaks comparison between CD14+ monocytes treated with IFN-ns hexane and Nasal epithelial cell
Data format
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sample008_100
bottom peaks comparison between CD14+ monocytes treated with IFN-ns hexane and Natural killer cell
Data format
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sample008_101
bottom peaks comparison between CD14+ monocytes treated with IFN-ns hexane and Neural stem cell
Data format
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sample008_102
bottom peaks comparison between CD14+ monocytes treated with IFN-ns hexane and Neuron
Data format
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sample008_103
bottom peaks comparison between CD14+ monocytes treated with IFN-ns hexane and Neutrophil cell
Data format
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sample008_104
bottom peaks comparison between CD14+ monocytes treated with IFN-ns hexane and Nucleus pulposus
Data format
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sample008_105
bottom peaks comparison between CD14+ monocytes treated with IFN-ns hexane and Olfactory epithelial cell
Data format
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sample008_106
bottom peaks comparison between CD14+ monocytes treated with IFN-ns hexane and Osteoblast
Data format
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sample008_107
bottom peaks comparison between CD14+ monocytes treated with IFN-ns hexane and Differentiated osteoblast
Data format
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sample008_108
bottom peaks comparison between CD14+ monocytes treated with IFN-ns hexane and Pricyte
Data format
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sample008_109
bottom peaks comparison between CD14+ monocytes treated with IFN-ns hexane and Perineurial
Data format
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sample008_110
bottom peaks comparison between CD14+ monocytes treated with IFN-ns hexane and Peripheral blood mononuclear cell
Data format
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sample008_111
bottom peaks comparison between CD14+ monocytes treated with IFN-ns hexane and Placental epithelial cell
Data format
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sample008_112
bottom peaks comparison between CD14+ monocytes treated with IFN-ns hexane and Preadipocyte in breast
Data format
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sample008_113
bottom peaks comparison between CD14+ monocytes treated with IFN-ns hexane and Preadipocyte in omentum
Data format
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sample008_114
bottom peaks comparison between CD14+ monocytes treated with IFN-ns hexane and Subcutaneous preadipocyte
Data format
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sample008_115
bottom peaks comparison between CD14+ monocytes treated with IFN-ns hexane and Visceral preadipocyte
Data format
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sample008_116
bottom peaks comparison between CD14+ monocytes treated with IFN-ns hexane and Prostate epithelial cell
Data format
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sample008_117
bottom peaks comparison between CD14+ monocytes treated with IFN-ns hexane and Prostate stromal cell
Data format
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sample008_118
bottom peaks comparison between CD14+ monocytes treated with IFN-ns hexane and Renal cortical epithelial cell
Data format
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sample008_119
bottom peaks comparison between CD14+ monocytes treated with IFN-ns hexane and Renal glomerular endothelial cell
Data format
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sample008_120
bottom peaks comparison between CD14+ monocytes treated with IFN-ns hexane and Renal mesangial cell
Data format
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sample008_121
bottom peaks comparison between CD14+ monocytes treated with IFN-ns hexane and Renal proximal tubular epithelial cell
Data format
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sample008_122
bottom peaks comparison between CD14+ monocytes treated with IFN-ns hexane and Renal proximal tubular epithelial cell
Data format
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sample008_123
bottom peaks comparison between CD14+ monocytes treated with IFN-ns hexane and Salivary acinar cell
Data format
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sample008_124
bottom peaks comparison between CD14+ monocytes treated with IFN-ns hexane and Schwann
Data format
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sample008_125
bottom peaks comparison between CD14+ monocytes treated with IFN-ns hexane and Sebocyte
Data format
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sample008_126
bottom peaks comparison between CD14+ monocytes treated with IFN-ns hexane and Sertoli
Data format
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sample008_127
bottom peaks comparison between CD14+ monocytes treated with IFN-ns hexane and Skeletal muscle
Data format
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sample008_128
bottom peaks comparison between CD14+ monocytes treated with IFN-ns hexane and Skeletal muscle differentiated into myotubes
Data format
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sample008_129
bottom peaks comparison between CD14+ monocytes treated with IFN-ns hexane and Skeletal muscle satellite cell
Data format
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sample008_130
bottom peaks comparison between CD14+ monocytes treated with IFN-ns hexane and Small airway epithelial cell
Data format
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sample008_131
bottom peaks comparison between CD14+ monocytes treated with IFN-ns hexane and Airway smooth muscle in asthma
Data format
hide
sample008_132
bottom peaks comparison between CD14+ monocytes treated with IFN-ns hexane and Airway smooth muscle in control
Data format
hide
sample008_133
bottom peaks comparison between CD14+ monocytes treated with IFN-ns hexane and Smooth muscle in aorta
Data format
hide
sample008_134
bottom peaks comparison between CD14+ monocytes treated with IFN-ns hexane and Smooth muscle in brachiocephalic artery
Data format
hide
sample008_135
bottom peaks comparison between CD14+ monocytes treated with IFN-ns hexane and Smooth muscle in brain vessel
Data format
hide
sample008_136
bottom peaks comparison between CD14+ monocytes treated with IFN-ns hexane and Smooth muscle in bronchial tube
Data format
hide
sample008_137
bottom peaks comparison between CD14+ monocytes treated with IFN-ns hexane and Smooth muscle in carotid artery
Data format
hide
sample008_138
bottom peaks comparison between CD14+ monocytes treated with IFN-ns hexane and Smooth muscle in colon
Data format
hide
sample008_139
bottom peaks comparison between CD14+ monocytes treated with IFN-ns hexane and Smooth muscle in coronary
Data format
hide
sample008_140
bottom peaks comparison between CD14+ monocytes treated with IFN-ns hexane and Smooth muscle in esophagus
Data format
hide
sample008_141
bottom peaks comparison between CD14+ monocytes treated with IFN-ns hexane and Smooth muscle in internal thoracic artery
Data format
hide
sample008_142
bottom peaks comparison between CD14+ monocytes treated with IFN-ns hexane and Smooth muscle in prostate
Data format
hide
sample008_143
bottom peaks comparison between CD14+ monocytes treated with IFN-ns hexane and Smooth muscle in pulmonary artery
Data format
hide
sample008_144
bottom peaks comparison between CD14+ monocytes treated with IFN-ns hexane and Smooth muscle in subclavian artery
Data format
hide
sample008_145
bottom peaks comparison between CD14+ monocytes treated with IFN-ns hexane and Smooth muscle in trachea
Data format
hide
sample008_146
bottom peaks comparison between CD14+ monocytes treated with IFN-ns hexane and Smooth muscle in umbilical artery
Data format
hide
sample008_147
bottom peaks comparison between CD14+ monocytes treated with IFN-ns hexane and Smooth muscle in umbilical vein
Data format
hide
sample008_148
bottom peaks comparison between CD14+ monocytes treated with IFN-ns hexane and Smooth muscle in uterine
Data format
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sample008_149
bottom peaks comparison between CD14+ monocytes treated with IFN-ns hexane and Synoviocyte
Data format
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sample008_150
bottom peaks comparison between CD14+ monocytes treated with IFN-ns hexane and Tenocyte
Data format
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sample008_151
bottom peaks comparison between CD14+ monocytes treated with IFN-ns hexane and Trabecular meshwork
Data format
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sample008_152
bottom peaks comparison between CD14+ monocytes treated with IFN-ns hexane and Tracheal epithelial cell
Data format
hide
sample008_153
bottom peaks comparison between CD14+ monocytes treated with IFN-ns hexane and Urothelial cell
Data format
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sample008_154
bottom peaks comparison between CD14+ monocytes treated with IFN-ns hexane and Whole blood for donor 1
Data format
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sample008_155
bottom peaks comparison between CD14+ monocytes treated with IFN-ns hexane and Whole blood for donor 2
Data format
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sample008_156
bottom peaks comparison between CD14+ monocytes treated with IFN-ns hexane and Whole blood for donor 3
Data format
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sample009_010
bottom peaks comparison between CD14+ monocytes treated with beta-glucan and CD14+ monocytes treated with candida
Data format
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sample009_011
bottom peaks comparison between CD14+ monocytes treated with beta-glucan and CD14+ monocytes treated with Cryptococcus
Data format
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sample009_012
bottom peaks comparison between CD14+ monocytes treated with beta-glucan and CD14+ monocytes treated with Group A Streptococcus
Data format
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sample009_013
bottom peaks comparison between CD14+ monocytes treated with beta-glucan and CD14+ monocytes treated with Lipopolysaccharide
Data format
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sample009_014
bottom peaks comparison between CD14+ monocytes treated with beta-glucan and CD14+ monocytes treated with Salmonella
Data format
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sample009_015
bottom peaks comparison between CD14+ monocytes treated with beta-glucan and CD14+ monocytes treated with trehalose
Data format
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sample009_016
bottom peaks comparison between CD14+ monocytes treated with beta-glucan and CD19+ B cell
Data format
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sample009_017
bottom peaks comparison between CD14+ monocytes treated with beta-glucan and CD34 cell differentiated to erythrocyte lineage
Data format
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sample009_018
bottom peaks comparison between CD14+ monocytes treated with beta-glucan and CD4+CD25-CD45RA- memory conventional T cells expanded
Data format
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sample009_019
bottom peaks comparison between CD14+ monocytes treated with beta-glucan and CD4+CD25+CD45RA- memory regulatory T cell
Data format
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sample009_020
bottom peaks comparison between CD14+ monocytes treated with beta-glucan and CD4+CD25+CD45RA- memory regulatory T cell expanded
Data format
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sample009_021
bottom peaks comparison between CD14+ monocytes treated with beta-glucan and CD4+CD25-CD45RA+ naive conventional T cell
Data format
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sample009_022
bottom peaks comparison between CD14+ monocytes treated with beta-glucan and CD4+CD25-CD45RA+ naive conventional T cells expanded
Data format
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sample009_023
bottom peaks comparison between CD14+ monocytes treated with beta-glucan and CD4+CD25+CD45RA+ naive regulatory T cell expanded
Data format
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sample009_024
bottom peaks comparison between CD14+ monocytes treated with beta-glucan and CD4+ T cell
Data format
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sample009_025
bottom peaks comparison between CD14+ monocytes treated with beta-glucan and CD8+ T cell
Data format
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sample009_026
bottom peaks comparison between CD14+ monocytes treated with beta-glucan and Adipocyte in breast
Data format
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sample009_027
bottom peaks comparison between CD14+ monocytes treated with beta-glucan and Adipocyte in Omentum
Data format
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sample009_028
bottom peaks comparison between CD14+ monocytes treated with beta-glucan and Subcutaneous adipocyte
Data format
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sample009_029
bottom peaks comparison between CD14+ monocytes treated with beta-glucan and Alveolar epithelial cell
Data format
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sample009_030
bottom peaks comparison between CD14+ monocytes treated with beta-glucan and Amniotic epithelial cell
Data format
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sample009_031
bottom peaks comparison between CD14+ monocytes treated with beta-glucan and Amniotic membrane cell
Data format
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sample009_032
bottom peaks comparison between CD14+ monocytes treated with beta-glucan and Anulus fibrosus cell in spinal cord
Data format
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sample009_033
bottom peaks comparison between CD14+ monocytes treated with beta-glucan and Adtrocyte in cerebellum
Data format
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sample009_034
bottom peaks comparison between CD14+ monocytes treated with beta-glucan and Astrocyte in cerebral cortex
Data format
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sample009_035
bottom peaks comparison between CD14+ monocytes treated with beta-glucan and Bronchial epithelial cell
Data format
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sample009_036
bottom peaks comparison between CD14+ monocytes treated with beta-glucan and Cardiac myocyte
Data format
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sample009_037
bottom peaks comparison between CD14+ monocytes treated with beta-glucan and Chondroblast cell in cartilage
Data format
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sample009_038
bottom peaks comparison between CD14+ monocytes treated with beta-glucan and Redifferentiated chondrocyte in cartilage
Data format
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sample009_039
bottom peaks comparison between CD14+ monocytes treated with beta-glucan and Chorionic membrane cell
Data format
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sample009_040
bottom peaks comparison between CD14+ monocytes treated with beta-glucan and Ciliary epithelial cell
Data format
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sample009_041
bottom peaks comparison between CD14+ monocytes treated with beta-glucan and Corneal epithelial cell
Data format
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sample009_042
bottom peaks comparison between CD14+ monocytes treated with beta-glucan and Immature monocyte-derived dendritic cell
Data format
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sample009_043
bottom peaks comparison between CD14+ monocytes treated with beta-glucan and Endothelial cell in aorta
Data format
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sample009_044
bottom peaks comparison between CD14+ monocytes treated with beta-glucan and Endothelial cell in artery
Data format
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sample009_045
bottom peaks comparison between CD14+ monocytes treated with beta-glucan and Endothelial cell in lymph vessel
Data format
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sample009_046
bottom peaks comparison between CD14+ monocytes treated with beta-glucan and Endothelial cell in microvessel
Data format
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sample009_047
bottom peaks comparison between CD14+ monocytes treated with beta-glucan and Endothelial cell in thorax
Data format
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sample009_048
bottom peaks comparison between CD14+ monocytes treated with beta-glucan and Endothelial cell in umbilical vein
Data format
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sample009_049
bottom peaks comparison between CD14+ monocytes treated with beta-glucan and Endothelial cell in vein
Data format
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sample009_050
bottom peaks comparison between CD14+ monocytes treated with beta-glucan and Epithelical cell in esophagus
Data format
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sample009_051
bottom peaks comparison between CD14+ monocytes treated with beta-glucan and Adventitial fibroblast in aorta
Data format
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sample009_052
bottom peaks comparison between CD14+ monocytes treated with beta-glucan and Fibroblast in heart
Data format
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sample009_053
bottom peaks comparison between CD14+ monocytes treated with beta-glucan and Fibroblast in choroid plexus
Data format
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sample009_054
bottom peaks comparison between CD14+ monocytes treated with beta-glucan and Fibroblast in conjunctiva
Data format
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sample009_055
bottom peaks comparison between CD14+ monocytes treated with beta-glucan and Fibroblast in derma
Data format
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sample009_056
bottom peaks comparison between CD14+ monocytes treated with beta-glucan and Fibroblast in lung
Data format
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sample009_057
bottom peaks comparison between CD14+ monocytes treated with beta-glucan and Fibroblast in lymphatic vessel
Data format
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sample009_058
bottom peaks comparison between CD14+ monocytes treated with beta-glucan and Fibroblast in mamma
Data format
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sample009_059
bottom peaks comparison between CD14+ monocytes treated with beta-glucan and Fibroblast in periodontal ligament
Data format
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sample009_060
bottom peaks comparison between CD14+ monocytes treated with beta-glucan and Fibroblast in skin for dystrophia mytonica sample
Data format
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sample009_061
bottom peaks comparison between CD14+ monocytes treated with beta-glucan and Fibroblast in skin for normal sample
Data format
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sample009_062
bottom peaks comparison between CD14+ monocytes treated with beta-glucan and Fibroblast in skin for spinal muscular atrophy
Data format
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sample009_063
bottom peaks comparison between CD14+ monocytes treated with beta-glucan and Fibroblast of villous mesenchymal cell
Data format
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sample009_064
bottom peaks comparison between CD14+ monocytes treated with beta-glucan and Gamma delta+ T cell
Data format
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sample009_065
bottom peaks comparison between CD14+ monocytes treated with beta-glucan and Gingival epithelial cell
Data format
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sample009_066
bottom peaks comparison between CD14+ monocytes treated with beta-glucan and Dermal papilla cell in hair follicle
Data format
hide
sample009_067
bottom peaks comparison between CD14+ monocytes treated with beta-glucan and Outer root sheath cell in hair follicle
Data format
hide
sample009_068
bottom peaks comparison between CD14+ monocytes treated with beta-glucan and Hepatic sinusoidal endothelial cell
Data format
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sample009_069
bottom peaks comparison between CD14+ monocytes treated with beta-glucan and Hepatic stellate lipocyte
Data format
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sample009_070
bottom peaks comparison between CD14+ monocytes treated with beta-glucan and Hepatocyte
Data format
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sample009_071
bottom peaks comparison between CD14+ monocytes treated with beta-glucan and Immature langerhans cell
Data format
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sample009_072
bottom peaks comparison between CD14+ monocytes treated with beta-glucan and Keratinocyte epidermal cell
Data format
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sample009_073
bottom peaks comparison between CD14+ monocytes treated with beta-glucan and Keratocyte
Data format
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sample009_074
bottom peaks comparison between CD14+ monocytes treated with beta-glucan and Lens epithelial cell
Data format
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sample009_075
bottom peaks comparison between CD14+ monocytes treated with beta-glucan and Monocyte-derived macrophage
Data format
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sample009_076
bottom peaks comparison between CD14+ monocytes treated with beta-glucan and Mallassez-devied cell
Data format
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sample009_077
bottom peaks comparison between CD14+ monocytes treated with beta-glucan and Mammary epithelial cell
Data format
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sample009_078
bottom peaks comparison between CD14+ monocytes treated with beta-glucan and Mast cell
Data format
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sample009_079
bottom peaks comparison between CD14+ monocytes treated with beta-glucan and Expanded mast cell
Data format
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sample009_080
bottom peaks comparison between CD14+ monocytes treated with beta-glucan and Expanded and stimulated mast cell
Data format
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sample009_081
bottom peaks comparison between CD14+ monocytes treated with beta-glucan and Melanocyte-dark
Data format
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sample009_082
bottom peaks comparison between CD14+ monocytes treated with beta-glucan and Melanocyte-light
Data format
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sample009_083
bottom peaks comparison between CD14+ monocytes treated with beta-glucan and Meningeal cell
Data format
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sample009_084
bottom peaks comparison between CD14+ monocytes treated with beta-glucan and Mesenchymal precursor cell in adipose
Data format
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sample009_085
bottom peaks comparison between CD14+ monocytes treated with beta-glucan and Mesenchymal precursor cell in bone marrow
Data format
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sample009_086
bottom peaks comparison between CD14+ monocytes treated with beta-glucan and Mesenchymal precursor cell in heart
Data format
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sample009_087
bottom peaks comparison between CD14+ monocytes treated with beta-glucan and Mesenchymal precursor cell in left ovary for ovarian cancer sample
Data format
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sample009_088
bottom peaks comparison between CD14+ monocytes treated with beta-glucan and Mesenchymal precursor cell for metastatic ovarian cancer sample
Data format
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sample009_089
bottom peaks comparison between CD14+ monocytes treated with beta-glucan and Mesenchymal precursor cell in right ovary for ovarian cancer sample
Data format
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sample009_090
bottom peaks comparison between CD14+ monocytes treated with beta-glucan and Mesenchymal stem cell in adipose
Data format
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sample009_091
bottom peaks comparison between CD14+ monocytes treated with beta-glucan and Mesenchymal stem cell in amniotic membrane
Data format
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sample009_092
bottom peaks comparison between CD14+ monocytes treated with beta-glucan and Mesenchymal stem cell in bone marrow
Data format
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sample009_093
bottom peaks comparison between CD14+ monocytes treated with beta-glucan and Mesenchymal stem cell in liver
Data format
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sample009_094
bottom peaks comparison between CD14+ monocytes treated with beta-glucan and Mesenchymal stem cell in umbilical cord
Data format
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sample009_095
bottom peaks comparison between CD14+ monocytes treated with beta-glucan and Mesothelial cell
Data format
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sample009_096
bottom peaks comparison between CD14+ monocytes treated with beta-glucan and Migratory langerhans cell
Data format
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sample009_097
bottom peaks comparison between CD14+ monocytes treated with beta-glucan and Mesenchymal stem cell of umbilical cord blood
Data format
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sample009_098
bottom peaks comparison between CD14+ monocytes treated with beta-glucan and Myoblast
Data format
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sample009_099
bottom peaks comparison between CD14+ monocytes treated with beta-glucan and Nasal epithelial cell
Data format
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sample009_100
bottom peaks comparison between CD14+ monocytes treated with beta-glucan and Natural killer cell
Data format
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sample009_101
bottom peaks comparison between CD14+ monocytes treated with beta-glucan and Neural stem cell
Data format
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sample009_102
bottom peaks comparison between CD14+ monocytes treated with beta-glucan and Neuron
Data format
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sample009_103
bottom peaks comparison between CD14+ monocytes treated with beta-glucan and Neutrophil cell
Data format
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sample009_104
bottom peaks comparison between CD14+ monocytes treated with beta-glucan and Nucleus pulposus
Data format
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sample009_105
bottom peaks comparison between CD14+ monocytes treated with beta-glucan and Olfactory epithelial cell
Data format
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sample009_106
bottom peaks comparison between CD14+ monocytes treated with beta-glucan and Osteoblast
Data format
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sample009_107
bottom peaks comparison between CD14+ monocytes treated with beta-glucan and Differentiated osteoblast
Data format
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sample009_108
bottom peaks comparison between CD14+ monocytes treated with beta-glucan and Pricyte
Data format
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sample009_109
bottom peaks comparison between CD14+ monocytes treated with beta-glucan and Perineurial
Data format
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sample009_110
bottom peaks comparison between CD14+ monocytes treated with beta-glucan and Peripheral blood mononuclear cell
Data format
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sample009_111
bottom peaks comparison between CD14+ monocytes treated with beta-glucan and Placental epithelial cell
Data format
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sample009_112
bottom peaks comparison between CD14+ monocytes treated with beta-glucan and Preadipocyte in breast
Data format
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sample009_113
bottom peaks comparison between CD14+ monocytes treated with beta-glucan and Preadipocyte in omentum
Data format
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sample009_114
bottom peaks comparison between CD14+ monocytes treated with beta-glucan and Subcutaneous preadipocyte
Data format
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sample009_115
bottom peaks comparison between CD14+ monocytes treated with beta-glucan and Visceral preadipocyte
Data format
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sample009_116
bottom peaks comparison between CD14+ monocytes treated with beta-glucan and Prostate epithelial cell
Data format
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sample009_117
bottom peaks comparison between CD14+ monocytes treated with beta-glucan and Prostate stromal cell
Data format
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sample009_118
bottom peaks comparison between CD14+ monocytes treated with beta-glucan and Renal cortical epithelial cell
Data format
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sample009_119
bottom peaks comparison between CD14+ monocytes treated with beta-glucan and Renal glomerular endothelial cell
Data format
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sample009_120
bottom peaks comparison between CD14+ monocytes treated with beta-glucan and Renal mesangial cell
Data format
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sample009_121
bottom peaks comparison between CD14+ monocytes treated with beta-glucan and Renal proximal tubular epithelial cell
Data format
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sample009_122
bottom peaks comparison between CD14+ monocytes treated with beta-glucan and Renal proximal tubular epithelial cell
Data format
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sample009_123
bottom peaks comparison between CD14+ monocytes treated with beta-glucan and Salivary acinar cell
Data format
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sample009_124
bottom peaks comparison between CD14+ monocytes treated with beta-glucan and Schwann
Data format
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sample009_125
bottom peaks comparison between CD14+ monocytes treated with beta-glucan and Sebocyte
Data format
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sample009_126
bottom peaks comparison between CD14+ monocytes treated with beta-glucan and Sertoli
Data format
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sample009_127
bottom peaks comparison between CD14+ monocytes treated with beta-glucan and Skeletal muscle
Data format
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sample009_128
bottom peaks comparison between CD14+ monocytes treated with beta-glucan and Skeletal muscle differentiated into myotubes
Data format
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sample009_129
bottom peaks comparison between CD14+ monocytes treated with beta-glucan and Skeletal muscle satellite cell
Data format
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sample009_130
bottom peaks comparison between CD14+ monocytes treated with beta-glucan and Small airway epithelial cell
Data format
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sample009_131
bottom peaks comparison between CD14+ monocytes treated with beta-glucan and Airway smooth muscle in asthma
Data format
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sample009_132
bottom peaks comparison between CD14+ monocytes treated with beta-glucan and Airway smooth muscle in control
Data format
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sample009_133
bottom peaks comparison between CD14+ monocytes treated with beta-glucan and Smooth muscle in aorta
Data format
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sample009_134
bottom peaks comparison between CD14+ monocytes treated with beta-glucan and Smooth muscle in brachiocephalic artery
Data format
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sample009_135
bottom peaks comparison between CD14+ monocytes treated with beta-glucan and Smooth muscle in brain vessel
Data format
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sample009_136
bottom peaks comparison between CD14+ monocytes treated with beta-glucan and Smooth muscle in bronchial tube
Data format
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sample009_137
bottom peaks comparison between CD14+ monocytes treated with beta-glucan and Smooth muscle in carotid artery
Data format
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sample009_138
bottom peaks comparison between CD14+ monocytes treated with beta-glucan and Smooth muscle in colon
Data format
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sample009_139
bottom peaks comparison between CD14+ monocytes treated with beta-glucan and Smooth muscle in coronary
Data format
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sample009_140
bottom peaks comparison between CD14+ monocytes treated with beta-glucan and Smooth muscle in esophagus
Data format
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sample009_141
bottom peaks comparison between CD14+ monocytes treated with beta-glucan and Smooth muscle in internal thoracic artery
Data format
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sample009_142
bottom peaks comparison between CD14+ monocytes treated with beta-glucan and Smooth muscle in prostate
Data format
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sample009_143
bottom peaks comparison between CD14+ monocytes treated with beta-glucan and Smooth muscle in pulmonary artery
Data format
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sample009_144
bottom peaks comparison between CD14+ monocytes treated with beta-glucan and Smooth muscle in subclavian artery
Data format
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sample009_145
bottom peaks comparison between CD14+ monocytes treated with beta-glucan and Smooth muscle in trachea
Data format
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sample009_146
bottom peaks comparison between CD14+ monocytes treated with beta-glucan and Smooth muscle in umbilical artery
Data format
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sample009_147
bottom peaks comparison between CD14+ monocytes treated with beta-glucan and Smooth muscle in umbilical vein
Data format
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sample009_148
bottom peaks comparison between CD14+ monocytes treated with beta-glucan and Smooth muscle in uterine
Data format
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sample009_149
bottom peaks comparison between CD14+ monocytes treated with beta-glucan and Synoviocyte
Data format
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sample009_150
bottom peaks comparison between CD14+ monocytes treated with beta-glucan and Tenocyte
Data format
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sample009_151
bottom peaks comparison between CD14+ monocytes treated with beta-glucan and Trabecular meshwork
Data format
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sample009_152
bottom peaks comparison between CD14+ monocytes treated with beta-glucan and Tracheal epithelial cell
Data format
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sample009_153
bottom peaks comparison between CD14+ monocytes treated with beta-glucan and Urothelial cell
Data format
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sample009_154
bottom peaks comparison between CD14+ monocytes treated with beta-glucan and Whole blood for donor 1
Data format
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sample009_155
bottom peaks comparison between CD14+ monocytes treated with beta-glucan and Whole blood for donor 2
Data format
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sample009_156
bottom peaks comparison between CD14+ monocytes treated with beta-glucan and Whole blood for donor 3
Data format
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sample010_011
bottom peaks comparison between CD14+ monocytes treated with candida and CD14+ monocytes treated with Cryptococcus
Data format
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sample010_012
bottom peaks comparison between CD14+ monocytes treated with candida and CD14+ monocytes treated with Group A Streptococcus
Data format
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sample010_013
bottom peaks comparison between CD14+ monocytes treated with candida and CD14+ monocytes treated with Lipopolysaccharide
Data format
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sample010_014
bottom peaks comparison between CD14+ monocytes treated with candida and CD14+ monocytes treated with Salmonella
Data format
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sample010_015
bottom peaks comparison between CD14+ monocytes treated with candida and CD14+ monocytes treated with trehalose
Data format
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sample010_016
bottom peaks comparison between CD14+ monocytes treated with candida and CD19+ B cell
Data format
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sample010_017
bottom peaks comparison between CD14+ monocytes treated with candida and CD34 cell differentiated to erythrocyte lineage
Data format
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sample010_018
bottom peaks comparison between CD14+ monocytes treated with candida and CD4+CD25-CD45RA- memory conventional T cells expanded
Data format
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sample010_019
bottom peaks comparison between CD14+ monocytes treated with candida and CD4+CD25+CD45RA- memory regulatory T cell
Data format
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sample010_020
bottom peaks comparison between CD14+ monocytes treated with candida and CD4+CD25+CD45RA- memory regulatory T cell expanded
Data format
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sample010_021
bottom peaks comparison between CD14+ monocytes treated with candida and CD4+CD25-CD45RA+ naive conventional T cell
Data format
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sample010_022
bottom peaks comparison between CD14+ monocytes treated with candida and CD4+CD25-CD45RA+ naive conventional T cells expanded
Data format
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sample010_023
bottom peaks comparison between CD14+ monocytes treated with candida and CD4+CD25+CD45RA+ naive regulatory T cell expanded
Data format
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sample010_024
bottom peaks comparison between CD14+ monocytes treated with candida and CD4+ T cell
Data format
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sample010_025
bottom peaks comparison between CD14+ monocytes treated with candida and CD8+ T cell
Data format
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sample010_026
bottom peaks comparison between CD14+ monocytes treated with candida and Adipocyte in breast
Data format
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sample010_027
bottom peaks comparison between CD14+ monocytes treated with candida and Adipocyte in Omentum
Data format
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sample010_028
bottom peaks comparison between CD14+ monocytes treated with candida and Subcutaneous adipocyte
Data format
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sample010_029
bottom peaks comparison between CD14+ monocytes treated with candida and Alveolar epithelial cell
Data format
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sample010_030
bottom peaks comparison between CD14+ monocytes treated with candida and Amniotic epithelial cell
Data format
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sample010_031
bottom peaks comparison between CD14+ monocytes treated with candida and Amniotic membrane cell
Data format
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sample010_032
bottom peaks comparison between CD14+ monocytes treated with candida and Anulus fibrosus cell in spinal cord
Data format
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sample010_033
bottom peaks comparison between CD14+ monocytes treated with candida and Adtrocyte in cerebellum
Data format
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sample010_034
bottom peaks comparison between CD14+ monocytes treated with candida and Astrocyte in cerebral cortex
Data format
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sample010_035
bottom peaks comparison between CD14+ monocytes treated with candida and Bronchial epithelial cell
Data format
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sample010_036
bottom peaks comparison between CD14+ monocytes treated with candida and Cardiac myocyte
Data format
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sample010_037
bottom peaks comparison between CD14+ monocytes treated with candida and Chondroblast cell in cartilage
Data format
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sample010_038
bottom peaks comparison between CD14+ monocytes treated with candida and Redifferentiated chondrocyte in cartilage
Data format
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sample010_039
bottom peaks comparison between CD14+ monocytes treated with candida and Chorionic membrane cell
Data format
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sample010_040
bottom peaks comparison between CD14+ monocytes treated with candida and Ciliary epithelial cell
Data format
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sample010_041
bottom peaks comparison between CD14+ monocytes treated with candida and Corneal epithelial cell
Data format
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sample010_042
bottom peaks comparison between CD14+ monocytes treated with candida and Immature monocyte-derived dendritic cell
Data format
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sample010_043
bottom peaks comparison between CD14+ monocytes treated with candida and Endothelial cell in aorta
Data format
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sample010_044
bottom peaks comparison between CD14+ monocytes treated with candida and Endothelial cell in artery
Data format
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sample010_045
bottom peaks comparison between CD14+ monocytes treated with candida and Endothelial cell in lymph vessel
Data format
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sample010_046
bottom peaks comparison between CD14+ monocytes treated with candida and Endothelial cell in microvessel
Data format
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sample010_047
bottom peaks comparison between CD14+ monocytes treated with candida and Endothelial cell in thorax
Data format
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sample010_048
bottom peaks comparison between CD14+ monocytes treated with candida and Endothelial cell in umbilical vein
Data format
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sample010_049
bottom peaks comparison between CD14+ monocytes treated with candida and Endothelial cell in vein
Data format
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sample010_050
bottom peaks comparison between CD14+ monocytes treated with candida and Epithelical cell in esophagus
Data format
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sample010_051
bottom peaks comparison between CD14+ monocytes treated with candida and Adventitial fibroblast in aorta
Data format
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sample010_052
bottom peaks comparison between CD14+ monocytes treated with candida and Fibroblast in heart
Data format
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sample010_053
bottom peaks comparison between CD14+ monocytes treated with candida and Fibroblast in choroid plexus
Data format
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sample010_054
bottom peaks comparison between CD14+ monocytes treated with candida and Fibroblast in conjunctiva
Data format
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sample010_055
bottom peaks comparison between CD14+ monocytes treated with candida and Fibroblast in derma
Data format
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sample010_056
bottom peaks comparison between CD14+ monocytes treated with candida and Fibroblast in lung
Data format
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sample010_057
bottom peaks comparison between CD14+ monocytes treated with candida and Fibroblast in lymphatic vessel
Data format
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sample010_058
bottom peaks comparison between CD14+ monocytes treated with candida and Fibroblast in mamma
Data format
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sample010_059
bottom peaks comparison between CD14+ monocytes treated with candida and Fibroblast in periodontal ligament
Data format
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sample010_060
bottom peaks comparison between CD14+ monocytes treated with candida and Fibroblast in skin for dystrophia mytonica sample
Data format
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sample010_061
bottom peaks comparison between CD14+ monocytes treated with candida and Fibroblast in skin for normal sample
Data format
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sample010_062
bottom peaks comparison between CD14+ monocytes treated with candida and Fibroblast in skin for spinal muscular atrophy
Data format
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sample010_063
bottom peaks comparison between CD14+ monocytes treated with candida and Fibroblast of villous mesenchymal cell
Data format
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sample010_064
bottom peaks comparison between CD14+ monocytes treated with candida and Gamma delta+ T cell
Data format
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sample010_065
bottom peaks comparison between CD14+ monocytes treated with candida and Gingival epithelial cell
Data format
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sample010_066
bottom peaks comparison between CD14+ monocytes treated with candida and Dermal papilla cell in hair follicle
Data format
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sample010_067
bottom peaks comparison between CD14+ monocytes treated with candida and Outer root sheath cell in hair follicle
Data format
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sample010_068
bottom peaks comparison between CD14+ monocytes treated with candida and Hepatic sinusoidal endothelial cell
Data format
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sample010_069
bottom peaks comparison between CD14+ monocytes treated with candida and Hepatic stellate lipocyte
Data format
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sample010_070
bottom peaks comparison between CD14+ monocytes treated with candida and Hepatocyte
Data format
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sample010_071
bottom peaks comparison between CD14+ monocytes treated with candida and Immature langerhans cell
Data format
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sample010_072
bottom peaks comparison between CD14+ monocytes treated with candida and Keratinocyte epidermal cell
Data format
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sample010_073
bottom peaks comparison between CD14+ monocytes treated with candida and Keratocyte
Data format
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sample010_074
bottom peaks comparison between CD14+ monocytes treated with candida and Lens epithelial cell
Data format
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sample010_075
bottom peaks comparison between CD14+ monocytes treated with candida and Monocyte-derived macrophage
Data format
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sample010_076
bottom peaks comparison between CD14+ monocytes treated with candida and Mallassez-devied cell
Data format
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sample010_077
bottom peaks comparison between CD14+ monocytes treated with candida and Mammary epithelial cell
Data format
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sample010_078
bottom peaks comparison between CD14+ monocytes treated with candida and Mast cell
Data format
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sample010_079
bottom peaks comparison between CD14+ monocytes treated with candida and Expanded mast cell
Data format
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sample010_080
bottom peaks comparison between CD14+ monocytes treated with candida and Expanded and stimulated mast cell
Data format
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sample010_081
bottom peaks comparison between CD14+ monocytes treated with candida and Melanocyte-dark
Data format
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sample010_082
bottom peaks comparison between CD14+ monocytes treated with candida and Melanocyte-light
Data format
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sample010_083
bottom peaks comparison between CD14+ monocytes treated with candida and Meningeal cell
Data format
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sample010_084
bottom peaks comparison between CD14+ monocytes treated with candida and Mesenchymal precursor cell in adipose
Data format
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sample010_085
bottom peaks comparison between CD14+ monocytes treated with candida and Mesenchymal precursor cell in bone marrow
Data format
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sample010_086
bottom peaks comparison between CD14+ monocytes treated with candida and Mesenchymal precursor cell in heart
Data format
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sample010_087
bottom peaks comparison between CD14+ monocytes treated with candida and Mesenchymal precursor cell in left ovary for ovarian cancer sample
Data format
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sample010_088
bottom peaks comparison between CD14+ monocytes treated with candida and Mesenchymal precursor cell for metastatic ovarian cancer sample
Data format
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sample010_089
bottom peaks comparison between CD14+ monocytes treated with candida and Mesenchymal precursor cell in right ovary for ovarian cancer sample
Data format
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sample010_090
bottom peaks comparison between CD14+ monocytes treated with candida and Mesenchymal stem cell in adipose
Data format
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sample010_091
bottom peaks comparison between CD14+ monocytes treated with candida and Mesenchymal stem cell in amniotic membrane
Data format
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sample010_092
bottom peaks comparison between CD14+ monocytes treated with candida and Mesenchymal stem cell in bone marrow
Data format
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sample010_093
bottom peaks comparison between CD14+ monocytes treated with candida and Mesenchymal stem cell in liver
Data format
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sample010_094
bottom peaks comparison between CD14+ monocytes treated with candida and Mesenchymal stem cell in umbilical cord
Data format
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sample010_095
bottom peaks comparison between CD14+ monocytes treated with candida and Mesothelial cell
Data format
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sample010_096
bottom peaks comparison between CD14+ monocytes treated with candida and Migratory langerhans cell
Data format
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sample010_097
bottom peaks comparison between CD14+ monocytes treated with candida and Mesenchymal stem cell of umbilical cord blood
Data format
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sample010_098
bottom peaks comparison between CD14+ monocytes treated with candida and Myoblast
Data format
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sample010_099
bottom peaks comparison between CD14+ monocytes treated with candida and Nasal epithelial cell
Data format
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sample010_100
bottom peaks comparison between CD14+ monocytes treated with candida and Natural killer cell
Data format
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sample010_101
bottom peaks comparison between CD14+ monocytes treated with candida and Neural stem cell
Data format
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sample010_102
bottom peaks comparison between CD14+ monocytes treated with candida and Neuron
Data format
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sample010_103
bottom peaks comparison between CD14+ monocytes treated with candida and Neutrophil cell
Data format
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sample010_104
bottom peaks comparison between CD14+ monocytes treated with candida and Nucleus pulposus
Data format
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sample010_105
bottom peaks comparison between CD14+ monocytes treated with candida and Olfactory epithelial cell
Data format
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sample010_106
bottom peaks comparison between CD14+ monocytes treated with candida and Osteoblast
Data format
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sample010_107
bottom peaks comparison between CD14+ monocytes treated with candida and Differentiated osteoblast
Data format
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sample010_108
bottom peaks comparison between CD14+ monocytes treated with candida and Pricyte
Data format
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sample010_109
bottom peaks comparison between CD14+ monocytes treated with candida and Perineurial
Data format
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sample010_110
bottom peaks comparison between CD14+ monocytes treated with candida and Peripheral blood mononuclear cell
Data format
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sample010_111
bottom peaks comparison between CD14+ monocytes treated with candida and Placental epithelial cell
Data format
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sample010_112
bottom peaks comparison between CD14+ monocytes treated with candida and Preadipocyte in breast
Data format
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sample010_113
bottom peaks comparison between CD14+ monocytes treated with candida and Preadipocyte in omentum
Data format
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sample010_114
bottom peaks comparison between CD14+ monocytes treated with candida and Subcutaneous preadipocyte
Data format
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sample010_115
bottom peaks comparison between CD14+ monocytes treated with candida and Visceral preadipocyte
Data format
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sample010_116
bottom peaks comparison between CD14+ monocytes treated with candida and Prostate epithelial cell
Data format
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sample010_117
bottom peaks comparison between CD14+ monocytes treated with candida and Prostate stromal cell
Data format
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sample010_118
bottom peaks comparison between CD14+ monocytes treated with candida and Renal cortical epithelial cell
Data format
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sample010_119
bottom peaks comparison between CD14+ monocytes treated with candida and Renal glomerular endothelial cell
Data format
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sample010_120
bottom peaks comparison between CD14+ monocytes treated with candida and Renal mesangial cell
Data format
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sample010_121
bottom peaks comparison between CD14+ monocytes treated with candida and Renal proximal tubular epithelial cell
Data format
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sample010_122
bottom peaks comparison between CD14+ monocytes treated with candida and Renal proximal tubular epithelial cell
Data format
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sample010_123
bottom peaks comparison between CD14+ monocytes treated with candida and Salivary acinar cell
Data format
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sample010_124
bottom peaks comparison between CD14+ monocytes treated with candida and Schwann
Data format
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sample010_125
bottom peaks comparison between CD14+ monocytes treated with candida and Sebocyte
Data format
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sample010_126
bottom peaks comparison between CD14+ monocytes treated with candida and Sertoli
Data format
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sample010_127
bottom peaks comparison between CD14+ monocytes treated with candida and Skeletal muscle
Data format
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sample010_128
bottom peaks comparison between CD14+ monocytes treated with candida and Skeletal muscle differentiated into myotubes
Data format
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sample010_129
bottom peaks comparison between CD14+ monocytes treated with candida and Skeletal muscle satellite cell
Data format
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sample010_130
bottom peaks comparison between CD14+ monocytes treated with candida and Small airway epithelial cell
Data format
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sample010_131
bottom peaks comparison between CD14+ monocytes treated with candida and Airway smooth muscle in asthma
Data format
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sample010_132
bottom peaks comparison between CD14+ monocytes treated with candida and Airway smooth muscle in control
Data format
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sample010_133
bottom peaks comparison between CD14+ monocytes treated with candida and Smooth muscle in aorta
Data format
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sample010_134
bottom peaks comparison between CD14+ monocytes treated with candida and Smooth muscle in brachiocephalic artery
Data format
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sample010_135
bottom peaks comparison between CD14+ monocytes treated with candida and Smooth muscle in brain vessel
Data format
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sample010_136
bottom peaks comparison between CD14+ monocytes treated with candida and Smooth muscle in bronchial tube
Data format
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sample010_137
bottom peaks comparison between CD14+ monocytes treated with candida and Smooth muscle in carotid artery
Data format
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sample010_138
bottom peaks comparison between CD14+ monocytes treated with candida and Smooth muscle in colon
Data format
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sample010_139
bottom peaks comparison between CD14+ monocytes treated with candida and Smooth muscle in coronary
Data format
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sample010_140
bottom peaks comparison between CD14+ monocytes treated with candida and Smooth muscle in esophagus
Data format
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sample010_141
bottom peaks comparison between CD14+ monocytes treated with candida and Smooth muscle in internal thoracic artery
Data format
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sample010_142
bottom peaks comparison between CD14+ monocytes treated with candida and Smooth muscle in prostate
Data format
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sample010_143
bottom peaks comparison between CD14+ monocytes treated with candida and Smooth muscle in pulmonary artery
Data format
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sample010_144
bottom peaks comparison between CD14+ monocytes treated with candida and Smooth muscle in subclavian artery
Data format
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sample010_145
bottom peaks comparison between CD14+ monocytes treated with candida and Smooth muscle in trachea
Data format
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sample010_146
bottom peaks comparison between CD14+ monocytes treated with candida and Smooth muscle in umbilical artery
Data format
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sample010_147
bottom peaks comparison between CD14+ monocytes treated with candida and Smooth muscle in umbilical vein
Data format
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sample010_148
bottom peaks comparison between CD14+ monocytes treated with candida and Smooth muscle in uterine
Data format
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sample010_149
bottom peaks comparison between CD14+ monocytes treated with candida and Synoviocyte
Data format
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sample010_150
bottom peaks comparison between CD14+ monocytes treated with candida and Tenocyte
Data format
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sample010_151
bottom peaks comparison between CD14+ monocytes treated with candida and Trabecular meshwork
Data format
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sample010_152
bottom peaks comparison between CD14+ monocytes treated with candida and Tracheal epithelial cell
Data format
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sample010_153
bottom peaks comparison between CD14+ monocytes treated with candida and Urothelial cell
Data format
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sample010_154
bottom peaks comparison between CD14+ monocytes treated with candida and Whole blood for donor 1
Data format
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sample010_155
bottom peaks comparison between CD14+ monocytes treated with candida and Whole blood for donor 2
Data format
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sample010_156
bottom peaks comparison between CD14+ monocytes treated with candida and Whole blood for donor 3
Data format
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sample011_012
bottom peaks comparison between CD14+ monocytes treated with Cryptococcus and CD14+ monocytes treated with Group A Streptococcus
Data format
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sample011_013
bottom peaks comparison between CD14+ monocytes treated with Cryptococcus and CD14+ monocytes treated with Lipopolysaccharide
Data format
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sample011_014
bottom peaks comparison between CD14+ monocytes treated with Cryptococcus and CD14+ monocytes treated with Salmonella
Data format
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sample011_015
bottom peaks comparison between CD14+ monocytes treated with Cryptococcus and CD14+ monocytes treated with trehalose
Data format
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sample011_016
bottom peaks comparison between CD14+ monocytes treated with Cryptococcus and CD19+ B cell
Data format
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sample011_017
bottom peaks comparison between CD14+ monocytes treated with Cryptococcus and CD34 cell differentiated to erythrocyte lineage
Data format
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sample011_018
bottom peaks comparison between CD14+ monocytes treated with Cryptococcus and CD4+CD25-CD45RA- memory conventional T cells expanded
Data format
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sample011_019
bottom peaks comparison between CD14+ monocytes treated with Cryptococcus and CD4+CD25+CD45RA- memory regulatory T cell
Data format
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sample011_020
bottom peaks comparison between CD14+ monocytes treated with Cryptococcus and CD4+CD25+CD45RA- memory regulatory T cell expanded
Data format
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sample011_021
bottom peaks comparison between CD14+ monocytes treated with Cryptococcus and CD4+CD25-CD45RA+ naive conventional T cell
Data format
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sample011_022
bottom peaks comparison between CD14+ monocytes treated with Cryptococcus and CD4+CD25-CD45RA+ naive conventional T cells expanded
Data format
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sample011_023
bottom peaks comparison between CD14+ monocytes treated with Cryptococcus and CD4+CD25+CD45RA+ naive regulatory T cell expanded
Data format
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sample011_024
bottom peaks comparison between CD14+ monocytes treated with Cryptococcus and CD4+ T cell
Data format
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sample011_025
bottom peaks comparison between CD14+ monocytes treated with Cryptococcus and CD8+ T cell
Data format
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sample011_026
bottom peaks comparison between CD14+ monocytes treated with Cryptococcus and Adipocyte in breast
Data format
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sample011_027
bottom peaks comparison between CD14+ monocytes treated with Cryptococcus and Adipocyte in Omentum
Data format
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sample011_028
bottom peaks comparison between CD14+ monocytes treated with Cryptococcus and Subcutaneous adipocyte
Data format
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sample011_029
bottom peaks comparison between CD14+ monocytes treated with Cryptococcus and Alveolar epithelial cell
Data format
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sample011_030
bottom peaks comparison between CD14+ monocytes treated with Cryptococcus and Amniotic epithelial cell
Data format
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sample011_031
bottom peaks comparison between CD14+ monocytes treated with Cryptococcus and Amniotic membrane cell
Data format
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sample011_032
bottom peaks comparison between CD14+ monocytes treated with Cryptococcus and Anulus fibrosus cell in spinal cord
Data format
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sample011_033
bottom peaks comparison between CD14+ monocytes treated with Cryptococcus and Adtrocyte in cerebellum
Data format
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sample011_034
bottom peaks comparison between CD14+ monocytes treated with Cryptococcus and Astrocyte in cerebral cortex
Data format
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sample011_035
bottom peaks comparison between CD14+ monocytes treated with Cryptococcus and Bronchial epithelial cell
Data format
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sample011_036
bottom peaks comparison between CD14+ monocytes treated with Cryptococcus and Cardiac myocyte
Data format
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sample011_037
bottom peaks comparison between CD14+ monocytes treated with Cryptococcus and Chondroblast cell in cartilage
Data format
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sample011_038
bottom peaks comparison between CD14+ monocytes treated with Cryptococcus and Redifferentiated chondrocyte in cartilage
Data format
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sample011_039
bottom peaks comparison between CD14+ monocytes treated with Cryptococcus and Chorionic membrane cell
Data format
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sample011_040
bottom peaks comparison between CD14+ monocytes treated with Cryptococcus and Ciliary epithelial cell
Data format
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sample011_041
bottom peaks comparison between CD14+ monocytes treated with Cryptococcus and Corneal epithelial cell
Data format
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sample011_042
bottom peaks comparison between CD14+ monocytes treated with Cryptococcus and Immature monocyte-derived dendritic cell
Data format
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sample011_043
bottom peaks comparison between CD14+ monocytes treated with Cryptococcus and Endothelial cell in aorta
Data format
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sample011_044
bottom peaks comparison between CD14+ monocytes treated with Cryptococcus and Endothelial cell in artery
Data format
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sample011_045
bottom peaks comparison between CD14+ monocytes treated with Cryptococcus and Endothelial cell in lymph vessel
Data format
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sample011_046
bottom peaks comparison between CD14+ monocytes treated with Cryptococcus and Endothelial cell in microvessel
Data format
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sample011_047
bottom peaks comparison between CD14+ monocytes treated with Cryptococcus and Endothelial cell in thorax
Data format
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sample011_048
bottom peaks comparison between CD14+ monocytes treated with Cryptococcus and Endothelial cell in umbilical vein
Data format
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sample011_049
bottom peaks comparison between CD14+ monocytes treated with Cryptococcus and Endothelial cell in vein
Data format
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sample011_050
bottom peaks comparison between CD14+ monocytes treated with Cryptococcus and Epithelical cell in esophagus
Data format
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sample011_051
bottom peaks comparison between CD14+ monocytes treated with Cryptococcus and Adventitial fibroblast in aorta
Data format
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sample011_052
bottom peaks comparison between CD14+ monocytes treated with Cryptococcus and Fibroblast in heart
Data format
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sample011_053
bottom peaks comparison between CD14+ monocytes treated with Cryptococcus and Fibroblast in choroid plexus
Data format
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sample011_054
bottom peaks comparison between CD14+ monocytes treated with Cryptococcus and Fibroblast in conjunctiva
Data format
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sample011_055
bottom peaks comparison between CD14+ monocytes treated with Cryptococcus and Fibroblast in derma
Data format
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sample011_056
bottom peaks comparison between CD14+ monocytes treated with Cryptococcus and Fibroblast in lung
Data format
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sample011_057
bottom peaks comparison between CD14+ monocytes treated with Cryptococcus and Fibroblast in lymphatic vessel
Data format
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sample011_058
bottom peaks comparison between CD14+ monocytes treated with Cryptococcus and Fibroblast in mamma
Data format
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sample011_059
bottom peaks comparison between CD14+ monocytes treated with Cryptococcus and Fibroblast in periodontal ligament
Data format
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sample011_060
bottom peaks comparison between CD14+ monocytes treated with Cryptococcus and Fibroblast in skin for dystrophia mytonica sample
Data format
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sample011_061
bottom peaks comparison between CD14+ monocytes treated with Cryptococcus and Fibroblast in skin for normal sample
Data format
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sample011_062
bottom peaks comparison between CD14+ monocytes treated with Cryptococcus and Fibroblast in skin for spinal muscular atrophy
Data format
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sample011_063
bottom peaks comparison between CD14+ monocytes treated with Cryptococcus and Fibroblast of villous mesenchymal cell
Data format
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sample011_064
bottom peaks comparison between CD14+ monocytes treated with Cryptococcus and Gamma delta+ T cell
Data format
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sample011_065
bottom peaks comparison between CD14+ monocytes treated with Cryptococcus and Gingival epithelial cell
Data format
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sample011_066
bottom peaks comparison between CD14+ monocytes treated with Cryptococcus and Dermal papilla cell in hair follicle
Data format
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sample011_067
bottom peaks comparison between CD14+ monocytes treated with Cryptococcus and Outer root sheath cell in hair follicle
Data format
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sample011_068
bottom peaks comparison between CD14+ monocytes treated with Cryptococcus and Hepatic sinusoidal endothelial cell
Data format
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sample011_069
bottom peaks comparison between CD14+ monocytes treated with Cryptococcus and Hepatic stellate lipocyte
Data format
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sample011_070
bottom peaks comparison between CD14+ monocytes treated with Cryptococcus and Hepatocyte
Data format
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sample011_071
bottom peaks comparison between CD14+ monocytes treated with Cryptococcus and Immature langerhans cell
Data format
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sample011_072
bottom peaks comparison between CD14+ monocytes treated with Cryptococcus and Keratinocyte epidermal cell
Data format
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sample011_073
bottom peaks comparison between CD14+ monocytes treated with Cryptococcus and Keratocyte
Data format
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sample011_074
bottom peaks comparison between CD14+ monocytes treated with Cryptococcus and Lens epithelial cell
Data format
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sample011_075
bottom peaks comparison between CD14+ monocytes treated with Cryptococcus and Monocyte-derived macrophage
Data format
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sample011_076
bottom peaks comparison between CD14+ monocytes treated with Cryptococcus and Mallassez-devied cell
Data format
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sample011_077
bottom peaks comparison between CD14+ monocytes treated with Cryptococcus and Mammary epithelial cell
Data format
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sample011_078
bottom peaks comparison between CD14+ monocytes treated with Cryptococcus and Mast cell
Data format
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sample011_079
bottom peaks comparison between CD14+ monocytes treated with Cryptococcus and Expanded mast cell
Data format
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sample011_080
bottom peaks comparison between CD14+ monocytes treated with Cryptococcus and Expanded and stimulated mast cell
Data format
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sample011_081
bottom peaks comparison between CD14+ monocytes treated with Cryptococcus and Melanocyte-dark
Data format
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sample011_082
bottom peaks comparison between CD14+ monocytes treated with Cryptococcus and Melanocyte-light
Data format
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sample011_083
bottom peaks comparison between CD14+ monocytes treated with Cryptococcus and Meningeal cell
Data format
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sample011_084
bottom peaks comparison between CD14+ monocytes treated with Cryptococcus and Mesenchymal precursor cell in adipose
Data format
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sample011_085
bottom peaks comparison between CD14+ monocytes treated with Cryptococcus and Mesenchymal precursor cell in bone marrow
Data format
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sample011_086
bottom peaks comparison between CD14+ monocytes treated with Cryptococcus and Mesenchymal precursor cell in heart
Data format
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sample011_087
bottom peaks comparison between CD14+ monocytes treated with Cryptococcus and Mesenchymal precursor cell in left ovary for ovarian cancer sample
Data format
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sample011_088
bottom peaks comparison between CD14+ monocytes treated with Cryptococcus and Mesenchymal precursor cell for metastatic ovarian cancer sample
Data format
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sample011_089
bottom peaks comparison between CD14+ monocytes treated with Cryptococcus and Mesenchymal precursor cell in right ovary for ovarian cancer sample
Data format
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sample011_090
bottom peaks comparison between CD14+ monocytes treated with Cryptococcus and Mesenchymal stem cell in adipose
Data format
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sample011_091
bottom peaks comparison between CD14+ monocytes treated with Cryptococcus and Mesenchymal stem cell in amniotic membrane
Data format
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sample011_092
bottom peaks comparison between CD14+ monocytes treated with Cryptococcus and Mesenchymal stem cell in bone marrow
Data format
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sample011_093
bottom peaks comparison between CD14+ monocytes treated with Cryptococcus and Mesenchymal stem cell in liver
Data format
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sample011_094
bottom peaks comparison between CD14+ monocytes treated with Cryptococcus and Mesenchymal stem cell in umbilical cord
Data format
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sample011_095
bottom peaks comparison between CD14+ monocytes treated with Cryptococcus and Mesothelial cell
Data format
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sample011_096
bottom peaks comparison between CD14+ monocytes treated with Cryptococcus and Migratory langerhans cell
Data format
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sample011_097
bottom peaks comparison between CD14+ monocytes treated with Cryptococcus and Mesenchymal stem cell of umbilical cord blood
Data format
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sample011_098
bottom peaks comparison between CD14+ monocytes treated with Cryptococcus and Myoblast
Data format
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sample011_099
bottom peaks comparison between CD14+ monocytes treated with Cryptococcus and Nasal epithelial cell
Data format
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sample011_100
bottom peaks comparison between CD14+ monocytes treated with Cryptococcus and Natural killer cell
Data format
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sample011_101
bottom peaks comparison between CD14+ monocytes treated with Cryptococcus and Neural stem cell
Data format
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sample011_102
bottom peaks comparison between CD14+ monocytes treated with Cryptococcus and Neuron
Data format
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sample011_103
bottom peaks comparison between CD14+ monocytes treated with Cryptococcus and Neutrophil cell
Data format
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sample011_104
bottom peaks comparison between CD14+ monocytes treated with Cryptococcus and Nucleus pulposus
Data format
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sample011_105
bottom peaks comparison between CD14+ monocytes treated with Cryptococcus and Olfactory epithelial cell
Data format
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sample011_106
bottom peaks comparison between CD14+ monocytes treated with Cryptococcus and Osteoblast
Data format
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sample011_107
bottom peaks comparison between CD14+ monocytes treated with Cryptococcus and Differentiated osteoblast
Data format
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sample011_108
bottom peaks comparison between CD14+ monocytes treated with Cryptococcus and Pricyte
Data format
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sample011_109
bottom peaks comparison between CD14+ monocytes treated with Cryptococcus and Perineurial
Data format
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sample011_110
bottom peaks comparison between CD14+ monocytes treated with Cryptococcus and Peripheral blood mononuclear cell
Data format
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sample011_111
bottom peaks comparison between CD14+ monocytes treated with Cryptococcus and Placental epithelial cell
Data format
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sample011_112
bottom peaks comparison between CD14+ monocytes treated with Cryptococcus and Preadipocyte in breast
Data format
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sample011_113
bottom peaks comparison between CD14+ monocytes treated with Cryptococcus and Preadipocyte in omentum
Data format
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sample011_114
bottom peaks comparison between CD14+ monocytes treated with Cryptococcus and Subcutaneous preadipocyte
Data format
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sample011_115
bottom peaks comparison between CD14+ monocytes treated with Cryptococcus and Visceral preadipocyte
Data format
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sample011_116
bottom peaks comparison between CD14+ monocytes treated with Cryptococcus and Prostate epithelial cell
Data format
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sample011_117
bottom peaks comparison between CD14+ monocytes treated with Cryptococcus and Prostate stromal cell
Data format
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sample011_118
bottom peaks comparison between CD14+ monocytes treated with Cryptococcus and Renal cortical epithelial cell
Data format
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sample011_119
bottom peaks comparison between CD14+ monocytes treated with Cryptococcus and Renal glomerular endothelial cell
Data format
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sample011_120
bottom peaks comparison between CD14+ monocytes treated with Cryptococcus and Renal mesangial cell
Data format
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sample011_121
bottom peaks comparison between CD14+ monocytes treated with Cryptococcus and Renal proximal tubular epithelial cell
Data format
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sample011_122
bottom peaks comparison between CD14+ monocytes treated with Cryptococcus and Renal proximal tubular epithelial cell
Data format
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sample011_123
bottom peaks comparison between CD14+ monocytes treated with Cryptococcus and Salivary acinar cell
Data format
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sample011_124
bottom peaks comparison between CD14+ monocytes treated with Cryptococcus and Schwann
Data format
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sample011_125
bottom peaks comparison between CD14+ monocytes treated with Cryptococcus and Sebocyte
Data format
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sample011_126
bottom peaks comparison between CD14+ monocytes treated with Cryptococcus and Sertoli
Data format
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sample011_127
bottom peaks comparison between CD14+ monocytes treated with Cryptococcus and Skeletal muscle
Data format
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sample011_128
bottom peaks comparison between CD14+ monocytes treated with Cryptococcus and Skeletal muscle differentiated into myotubes
Data format
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sample011_129
bottom peaks comparison between CD14+ monocytes treated with Cryptococcus and Skeletal muscle satellite cell
Data format
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sample011_130
bottom peaks comparison between CD14+ monocytes treated with Cryptococcus and Small airway epithelial cell
Data format
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sample011_131
bottom peaks comparison between CD14+ monocytes treated with Cryptococcus and Airway smooth muscle in asthma
Data format
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sample011_132
bottom peaks comparison between CD14+ monocytes treated with Cryptococcus and Airway smooth muscle in control
Data format
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sample011_133
bottom peaks comparison between CD14+ monocytes treated with Cryptococcus and Smooth muscle in aorta
Data format
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sample011_134
bottom peaks comparison between CD14+ monocytes treated with Cryptococcus and Smooth muscle in brachiocephalic artery
Data format
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sample011_135
bottom peaks comparison between CD14+ monocytes treated with Cryptococcus and Smooth muscle in brain vessel
Data format
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sample011_136
bottom peaks comparison between CD14+ monocytes treated with Cryptococcus and Smooth muscle in bronchial tube
Data format
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sample011_137
bottom peaks comparison between CD14+ monocytes treated with Cryptococcus and Smooth muscle in carotid artery
Data format
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sample011_138
bottom peaks comparison between CD14+ monocytes treated with Cryptococcus and Smooth muscle in colon
Data format
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sample011_139
bottom peaks comparison between CD14+ monocytes treated with Cryptococcus and Smooth muscle in coronary
Data format
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sample011_140
bottom peaks comparison between CD14+ monocytes treated with Cryptococcus and Smooth muscle in esophagus
Data format
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sample011_141
bottom peaks comparison between CD14+ monocytes treated with Cryptococcus and Smooth muscle in internal thoracic artery
Data format
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sample011_142
bottom peaks comparison between CD14+ monocytes treated with Cryptococcus and Smooth muscle in prostate
Data format
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sample011_143
bottom peaks comparison between CD14+ monocytes treated with Cryptococcus and Smooth muscle in pulmonary artery
Data format
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sample011_144
bottom peaks comparison between CD14+ monocytes treated with Cryptococcus and Smooth muscle in subclavian artery
Data format
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sample011_145
bottom peaks comparison between CD14+ monocytes treated with Cryptococcus and Smooth muscle in trachea
Data format
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sample011_146
bottom peaks comparison between CD14+ monocytes treated with Cryptococcus and Smooth muscle in umbilical artery
Data format
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sample011_147
bottom peaks comparison between CD14+ monocytes treated with Cryptococcus and Smooth muscle in umbilical vein
Data format
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sample011_148
bottom peaks comparison between CD14+ monocytes treated with Cryptococcus and Smooth muscle in uterine
Data format
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sample011_149
bottom peaks comparison between CD14+ monocytes treated with Cryptococcus and Synoviocyte
Data format
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sample011_150
bottom peaks comparison between CD14+ monocytes treated with Cryptococcus and Tenocyte
Data format
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sample011_151
bottom peaks comparison between CD14+ monocytes treated with Cryptococcus and Trabecular meshwork
Data format
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sample011_152
bottom peaks comparison between CD14+ monocytes treated with Cryptococcus and Tracheal epithelial cell
Data format
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sample011_153
bottom peaks comparison between CD14+ monocytes treated with Cryptococcus and Urothelial cell
Data format
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sample011_154
bottom peaks comparison between CD14+ monocytes treated with Cryptococcus and Whole blood for donor 1
Data format
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sample011_155
bottom peaks comparison between CD14+ monocytes treated with Cryptococcus and Whole blood for donor 2
Data format
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sample011_156
bottom peaks comparison between CD14+ monocytes treated with Cryptococcus and Whole blood for donor 3
Data format
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sample012_013
bottom peaks comparison between CD14+ monocytes treated with Group A Streptococcus and CD14+ monocytes treated with Lipopolysaccharide
Data format
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sample012_014
bottom peaks comparison between CD14+ monocytes treated with Group A Streptococcus and CD14+ monocytes treated with Salmonella
Data format
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sample012_015
bottom peaks comparison between CD14+ monocytes treated with Group A Streptococcus and CD14+ monocytes treated with trehalose
Data format
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sample012_016
bottom peaks comparison between CD14+ monocytes treated with Group A Streptococcus and CD19+ B cell
Data format
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sample012_017
bottom peaks comparison between CD14+ monocytes treated with Group A Streptococcus and CD34 cell differentiated to erythrocyte lineage
Data format
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sample012_018
bottom peaks comparison between CD14+ monocytes treated with Group A Streptococcus and CD4+CD25-CD45RA- memory conventional T cells expanded
Data format
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sample012_019
bottom peaks comparison between CD14+ monocytes treated with Group A Streptococcus and CD4+CD25+CD45RA- memory regulatory T cell
Data format
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sample012_020
bottom peaks comparison between CD14+ monocytes treated with Group A Streptococcus and CD4+CD25+CD45RA- memory regulatory T cell expanded
Data format
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sample012_021
bottom peaks comparison between CD14+ monocytes treated with Group A Streptococcus and CD4+CD25-CD45RA+ naive conventional T cell
Data format
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sample012_022
bottom peaks comparison between CD14+ monocytes treated with Group A Streptococcus and CD4+CD25-CD45RA+ naive conventional T cells expanded
Data format
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sample012_023
bottom peaks comparison between CD14+ monocytes treated with Group A Streptococcus and CD4+CD25+CD45RA+ naive regulatory T cell expanded
Data format
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sample012_024
bottom peaks comparison between CD14+ monocytes treated with Group A Streptococcus and CD4+ T cell
Data format
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sample012_025
bottom peaks comparison between CD14+ monocytes treated with Group A Streptococcus and CD8+ T cell
Data format
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sample012_026
bottom peaks comparison between CD14+ monocytes treated with Group A Streptococcus and Adipocyte in breast
Data format
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sample012_027
bottom peaks comparison between CD14+ monocytes treated with Group A Streptococcus and Adipocyte in Omentum
Data format
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sample012_028
bottom peaks comparison between CD14+ monocytes treated with Group A Streptococcus and Subcutaneous adipocyte
Data format
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sample012_029
bottom peaks comparison between CD14+ monocytes treated with Group A Streptococcus and Alveolar epithelial cell
Data format
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sample012_030
bottom peaks comparison between CD14+ monocytes treated with Group A Streptococcus and Amniotic epithelial cell
Data format
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sample012_031
bottom peaks comparison between CD14+ monocytes treated with Group A Streptococcus and Amniotic membrane cell
Data format
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sample012_032
bottom peaks comparison between CD14+ monocytes treated with Group A Streptococcus and Anulus fibrosus cell in spinal cord
Data format
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sample012_033
bottom peaks comparison between CD14+ monocytes treated with Group A Streptococcus and Adtrocyte in cerebellum
Data format
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sample012_034
bottom peaks comparison between CD14+ monocytes treated with Group A Streptococcus and Astrocyte in cerebral cortex
Data format
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sample012_035
bottom peaks comparison between CD14+ monocytes treated with Group A Streptococcus and Bronchial epithelial cell
Data format
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sample012_036
bottom peaks comparison between CD14+ monocytes treated with Group A Streptococcus and Cardiac myocyte
Data format
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sample012_037
bottom peaks comparison between CD14+ monocytes treated with Group A Streptococcus and Chondroblast cell in cartilage
Data format
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sample012_038
bottom peaks comparison between CD14+ monocytes treated with Group A Streptococcus and Redifferentiated chondrocyte in cartilage
Data format
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sample012_039
bottom peaks comparison between CD14+ monocytes treated with Group A Streptococcus and Chorionic membrane cell
Data format
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sample012_040
bottom peaks comparison between CD14+ monocytes treated with Group A Streptococcus and Ciliary epithelial cell
Data format
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sample012_041
bottom peaks comparison between CD14+ monocytes treated with Group A Streptococcus and Corneal epithelial cell
Data format
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sample012_042
bottom peaks comparison between CD14+ monocytes treated with Group A Streptococcus and Immature monocyte-derived dendritic cell
Data format
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sample012_043
bottom peaks comparison between CD14+ monocytes treated with Group A Streptococcus and Endothelial cell in aorta
Data format
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sample012_044
bottom peaks comparison between CD14+ monocytes treated with Group A Streptococcus and Endothelial cell in artery
Data format
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sample012_045
bottom peaks comparison between CD14+ monocytes treated with Group A Streptococcus and Endothelial cell in lymph vessel
Data format
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sample012_046
bottom peaks comparison between CD14+ monocytes treated with Group A Streptococcus and Endothelial cell in microvessel
Data format
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sample012_047
bottom peaks comparison between CD14+ monocytes treated with Group A Streptococcus and Endothelial cell in thorax
Data format
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sample012_048
bottom peaks comparison between CD14+ monocytes treated with Group A Streptococcus and Endothelial cell in umbilical vein
Data format
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sample012_049
bottom peaks comparison between CD14+ monocytes treated with Group A Streptococcus and Endothelial cell in vein
Data format
hide
sample012_050
bottom peaks comparison between CD14+ monocytes treated with Group A Streptococcus and Epithelical cell in esophagus
Data format
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sample012_051
bottom peaks comparison between CD14+ monocytes treated with Group A Streptococcus and Adventitial fibroblast in aorta
Data format
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sample012_052
bottom peaks comparison between CD14+ monocytes treated with Group A Streptococcus and Fibroblast in heart
Data format
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sample012_053
bottom peaks comparison between CD14+ monocytes treated with Group A Streptococcus and Fibroblast in choroid plexus
Data format
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sample012_054
bottom peaks comparison between CD14+ monocytes treated with Group A Streptococcus and Fibroblast in conjunctiva
Data format
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sample012_055
bottom peaks comparison between CD14+ monocytes treated with Group A Streptococcus and Fibroblast in derma
Data format
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sample012_056
bottom peaks comparison between CD14+ monocytes treated with Group A Streptococcus and Fibroblast in lung
Data format
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sample012_057
bottom peaks comparison between CD14+ monocytes treated with Group A Streptococcus and Fibroblast in lymphatic vessel
Data format
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sample012_058
bottom peaks comparison between CD14+ monocytes treated with Group A Streptococcus and Fibroblast in mamma
Data format
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sample012_059
bottom peaks comparison between CD14+ monocytes treated with Group A Streptococcus and Fibroblast in periodontal ligament
Data format
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sample012_060
bottom peaks comparison between CD14+ monocytes treated with Group A Streptococcus and Fibroblast in skin for dystrophia mytonica sample
Data format
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sample012_061
bottom peaks comparison between CD14+ monocytes treated with Group A Streptococcus and Fibroblast in skin for normal sample
Data format
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sample012_062
bottom peaks comparison between CD14+ monocytes treated with Group A Streptococcus and Fibroblast in skin for spinal muscular atrophy
Data format
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sample012_063
bottom peaks comparison between CD14+ monocytes treated with Group A Streptococcus and Fibroblast of villous mesenchymal cell
Data format
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sample012_064
bottom peaks comparison between CD14+ monocytes treated with Group A Streptococcus and Gamma delta+ T cell
Data format
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sample012_065
bottom peaks comparison between CD14+ monocytes treated with Group A Streptococcus and Gingival epithelial cell
Data format
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sample012_066
bottom peaks comparison between CD14+ monocytes treated with Group A Streptococcus and Dermal papilla cell in hair follicle
Data format
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sample012_067
bottom peaks comparison between CD14+ monocytes treated with Group A Streptococcus and Outer root sheath cell in hair follicle
Data format
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sample012_068
bottom peaks comparison between CD14+ monocytes treated with Group A Streptococcus and Hepatic sinusoidal endothelial cell
Data format
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sample012_069
bottom peaks comparison between CD14+ monocytes treated with Group A Streptococcus and Hepatic stellate lipocyte
Data format
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sample012_070
bottom peaks comparison between CD14+ monocytes treated with Group A Streptococcus and Hepatocyte
Data format
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sample012_071
bottom peaks comparison between CD14+ monocytes treated with Group A Streptococcus and Immature langerhans cell
Data format
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sample012_072
bottom peaks comparison between CD14+ monocytes treated with Group A Streptococcus and Keratinocyte epidermal cell
Data format
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sample012_073
bottom peaks comparison between CD14+ monocytes treated with Group A Streptococcus and Keratocyte
Data format
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sample012_074
bottom peaks comparison between CD14+ monocytes treated with Group A Streptococcus and Lens epithelial cell
Data format
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sample012_075
bottom peaks comparison between CD14+ monocytes treated with Group A Streptococcus and Monocyte-derived macrophage
Data format
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sample012_076
bottom peaks comparison between CD14+ monocytes treated with Group A Streptococcus and Mallassez-devied cell
Data format
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sample012_077
bottom peaks comparison between CD14+ monocytes treated with Group A Streptococcus and Mammary epithelial cell
Data format
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sample012_078
bottom peaks comparison between CD14+ monocytes treated with Group A Streptococcus and Mast cell
Data format
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sample012_079
bottom peaks comparison between CD14+ monocytes treated with Group A Streptococcus and Expanded mast cell
Data format
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sample012_080
bottom peaks comparison between CD14+ monocytes treated with Group A Streptococcus and Expanded and stimulated mast cell
Data format
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sample012_081
bottom peaks comparison between CD14+ monocytes treated with Group A Streptococcus and Melanocyte-dark
Data format
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sample012_082
bottom peaks comparison between CD14+ monocytes treated with Group A Streptococcus and Melanocyte-light
Data format
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sample012_083
bottom peaks comparison between CD14+ monocytes treated with Group A Streptococcus and Meningeal cell
Data format
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sample012_084
bottom peaks comparison between CD14+ monocytes treated with Group A Streptococcus and Mesenchymal precursor cell in adipose
Data format
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sample012_085
bottom peaks comparison between CD14+ monocytes treated with Group A Streptococcus and Mesenchymal precursor cell in bone marrow
Data format
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sample012_086
bottom peaks comparison between CD14+ monocytes treated with Group A Streptococcus and Mesenchymal precursor cell in heart
Data format
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sample012_087
bottom peaks comparison between CD14+ monocytes treated with Group A Streptococcus and Mesenchymal precursor cell in left ovary for ovarian cancer sample
Data format
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sample012_088
bottom peaks comparison between CD14+ monocytes treated with Group A Streptococcus and Mesenchymal precursor cell for metastatic ovarian cancer sample
Data format
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sample012_089
bottom peaks comparison between CD14+ monocytes treated with Group A Streptococcus and Mesenchymal precursor cell in right ovary for ovarian cancer sample
Data format
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sample012_090
bottom peaks comparison between CD14+ monocytes treated with Group A Streptococcus and Mesenchymal stem cell in adipose
Data format
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sample012_091
bottom peaks comparison between CD14+ monocytes treated with Group A Streptococcus and Mesenchymal stem cell in amniotic membrane
Data format
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sample012_092
bottom peaks comparison between CD14+ monocytes treated with Group A Streptococcus and Mesenchymal stem cell in bone marrow
Data format
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sample012_093
bottom peaks comparison between CD14+ monocytes treated with Group A Streptococcus and Mesenchymal stem cell in liver
Data format
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sample012_094
bottom peaks comparison between CD14+ monocytes treated with Group A Streptococcus and Mesenchymal stem cell in umbilical cord
Data format
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sample012_095
bottom peaks comparison between CD14+ monocytes treated with Group A Streptococcus and Mesothelial cell
Data format
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sample012_096
bottom peaks comparison between CD14+ monocytes treated with Group A Streptococcus and Migratory langerhans cell
Data format
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sample012_097
bottom peaks comparison between CD14+ monocytes treated with Group A Streptococcus and Mesenchymal stem cell of umbilical cord blood
Data format
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sample012_098
bottom peaks comparison between CD14+ monocytes treated with Group A Streptococcus and Myoblast
Data format
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sample012_099
bottom peaks comparison between CD14+ monocytes treated with Group A Streptococcus and Nasal epithelial cell
Data format
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sample012_100
bottom peaks comparison between CD14+ monocytes treated with Group A Streptococcus and Natural killer cell
Data format
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sample012_101
bottom peaks comparison between CD14+ monocytes treated with Group A Streptococcus and Neural stem cell
Data format
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sample012_102
bottom peaks comparison between CD14+ monocytes treated with Group A Streptococcus and Neuron
Data format
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sample012_103
bottom peaks comparison between CD14+ monocytes treated with Group A Streptococcus and Neutrophil cell
Data format
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sample012_104
bottom peaks comparison between CD14+ monocytes treated with Group A Streptococcus and Nucleus pulposus
Data format
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sample012_105
bottom peaks comparison between CD14+ monocytes treated with Group A Streptococcus and Olfactory epithelial cell
Data format
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sample012_106
bottom peaks comparison between CD14+ monocytes treated with Group A Streptococcus and Osteoblast
Data format
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sample012_107
bottom peaks comparison between CD14+ monocytes treated with Group A Streptococcus and Differentiated osteoblast
Data format
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sample012_108
bottom peaks comparison between CD14+ monocytes treated with Group A Streptococcus and Pricyte
Data format
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sample012_109
bottom peaks comparison between CD14+ monocytes treated with Group A Streptococcus and Perineurial
Data format
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sample012_110
bottom peaks comparison between CD14+ monocytes treated with Group A Streptococcus and Peripheral blood mononuclear cell
Data format
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sample012_111
bottom peaks comparison between CD14+ monocytes treated with Group A Streptococcus and Placental epithelial cell
Data format
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sample012_112
bottom peaks comparison between CD14+ monocytes treated with Group A Streptococcus and Preadipocyte in breast
Data format
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sample012_113
bottom peaks comparison between CD14+ monocytes treated with Group A Streptococcus and Preadipocyte in omentum
Data format
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sample012_114
bottom peaks comparison between CD14+ monocytes treated with Group A Streptococcus and Subcutaneous preadipocyte
Data format
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sample012_115
bottom peaks comparison between CD14+ monocytes treated with Group A Streptococcus and Visceral preadipocyte
Data format
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sample012_116
bottom peaks comparison between CD14+ monocytes treated with Group A Streptococcus and Prostate epithelial cell
Data format
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sample012_117
bottom peaks comparison between CD14+ monocytes treated with Group A Streptococcus and Prostate stromal cell
Data format
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sample012_118
bottom peaks comparison between CD14+ monocytes treated with Group A Streptococcus and Renal cortical epithelial cell
Data format
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sample012_119
bottom peaks comparison between CD14+ monocytes treated with Group A Streptococcus and Renal glomerular endothelial cell
Data format
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sample012_120
bottom peaks comparison between CD14+ monocytes treated with Group A Streptococcus and Renal mesangial cell
Data format
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sample012_121
bottom peaks comparison between CD14+ monocytes treated with Group A Streptococcus and Renal proximal tubular epithelial cell
Data format
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sample012_122
bottom peaks comparison between CD14+ monocytes treated with Group A Streptococcus and Renal proximal tubular epithelial cell
Data format
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sample012_123
bottom peaks comparison between CD14+ monocytes treated with Group A Streptococcus and Salivary acinar cell
Data format
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sample012_124
bottom peaks comparison between CD14+ monocytes treated with Group A Streptococcus and Schwann
Data format
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sample012_125
bottom peaks comparison between CD14+ monocytes treated with Group A Streptococcus and Sebocyte
Data format
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sample012_126
bottom peaks comparison between CD14+ monocytes treated with Group A Streptococcus and Sertoli
Data format
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sample012_127
bottom peaks comparison between CD14+ monocytes treated with Group A Streptococcus and Skeletal muscle
Data format
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sample012_128
bottom peaks comparison between CD14+ monocytes treated with Group A Streptococcus and Skeletal muscle differentiated into myotubes
Data format
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sample012_129
bottom peaks comparison between CD14+ monocytes treated with Group A Streptococcus and Skeletal muscle satellite cell
Data format
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sample012_130
bottom peaks comparison between CD14+ monocytes treated with Group A Streptococcus and Small airway epithelial cell
Data format
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sample012_131
bottom peaks comparison between CD14+ monocytes treated with Group A Streptococcus and Airway smooth muscle in asthma
Data format
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sample012_132
bottom peaks comparison between CD14+ monocytes treated with Group A Streptococcus and Airway smooth muscle in control
Data format
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sample012_133
bottom peaks comparison between CD14+ monocytes treated with Group A Streptococcus and Smooth muscle in aorta
Data format
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sample012_134
bottom peaks comparison between CD14+ monocytes treated with Group A Streptococcus and Smooth muscle in brachiocephalic artery
Data format
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sample012_135
bottom peaks comparison between CD14+ monocytes treated with Group A Streptococcus and Smooth muscle in brain vessel
Data format
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sample012_136
bottom peaks comparison between CD14+ monocytes treated with Group A Streptococcus and Smooth muscle in bronchial tube
Data format
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sample012_137
bottom peaks comparison between CD14+ monocytes treated with Group A Streptococcus and Smooth muscle in carotid artery
Data format
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sample012_138
bottom peaks comparison between CD14+ monocytes treated with Group A Streptococcus and Smooth muscle in colon
Data format
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sample012_139
bottom peaks comparison between CD14+ monocytes treated with Group A Streptococcus and Smooth muscle in coronary
Data format
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sample012_140
bottom peaks comparison between CD14+ monocytes treated with Group A Streptococcus and Smooth muscle in esophagus
Data format
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sample012_141
bottom peaks comparison between CD14+ monocytes treated with Group A Streptococcus and Smooth muscle in internal thoracic artery
Data format
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sample012_142
bottom peaks comparison between CD14+ monocytes treated with Group A Streptococcus and Smooth muscle in prostate
Data format
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sample012_143
bottom peaks comparison between CD14+ monocytes treated with Group A Streptococcus and Smooth muscle in pulmonary artery
Data format
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sample012_144
bottom peaks comparison between CD14+ monocytes treated with Group A Streptococcus and Smooth muscle in subclavian artery
Data format
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sample012_145
bottom peaks comparison between CD14+ monocytes treated with Group A Streptococcus and Smooth muscle in trachea
Data format
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sample012_146
bottom peaks comparison between CD14+ monocytes treated with Group A Streptococcus and Smooth muscle in umbilical artery
Data format
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sample012_147
bottom peaks comparison between CD14+ monocytes treated with Group A Streptococcus and Smooth muscle in umbilical vein
Data format
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sample012_148
bottom peaks comparison between CD14+ monocytes treated with Group A Streptococcus and Smooth muscle in uterine
Data format
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sample012_149
bottom peaks comparison between CD14+ monocytes treated with Group A Streptococcus and Synoviocyte
Data format
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sample012_150
bottom peaks comparison between CD14+ monocytes treated with Group A Streptococcus and Tenocyte
Data format
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sample012_151
bottom peaks comparison between CD14+ monocytes treated with Group A Streptococcus and Trabecular meshwork
Data format
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sample012_152
bottom peaks comparison between CD14+ monocytes treated with Group A Streptococcus and Tracheal epithelial cell
Data format
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sample012_153
bottom peaks comparison between CD14+ monocytes treated with Group A Streptococcus and Urothelial cell
Data format
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sample012_154
bottom peaks comparison between CD14+ monocytes treated with Group A Streptococcus and Whole blood for donor 1
Data format
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sample012_155
bottom peaks comparison between CD14+ monocytes treated with Group A Streptococcus and Whole blood for donor 2
Data format
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sample012_156
bottom peaks comparison between CD14+ monocytes treated with Group A Streptococcus and Whole blood for donor 3
Data format
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sample013_014
bottom peaks comparison between CD14+ monocytes treated with Lipopolysaccharide and CD14+ monocytes treated with Salmonella
Data format
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sample013_015
bottom peaks comparison between CD14+ monocytes treated with Lipopolysaccharide and CD14+ monocytes treated with trehalose
Data format
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sample013_016
bottom peaks comparison between CD14+ monocytes treated with Lipopolysaccharide and CD19+ B cell
Data format
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sample013_017
bottom peaks comparison between CD14+ monocytes treated with Lipopolysaccharide and CD34 cell differentiated to erythrocyte lineage
Data format
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sample013_018
bottom peaks comparison between CD14+ monocytes treated with Lipopolysaccharide and CD4+CD25-CD45RA- memory conventional T cells expanded
Data format
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sample013_019
bottom peaks comparison between CD14+ monocytes treated with Lipopolysaccharide and CD4+CD25+CD45RA- memory regulatory T cell
Data format
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sample013_020
bottom peaks comparison between CD14+ monocytes treated with Lipopolysaccharide and CD4+CD25+CD45RA- memory regulatory T cell expanded
Data format
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sample013_021
bottom peaks comparison between CD14+ monocytes treated with Lipopolysaccharide and CD4+CD25-CD45RA+ naive conventional T cell
Data format
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sample013_022
bottom peaks comparison between CD14+ monocytes treated with Lipopolysaccharide and CD4+CD25-CD45RA+ naive conventional T cells expanded
Data format
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sample013_023
bottom peaks comparison between CD14+ monocytes treated with Lipopolysaccharide and CD4+CD25+CD45RA+ naive regulatory T cell expanded
Data format
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sample013_024
bottom peaks comparison between CD14+ monocytes treated with Lipopolysaccharide and CD4+ T cell
Data format
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sample013_025
bottom peaks comparison between CD14+ monocytes treated with Lipopolysaccharide and CD8+ T cell
Data format
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sample013_026
bottom peaks comparison between CD14+ monocytes treated with Lipopolysaccharide and Adipocyte in breast
Data format
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sample013_027
bottom peaks comparison between CD14+ monocytes treated with Lipopolysaccharide and Adipocyte in Omentum
Data format
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sample013_028
bottom peaks comparison between CD14+ monocytes treated with Lipopolysaccharide and Subcutaneous adipocyte
Data format
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sample013_029
bottom peaks comparison between CD14+ monocytes treated with Lipopolysaccharide and Alveolar epithelial cell
Data format
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sample013_030
bottom peaks comparison between CD14+ monocytes treated with Lipopolysaccharide and Amniotic epithelial cell
Data format
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sample013_031
bottom peaks comparison between CD14+ monocytes treated with Lipopolysaccharide and Amniotic membrane cell
Data format
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sample013_032
bottom peaks comparison between CD14+ monocytes treated with Lipopolysaccharide and Anulus fibrosus cell in spinal cord
Data format
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sample013_033
bottom peaks comparison between CD14+ monocytes treated with Lipopolysaccharide and Adtrocyte in cerebellum
Data format
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sample013_034
bottom peaks comparison between CD14+ monocytes treated with Lipopolysaccharide and Astrocyte in cerebral cortex
Data format
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sample013_035
bottom peaks comparison between CD14+ monocytes treated with Lipopolysaccharide and Bronchial epithelial cell
Data format
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sample013_036
bottom peaks comparison between CD14+ monocytes treated with Lipopolysaccharide and Cardiac myocyte
Data format
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sample013_037
bottom peaks comparison between CD14+ monocytes treated with Lipopolysaccharide and Chondroblast cell in cartilage
Data format
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sample013_038
bottom peaks comparison between CD14+ monocytes treated with Lipopolysaccharide and Redifferentiated chondrocyte in cartilage
Data format
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sample013_039
bottom peaks comparison between CD14+ monocytes treated with Lipopolysaccharide and Chorionic membrane cell
Data format
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sample013_040
bottom peaks comparison between CD14+ monocytes treated with Lipopolysaccharide and Ciliary epithelial cell
Data format
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sample013_041
bottom peaks comparison between CD14+ monocytes treated with Lipopolysaccharide and Corneal epithelial cell
Data format
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sample013_042
bottom peaks comparison between CD14+ monocytes treated with Lipopolysaccharide and Immature monocyte-derived dendritic cell
Data format
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sample013_043
bottom peaks comparison between CD14+ monocytes treated with Lipopolysaccharide and Endothelial cell in aorta
Data format
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sample013_044
bottom peaks comparison between CD14+ monocytes treated with Lipopolysaccharide and Endothelial cell in artery
Data format
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sample013_045
bottom peaks comparison between CD14+ monocytes treated with Lipopolysaccharide and Endothelial cell in lymph vessel
Data format
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sample013_046
bottom peaks comparison between CD14+ monocytes treated with Lipopolysaccharide and Endothelial cell in microvessel
Data format
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sample013_047
bottom peaks comparison between CD14+ monocytes treated with Lipopolysaccharide and Endothelial cell in thorax
Data format
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sample013_048
bottom peaks comparison between CD14+ monocytes treated with Lipopolysaccharide and Endothelial cell in umbilical vein
Data format
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sample013_049
bottom peaks comparison between CD14+ monocytes treated with Lipopolysaccharide and Endothelial cell in vein
Data format
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sample013_050
bottom peaks comparison between CD14+ monocytes treated with Lipopolysaccharide and Epithelical cell in esophagus
Data format
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sample013_051
bottom peaks comparison between CD14+ monocytes treated with Lipopolysaccharide and Adventitial fibroblast in aorta
Data format
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sample013_052
bottom peaks comparison between CD14+ monocytes treated with Lipopolysaccharide and Fibroblast in heart
Data format
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sample013_053
bottom peaks comparison between CD14+ monocytes treated with Lipopolysaccharide and Fibroblast in choroid plexus
Data format
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sample013_054
bottom peaks comparison between CD14+ monocytes treated with Lipopolysaccharide and Fibroblast in conjunctiva
Data format
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sample013_055
bottom peaks comparison between CD14+ monocytes treated with Lipopolysaccharide and Fibroblast in derma
Data format
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sample013_056
bottom peaks comparison between CD14+ monocytes treated with Lipopolysaccharide and Fibroblast in lung
Data format
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sample013_057
bottom peaks comparison between CD14+ monocytes treated with Lipopolysaccharide and Fibroblast in lymphatic vessel
Data format
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sample013_058
bottom peaks comparison between CD14+ monocytes treated with Lipopolysaccharide and Fibroblast in mamma
Data format
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sample013_059
bottom peaks comparison between CD14+ monocytes treated with Lipopolysaccharide and Fibroblast in periodontal ligament
Data format
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sample013_060
bottom peaks comparison between CD14+ monocytes treated with Lipopolysaccharide and Fibroblast in skin for dystrophia mytonica sample
Data format
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sample013_061
bottom peaks comparison between CD14+ monocytes treated with Lipopolysaccharide and Fibroblast in skin for normal sample
Data format
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sample013_062
bottom peaks comparison between CD14+ monocytes treated with Lipopolysaccharide and Fibroblast in skin for spinal muscular atrophy
Data format
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sample013_063
bottom peaks comparison between CD14+ monocytes treated with Lipopolysaccharide and Fibroblast of villous mesenchymal cell
Data format
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sample013_064
bottom peaks comparison between CD14+ monocytes treated with Lipopolysaccharide and Gamma delta+ T cell
Data format
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sample013_065
bottom peaks comparison between CD14+ monocytes treated with Lipopolysaccharide and Gingival epithelial cell
Data format
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sample013_066
bottom peaks comparison between CD14+ monocytes treated with Lipopolysaccharide and Dermal papilla cell in hair follicle
Data format
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sample013_067
bottom peaks comparison between CD14+ monocytes treated with Lipopolysaccharide and Outer root sheath cell in hair follicle
Data format
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sample013_068
bottom peaks comparison between CD14+ monocytes treated with Lipopolysaccharide and Hepatic sinusoidal endothelial cell
Data format
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sample013_069
bottom peaks comparison between CD14+ monocytes treated with Lipopolysaccharide and Hepatic stellate lipocyte
Data format
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sample013_070
bottom peaks comparison between CD14+ monocytes treated with Lipopolysaccharide and Hepatocyte
Data format
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sample013_071
bottom peaks comparison between CD14+ monocytes treated with Lipopolysaccharide and Immature langerhans cell
Data format
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sample013_072
bottom peaks comparison between CD14+ monocytes treated with Lipopolysaccharide and Keratinocyte epidermal cell
Data format
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sample013_073
bottom peaks comparison between CD14+ monocytes treated with Lipopolysaccharide and Keratocyte
Data format
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sample013_074
bottom peaks comparison between CD14+ monocytes treated with Lipopolysaccharide and Lens epithelial cell
Data format
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sample013_075
bottom peaks comparison between CD14+ monocytes treated with Lipopolysaccharide and Monocyte-derived macrophage
Data format
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sample013_076
bottom peaks comparison between CD14+ monocytes treated with Lipopolysaccharide and Mallassez-devied cell
Data format
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sample013_077
bottom peaks comparison between CD14+ monocytes treated with Lipopolysaccharide and Mammary epithelial cell
Data format
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sample013_078
bottom peaks comparison between CD14+ monocytes treated with Lipopolysaccharide and Mast cell
Data format
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sample013_079
bottom peaks comparison between CD14+ monocytes treated with Lipopolysaccharide and Expanded mast cell
Data format
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sample013_080
bottom peaks comparison between CD14+ monocytes treated with Lipopolysaccharide and Expanded and stimulated mast cell
Data format
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sample013_081
bottom peaks comparison between CD14+ monocytes treated with Lipopolysaccharide and Melanocyte-dark
Data format
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sample013_082
bottom peaks comparison between CD14+ monocytes treated with Lipopolysaccharide and Melanocyte-light
Data format
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sample013_083
bottom peaks comparison between CD14+ monocytes treated with Lipopolysaccharide and Meningeal cell
Data format
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sample013_084
bottom peaks comparison between CD14+ monocytes treated with Lipopolysaccharide and Mesenchymal precursor cell in adipose
Data format
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sample013_085
bottom peaks comparison between CD14+ monocytes treated with Lipopolysaccharide and Mesenchymal precursor cell in bone marrow
Data format
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sample013_086
bottom peaks comparison between CD14+ monocytes treated with Lipopolysaccharide and Mesenchymal precursor cell in heart
Data format
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sample013_087
bottom peaks comparison between CD14+ monocytes treated with Lipopolysaccharide and Mesenchymal precursor cell in left ovary for ovarian cancer sample
Data format
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sample013_088
bottom peaks comparison between CD14+ monocytes treated with Lipopolysaccharide and Mesenchymal precursor cell for metastatic ovarian cancer sample
Data format
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sample013_089
bottom peaks comparison between CD14+ monocytes treated with Lipopolysaccharide and Mesenchymal precursor cell in right ovary for ovarian cancer sample
Data format
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sample013_090
bottom peaks comparison between CD14+ monocytes treated with Lipopolysaccharide and Mesenchymal stem cell in adipose
Data format
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sample013_091
bottom peaks comparison between CD14+ monocytes treated with Lipopolysaccharide and Mesenchymal stem cell in amniotic membrane
Data format
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sample013_092
bottom peaks comparison between CD14+ monocytes treated with Lipopolysaccharide and Mesenchymal stem cell in bone marrow
Data format
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sample013_093
bottom peaks comparison between CD14+ monocytes treated with Lipopolysaccharide and Mesenchymal stem cell in liver
Data format
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sample013_094
bottom peaks comparison between CD14+ monocytes treated with Lipopolysaccharide and Mesenchymal stem cell in umbilical cord
Data format
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sample013_095
bottom peaks comparison between CD14+ monocytes treated with Lipopolysaccharide and Mesothelial cell
Data format
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sample013_096
bottom peaks comparison between CD14+ monocytes treated with Lipopolysaccharide and Migratory langerhans cell
Data format
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sample013_097
bottom peaks comparison between CD14+ monocytes treated with Lipopolysaccharide and Mesenchymal stem cell of umbilical cord blood
Data format
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sample013_098
bottom peaks comparison between CD14+ monocytes treated with Lipopolysaccharide and Myoblast
Data format
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sample013_099
bottom peaks comparison between CD14+ monocytes treated with Lipopolysaccharide and Nasal epithelial cell
Data format
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sample013_100
bottom peaks comparison between CD14+ monocytes treated with Lipopolysaccharide and Natural killer cell
Data format
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sample013_101
bottom peaks comparison between CD14+ monocytes treated with Lipopolysaccharide and Neural stem cell
Data format
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sample013_102
bottom peaks comparison between CD14+ monocytes treated with Lipopolysaccharide and Neuron
Data format
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sample013_103
bottom peaks comparison between CD14+ monocytes treated with Lipopolysaccharide and Neutrophil cell
Data format
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sample013_104
bottom peaks comparison between CD14+ monocytes treated with Lipopolysaccharide and Nucleus pulposus
Data format
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sample013_105
bottom peaks comparison between CD14+ monocytes treated with Lipopolysaccharide and Olfactory epithelial cell
Data format
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sample013_106
bottom peaks comparison between CD14+ monocytes treated with Lipopolysaccharide and Osteoblast
Data format
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sample013_107
bottom peaks comparison between CD14+ monocytes treated with Lipopolysaccharide and Differentiated osteoblast
Data format
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sample013_108
bottom peaks comparison between CD14+ monocytes treated with Lipopolysaccharide and Pricyte
Data format
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sample013_109
bottom peaks comparison between CD14+ monocytes treated with Lipopolysaccharide and Perineurial
Data format
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sample013_110
bottom peaks comparison between CD14+ monocytes treated with Lipopolysaccharide and Peripheral blood mononuclear cell
Data format
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sample013_111
bottom peaks comparison between CD14+ monocytes treated with Lipopolysaccharide and Placental epithelial cell
Data format
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sample013_112
bottom peaks comparison between CD14+ monocytes treated with Lipopolysaccharide and Preadipocyte in breast
Data format
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sample013_113
bottom peaks comparison between CD14+ monocytes treated with Lipopolysaccharide and Preadipocyte in omentum
Data format
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sample013_114
bottom peaks comparison between CD14+ monocytes treated with Lipopolysaccharide and Subcutaneous preadipocyte
Data format
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sample013_115
bottom peaks comparison between CD14+ monocytes treated with Lipopolysaccharide and Visceral preadipocyte
Data format
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sample013_116
bottom peaks comparison between CD14+ monocytes treated with Lipopolysaccharide and Prostate epithelial cell
Data format
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sample013_117
bottom peaks comparison between CD14+ monocytes treated with Lipopolysaccharide and Prostate stromal cell
Data format
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sample013_118
bottom peaks comparison between CD14+ monocytes treated with Lipopolysaccharide and Renal cortical epithelial cell
Data format
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sample013_119
bottom peaks comparison between CD14+ monocytes treated with Lipopolysaccharide and Renal glomerular endothelial cell
Data format
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sample013_120
bottom peaks comparison between CD14+ monocytes treated with Lipopolysaccharide and Renal mesangial cell
Data format
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sample013_121
bottom peaks comparison between CD14+ monocytes treated with Lipopolysaccharide and Renal proximal tubular epithelial cell
Data format
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sample013_122
bottom peaks comparison between CD14+ monocytes treated with Lipopolysaccharide and Renal proximal tubular epithelial cell
Data format
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sample013_123
bottom peaks comparison between CD14+ monocytes treated with Lipopolysaccharide and Salivary acinar cell
Data format
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sample013_124
bottom peaks comparison between CD14+ monocytes treated with Lipopolysaccharide and Schwann
Data format
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sample013_125
bottom peaks comparison between CD14+ monocytes treated with Lipopolysaccharide and Sebocyte
Data format
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sample013_126
bottom peaks comparison between CD14+ monocytes treated with Lipopolysaccharide and Sertoli
Data format
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sample013_127
bottom peaks comparison between CD14+ monocytes treated with Lipopolysaccharide and Skeletal muscle
Data format
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sample013_128
bottom peaks comparison between CD14+ monocytes treated with Lipopolysaccharide and Skeletal muscle differentiated into myotubes
Data format
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sample013_129
bottom peaks comparison between CD14+ monocytes treated with Lipopolysaccharide and Skeletal muscle satellite cell
Data format
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sample013_130
bottom peaks comparison between CD14+ monocytes treated with Lipopolysaccharide and Small airway epithelial cell
Data format
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sample013_131
bottom peaks comparison between CD14+ monocytes treated with Lipopolysaccharide and Airway smooth muscle in asthma
Data format
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sample013_132
bottom peaks comparison between CD14+ monocytes treated with Lipopolysaccharide and Airway smooth muscle in control
Data format
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sample013_133
bottom peaks comparison between CD14+ monocytes treated with Lipopolysaccharide and Smooth muscle in aorta
Data format
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sample013_134
bottom peaks comparison between CD14+ monocytes treated with Lipopolysaccharide and Smooth muscle in brachiocephalic artery
Data format
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sample013_135
bottom peaks comparison between CD14+ monocytes treated with Lipopolysaccharide and Smooth muscle in brain vessel
Data format
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sample013_136
bottom peaks comparison between CD14+ monocytes treated with Lipopolysaccharide and Smooth muscle in bronchial tube
Data format
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sample013_137
bottom peaks comparison between CD14+ monocytes treated with Lipopolysaccharide and Smooth muscle in carotid artery
Data format
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sample013_138
bottom peaks comparison between CD14+ monocytes treated with Lipopolysaccharide and Smooth muscle in colon
Data format
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sample013_139
bottom peaks comparison between CD14+ monocytes treated with Lipopolysaccharide and Smooth muscle in coronary
Data format
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sample013_140
bottom peaks comparison between CD14+ monocytes treated with Lipopolysaccharide and Smooth muscle in esophagus
Data format
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sample013_141
bottom peaks comparison between CD14+ monocytes treated with Lipopolysaccharide and Smooth muscle in internal thoracic artery
Data format
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sample013_142
bottom peaks comparison between CD14+ monocytes treated with Lipopolysaccharide and Smooth muscle in prostate
Data format
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sample013_143
bottom peaks comparison between CD14+ monocytes treated with Lipopolysaccharide and Smooth muscle in pulmonary artery
Data format
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sample013_144
bottom peaks comparison between CD14+ monocytes treated with Lipopolysaccharide and Smooth muscle in subclavian artery
Data format
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sample013_145
bottom peaks comparison between CD14+ monocytes treated with Lipopolysaccharide and Smooth muscle in trachea
Data format
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sample013_146
bottom peaks comparison between CD14+ monocytes treated with Lipopolysaccharide and Smooth muscle in umbilical artery
Data format
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sample013_147
bottom peaks comparison between CD14+ monocytes treated with Lipopolysaccharide and Smooth muscle in umbilical vein
Data format
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sample013_148
bottom peaks comparison between CD14+ monocytes treated with Lipopolysaccharide and Smooth muscle in uterine
Data format
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sample013_149
bottom peaks comparison between CD14+ monocytes treated with Lipopolysaccharide and Synoviocyte
Data format
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sample013_150
bottom peaks comparison between CD14+ monocytes treated with Lipopolysaccharide and Tenocyte
Data format
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sample013_151
bottom peaks comparison between CD14+ monocytes treated with Lipopolysaccharide and Trabecular meshwork
Data format
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sample013_152
bottom peaks comparison between CD14+ monocytes treated with Lipopolysaccharide and Tracheal epithelial cell
Data format
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sample013_153
bottom peaks comparison between CD14+ monocytes treated with Lipopolysaccharide and Urothelial cell
Data format
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sample013_154
bottom peaks comparison between CD14+ monocytes treated with Lipopolysaccharide and Whole blood for donor 1
Data format
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sample013_155
bottom peaks comparison between CD14+ monocytes treated with Lipopolysaccharide and Whole blood for donor 2
Data format
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sample013_156
bottom peaks comparison between CD14+ monocytes treated with Lipopolysaccharide and Whole blood for donor 3
Data format
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sample014_015
bottom peaks comparison between CD14+ monocytes treated with Salmonella and CD14+ monocytes treated with trehalose
Data format
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sample014_016
bottom peaks comparison between CD14+ monocytes treated with Salmonella and CD19+ B cell
Data format
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sample014_017
bottom peaks comparison between CD14+ monocytes treated with Salmonella and CD34 cell differentiated to erythrocyte lineage
Data format
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sample014_018
bottom peaks comparison between CD14+ monocytes treated with Salmonella and CD4+CD25-CD45RA- memory conventional T cells expanded
Data format
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sample014_019
bottom peaks comparison between CD14+ monocytes treated with Salmonella and CD4+CD25+CD45RA- memory regulatory T cell
Data format
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sample014_020
bottom peaks comparison between CD14+ monocytes treated with Salmonella and CD4+CD25+CD45RA- memory regulatory T cell expanded
Data format
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sample014_021
bottom peaks comparison between CD14+ monocytes treated with Salmonella and CD4+CD25-CD45RA+ naive conventional T cell
Data format
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sample014_022
bottom peaks comparison between CD14+ monocytes treated with Salmonella and CD4+CD25-CD45RA+ naive conventional T cells expanded
Data format
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sample014_023
bottom peaks comparison between CD14+ monocytes treated with Salmonella and CD4+CD25+CD45RA+ naive regulatory T cell expanded
Data format
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sample014_024
bottom peaks comparison between CD14+ monocytes treated with Salmonella and CD4+ T cell
Data format
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sample014_025
bottom peaks comparison between CD14+ monocytes treated with Salmonella and CD8+ T cell
Data format
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sample014_026
bottom peaks comparison between CD14+ monocytes treated with Salmonella and Adipocyte in breast
Data format
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sample014_027
bottom peaks comparison between CD14+ monocytes treated with Salmonella and Adipocyte in Omentum
Data format
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sample014_028
bottom peaks comparison between CD14+ monocytes treated with Salmonella and Subcutaneous adipocyte
Data format
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sample014_029
bottom peaks comparison between CD14+ monocytes treated with Salmonella and Alveolar epithelial cell
Data format
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sample014_030
bottom peaks comparison between CD14+ monocytes treated with Salmonella and Amniotic epithelial cell
Data format
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sample014_031
bottom peaks comparison between CD14+ monocytes treated with Salmonella and Amniotic membrane cell
Data format
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sample014_032
bottom peaks comparison between CD14+ monocytes treated with Salmonella and Anulus fibrosus cell in spinal cord
Data format
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sample014_033
bottom peaks comparison between CD14+ monocytes treated with Salmonella and Adtrocyte in cerebellum
Data format
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sample014_034
bottom peaks comparison between CD14+ monocytes treated with Salmonella and Astrocyte in cerebral cortex
Data format
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sample014_035
bottom peaks comparison between CD14+ monocytes treated with Salmonella and Bronchial epithelial cell
Data format
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sample014_036
bottom peaks comparison between CD14+ monocytes treated with Salmonella and Cardiac myocyte
Data format
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sample014_037
bottom peaks comparison between CD14+ monocytes treated with Salmonella and Chondroblast cell in cartilage
Data format
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sample014_038
bottom peaks comparison between CD14+ monocytes treated with Salmonella and Redifferentiated chondrocyte in cartilage
Data format
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sample014_039
bottom peaks comparison between CD14+ monocytes treated with Salmonella and Chorionic membrane cell
Data format
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sample014_040
bottom peaks comparison between CD14+ monocytes treated with Salmonella and Ciliary epithelial cell
Data format
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sample014_041
bottom peaks comparison between CD14+ monocytes treated with Salmonella and Corneal epithelial cell
Data format
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sample014_042
bottom peaks comparison between CD14+ monocytes treated with Salmonella and Immature monocyte-derived dendritic cell
Data format
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sample014_043
bottom peaks comparison between CD14+ monocytes treated with Salmonella and Endothelial cell in aorta
Data format
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sample014_044
bottom peaks comparison between CD14+ monocytes treated with Salmonella and Endothelial cell in artery
Data format
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sample014_045
bottom peaks comparison between CD14+ monocytes treated with Salmonella and Endothelial cell in lymph vessel
Data format
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sample014_046
bottom peaks comparison between CD14+ monocytes treated with Salmonella and Endothelial cell in microvessel
Data format
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sample014_047
bottom peaks comparison between CD14+ monocytes treated with Salmonella and Endothelial cell in thorax
Data format
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sample014_048
bottom peaks comparison between CD14+ monocytes treated with Salmonella and Endothelial cell in umbilical vein
Data format
hide
sample014_049
bottom peaks comparison between CD14+ monocytes treated with Salmonella and Endothelial cell in vein
Data format
hide
sample014_050
bottom peaks comparison between CD14+ monocytes treated with Salmonella and Epithelical cell in esophagus
Data format
hide
sample014_051
bottom peaks comparison between CD14+ monocytes treated with Salmonella and Adventitial fibroblast in aorta
Data format
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sample014_052
bottom peaks comparison between CD14+ monocytes treated with Salmonella and Fibroblast in heart
Data format
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sample014_053
bottom peaks comparison between CD14+ monocytes treated with Salmonella and Fibroblast in choroid plexus
Data format
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sample014_054
bottom peaks comparison between CD14+ monocytes treated with Salmonella and Fibroblast in conjunctiva
Data format
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sample014_055
bottom peaks comparison between CD14+ monocytes treated with Salmonella and Fibroblast in derma
Data format
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sample014_056
bottom peaks comparison between CD14+ monocytes treated with Salmonella and Fibroblast in lung
Data format
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sample014_057
bottom peaks comparison between CD14+ monocytes treated with Salmonella and Fibroblast in lymphatic vessel
Data format
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sample014_058
bottom peaks comparison between CD14+ monocytes treated with Salmonella and Fibroblast in mamma
Data format
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sample014_059
bottom peaks comparison between CD14+ monocytes treated with Salmonella and Fibroblast in periodontal ligament
Data format
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sample014_060
bottom peaks comparison between CD14+ monocytes treated with Salmonella and Fibroblast in skin for dystrophia mytonica sample
Data format
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sample014_061
bottom peaks comparison between CD14+ monocytes treated with Salmonella and Fibroblast in skin for normal sample
Data format
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sample014_062
bottom peaks comparison between CD14+ monocytes treated with Salmonella and Fibroblast in skin for spinal muscular atrophy
Data format
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sample014_063
bottom peaks comparison between CD14+ monocytes treated with Salmonella and Fibroblast of villous mesenchymal cell
Data format
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sample014_064
bottom peaks comparison between CD14+ monocytes treated with Salmonella and Gamma delta+ T cell
Data format
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sample014_065
bottom peaks comparison between CD14+ monocytes treated with Salmonella and Gingival epithelial cell
Data format
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sample014_066
bottom peaks comparison between CD14+ monocytes treated with Salmonella and Dermal papilla cell in hair follicle
Data format
hide
sample014_067
bottom peaks comparison between CD14+ monocytes treated with Salmonella and Outer root sheath cell in hair follicle
Data format
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sample014_068
bottom peaks comparison between CD14+ monocytes treated with Salmonella and Hepatic sinusoidal endothelial cell
Data format
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sample014_069
bottom peaks comparison between CD14+ monocytes treated with Salmonella and Hepatic stellate lipocyte
Data format
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sample014_070
bottom peaks comparison between CD14+ monocytes treated with Salmonella and Hepatocyte
Data format
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sample014_071
bottom peaks comparison between CD14+ monocytes treated with Salmonella and Immature langerhans cell
Data format
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sample014_072
bottom peaks comparison between CD14+ monocytes treated with Salmonella and Keratinocyte epidermal cell
Data format
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sample014_073
bottom peaks comparison between CD14+ monocytes treated with Salmonella and Keratocyte
Data format
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sample014_074
bottom peaks comparison between CD14+ monocytes treated with Salmonella and Lens epithelial cell
Data format
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sample014_075
bottom peaks comparison between CD14+ monocytes treated with Salmonella and Monocyte-derived macrophage
Data format
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sample014_076
bottom peaks comparison between CD14+ monocytes treated with Salmonella and Mallassez-devied cell
Data format
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sample014_077
bottom peaks comparison between CD14+ monocytes treated with Salmonella and Mammary epithelial cell
Data format
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sample014_078
bottom peaks comparison between CD14+ monocytes treated with Salmonella and Mast cell
Data format
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sample014_079
bottom peaks comparison between CD14+ monocytes treated with Salmonella and Expanded mast cell
Data format
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sample014_080
bottom peaks comparison between CD14+ monocytes treated with Salmonella and Expanded and stimulated mast cell
Data format
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sample014_081
bottom peaks comparison between CD14+ monocytes treated with Salmonella and Melanocyte-dark
Data format
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sample014_082
bottom peaks comparison between CD14+ monocytes treated with Salmonella and Melanocyte-light
Data format
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sample014_083
bottom peaks comparison between CD14+ monocytes treated with Salmonella and Meningeal cell
Data format
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sample014_084
bottom peaks comparison between CD14+ monocytes treated with Salmonella and Mesenchymal precursor cell in adipose
Data format
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sample014_085
bottom peaks comparison between CD14+ monocytes treated with Salmonella and Mesenchymal precursor cell in bone marrow
Data format
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sample014_086
bottom peaks comparison between CD14+ monocytes treated with Salmonella and Mesenchymal precursor cell in heart
Data format
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sample014_087
bottom peaks comparison between CD14+ monocytes treated with Salmonella and Mesenchymal precursor cell in left ovary for ovarian cancer sample
Data format
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sample014_088
bottom peaks comparison between CD14+ monocytes treated with Salmonella and Mesenchymal precursor cell for metastatic ovarian cancer sample
Data format
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sample014_089
bottom peaks comparison between CD14+ monocytes treated with Salmonella and Mesenchymal precursor cell in right ovary for ovarian cancer sample
Data format
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sample014_090
bottom peaks comparison between CD14+ monocytes treated with Salmonella and Mesenchymal stem cell in adipose
Data format
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sample014_091
bottom peaks comparison between CD14+ monocytes treated with Salmonella and Mesenchymal stem cell in amniotic membrane
Data format
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sample014_092
bottom peaks comparison between CD14+ monocytes treated with Salmonella and Mesenchymal stem cell in bone marrow
Data format
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sample014_093
bottom peaks comparison between CD14+ monocytes treated with Salmonella and Mesenchymal stem cell in liver
Data format
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sample014_094
bottom peaks comparison between CD14+ monocytes treated with Salmonella and Mesenchymal stem cell in umbilical cord
Data format
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sample014_095
bottom peaks comparison between CD14+ monocytes treated with Salmonella and Mesothelial cell
Data format
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sample014_096
bottom peaks comparison between CD14+ monocytes treated with Salmonella and Migratory langerhans cell
Data format
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sample014_097
bottom peaks comparison between CD14+ monocytes treated with Salmonella and Mesenchymal stem cell of umbilical cord blood
Data format
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sample014_098
bottom peaks comparison between CD14+ monocytes treated with Salmonella and Myoblast
Data format
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sample014_099
bottom peaks comparison between CD14+ monocytes treated with Salmonella and Nasal epithelial cell
Data format
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sample014_100
bottom peaks comparison between CD14+ monocytes treated with Salmonella and Natural killer cell
Data format
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sample014_101
bottom peaks comparison between CD14+ monocytes treated with Salmonella and Neural stem cell
Data format
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sample014_102
bottom peaks comparison between CD14+ monocytes treated with Salmonella and Neuron
Data format
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sample014_103
bottom peaks comparison between CD14+ monocytes treated with Salmonella and Neutrophil cell
Data format
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sample014_104
bottom peaks comparison between CD14+ monocytes treated with Salmonella and Nucleus pulposus
Data format
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sample014_105
bottom peaks comparison between CD14+ monocytes treated with Salmonella and Olfactory epithelial cell
Data format
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sample014_106
bottom peaks comparison between CD14+ monocytes treated with Salmonella and Osteoblast
Data format
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sample014_107
bottom peaks comparison between CD14+ monocytes treated with Salmonella and Differentiated osteoblast
Data format
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sample014_108
bottom peaks comparison between CD14+ monocytes treated with Salmonella and Pricyte
Data format
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sample014_109
bottom peaks comparison between CD14+ monocytes treated with Salmonella and Perineurial
Data format
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sample014_110
bottom peaks comparison between CD14+ monocytes treated with Salmonella and Peripheral blood mononuclear cell
Data format
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sample014_111
bottom peaks comparison between CD14+ monocytes treated with Salmonella and Placental epithelial cell
Data format
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sample014_112
bottom peaks comparison between CD14+ monocytes treated with Salmonella and Preadipocyte in breast
Data format
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sample014_113
bottom peaks comparison between CD14+ monocytes treated with Salmonella and Preadipocyte in omentum
Data format
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sample014_114
bottom peaks comparison between CD14+ monocytes treated with Salmonella and Subcutaneous preadipocyte
Data format
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sample014_115
bottom peaks comparison between CD14+ monocytes treated with Salmonella and Visceral preadipocyte
Data format
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sample014_116
bottom peaks comparison between CD14+ monocytes treated with Salmonella and Prostate epithelial cell
Data format
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sample014_117
bottom peaks comparison between CD14+ monocytes treated with Salmonella and Prostate stromal cell
Data format
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sample014_118
bottom peaks comparison between CD14+ monocytes treated with Salmonella and Renal cortical epithelial cell
Data format
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sample014_119
bottom peaks comparison between CD14+ monocytes treated with Salmonella and Renal glomerular endothelial cell
Data format
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sample014_120
bottom peaks comparison between CD14+ monocytes treated with Salmonella and Renal mesangial cell
Data format
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sample014_121
bottom peaks comparison between CD14+ monocytes treated with Salmonella and Renal proximal tubular epithelial cell
Data format
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sample014_122
bottom peaks comparison between CD14+ monocytes treated with Salmonella and Renal proximal tubular epithelial cell
Data format
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sample014_123
bottom peaks comparison between CD14+ monocytes treated with Salmonella and Salivary acinar cell
Data format
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sample014_124
bottom peaks comparison between CD14+ monocytes treated with Salmonella and Schwann
Data format
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sample014_125
bottom peaks comparison between CD14+ monocytes treated with Salmonella and Sebocyte
Data format
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sample014_126
bottom peaks comparison between CD14+ monocytes treated with Salmonella and Sertoli
Data format
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sample014_127
bottom peaks comparison between CD14+ monocytes treated with Salmonella and Skeletal muscle
Data format
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sample014_128
bottom peaks comparison between CD14+ monocytes treated with Salmonella and Skeletal muscle differentiated into myotubes
Data format
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sample014_129
bottom peaks comparison between CD14+ monocytes treated with Salmonella and Skeletal muscle satellite cell
Data format
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sample014_130
bottom peaks comparison between CD14+ monocytes treated with Salmonella and Small airway epithelial cell
Data format
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sample014_131
bottom peaks comparison between CD14+ monocytes treated with Salmonella and Airway smooth muscle in asthma
Data format
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sample014_132
bottom peaks comparison between CD14+ monocytes treated with Salmonella and Airway smooth muscle in control
Data format
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sample014_133
bottom peaks comparison between CD14+ monocytes treated with Salmonella and Smooth muscle in aorta
Data format
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sample014_134
bottom peaks comparison between CD14+ monocytes treated with Salmonella and Smooth muscle in brachiocephalic artery
Data format
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sample014_135
bottom peaks comparison between CD14+ monocytes treated with Salmonella and Smooth muscle in brain vessel
Data format
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sample014_136
bottom peaks comparison between CD14+ monocytes treated with Salmonella and Smooth muscle in bronchial tube
Data format
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sample014_137
bottom peaks comparison between CD14+ monocytes treated with Salmonella and Smooth muscle in carotid artery
Data format
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sample014_138
bottom peaks comparison between CD14+ monocytes treated with Salmonella and Smooth muscle in colon
Data format
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sample014_139
bottom peaks comparison between CD14+ monocytes treated with Salmonella and Smooth muscle in coronary
Data format
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sample014_140
bottom peaks comparison between CD14+ monocytes treated with Salmonella and Smooth muscle in esophagus
Data format
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sample014_141
bottom peaks comparison between CD14+ monocytes treated with Salmonella and Smooth muscle in internal thoracic artery
Data format
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sample014_142
bottom peaks comparison between CD14+ monocytes treated with Salmonella and Smooth muscle in prostate
Data format
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sample014_143
bottom peaks comparison between CD14+ monocytes treated with Salmonella and Smooth muscle in pulmonary artery
Data format
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sample014_144
bottom peaks comparison between CD14+ monocytes treated with Salmonella and Smooth muscle in subclavian artery
Data format
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sample014_145
bottom peaks comparison between CD14+ monocytes treated with Salmonella and Smooth muscle in trachea
Data format
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sample014_146
bottom peaks comparison between CD14+ monocytes treated with Salmonella and Smooth muscle in umbilical artery
Data format
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sample014_147
bottom peaks comparison between CD14+ monocytes treated with Salmonella and Smooth muscle in umbilical vein
Data format
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sample014_148
bottom peaks comparison between CD14+ monocytes treated with Salmonella and Smooth muscle in uterine
Data format
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sample014_149
bottom peaks comparison between CD14+ monocytes treated with Salmonella and Synoviocyte
Data format
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sample014_150
bottom peaks comparison between CD14+ monocytes treated with Salmonella and Tenocyte
Data format
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sample014_151
bottom peaks comparison between CD14+ monocytes treated with Salmonella and Trabecular meshwork
Data format
hide
sample014_152
bottom peaks comparison between CD14+ monocytes treated with Salmonella and Tracheal epithelial cell
Data format
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sample014_153
bottom peaks comparison between CD14+ monocytes treated with Salmonella and Urothelial cell
Data format
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sample014_154
bottom peaks comparison between CD14+ monocytes treated with Salmonella and Whole blood for donor 1
Data format
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sample014_155
bottom peaks comparison between CD14+ monocytes treated with Salmonella and Whole blood for donor 2
Data format
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sample014_156
bottom peaks comparison between CD14+ monocytes treated with Salmonella and Whole blood for donor 3
Data format
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sample015_016
bottom peaks comparison between CD14+ monocytes treated with trehalose and CD19+ B cell
Data format
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sample015_017
bottom peaks comparison between CD14+ monocytes treated with trehalose and CD34 cell differentiated to erythrocyte lineage
Data format
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sample015_018
bottom peaks comparison between CD14+ monocytes treated with trehalose and CD4+CD25-CD45RA- memory conventional T cells expanded
Data format
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sample015_019
bottom peaks comparison between CD14+ monocytes treated with trehalose and CD4+CD25+CD45RA- memory regulatory T cell
Data format
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sample015_020
bottom peaks comparison between CD14+ monocytes treated with trehalose and CD4+CD25+CD45RA- memory regulatory T cell expanded
Data format
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sample015_021
bottom peaks comparison between CD14+ monocytes treated with trehalose and CD4+CD25-CD45RA+ naive conventional T cell
Data format
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sample015_022
bottom peaks comparison between CD14+ monocytes treated with trehalose and CD4+CD25-CD45RA+ naive conventional T cells expanded
Data format
hide
sample015_023
bottom peaks comparison between CD14+ monocytes treated with trehalose and CD4+CD25+CD45RA+ naive regulatory T cell expanded
Data format
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sample015_024
bottom peaks comparison between CD14+ monocytes treated with trehalose and CD4+ T cell
Data format
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sample015_025
bottom peaks comparison between CD14+ monocytes treated with trehalose and CD8+ T cell
Data format
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sample015_026
bottom peaks comparison between CD14+ monocytes treated with trehalose and Adipocyte in breast
Data format
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sample015_027
bottom peaks comparison between CD14+ monocytes treated with trehalose and Adipocyte in Omentum
Data format
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sample015_028
bottom peaks comparison between CD14+ monocytes treated with trehalose and Subcutaneous adipocyte
Data format
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sample015_029
bottom peaks comparison between CD14+ monocytes treated with trehalose and Alveolar epithelial cell
Data format
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sample015_030
bottom peaks comparison between CD14+ monocytes treated with trehalose and Amniotic epithelial cell
Data format
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sample015_031
bottom peaks comparison between CD14+ monocytes treated with trehalose and Amniotic membrane cell
Data format
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sample015_032
bottom peaks comparison between CD14+ monocytes treated with trehalose and Anulus fibrosus cell in spinal cord
Data format
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sample015_033
bottom peaks comparison between CD14+ monocytes treated with trehalose and Adtrocyte in cerebellum
Data format
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sample015_034
bottom peaks comparison between CD14+ monocytes treated with trehalose and Astrocyte in cerebral cortex
Data format
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sample015_035
bottom peaks comparison between CD14+ monocytes treated with trehalose and Bronchial epithelial cell
Data format
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sample015_036
bottom peaks comparison between CD14+ monocytes treated with trehalose and Cardiac myocyte
Data format
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sample015_037
bottom peaks comparison between CD14+ monocytes treated with trehalose and Chondroblast cell in cartilage
Data format
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sample015_038
bottom peaks comparison between CD14+ monocytes treated with trehalose and Redifferentiated chondrocyte in cartilage
Data format
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sample015_039
bottom peaks comparison between CD14+ monocytes treated with trehalose and Chorionic membrane cell
Data format
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sample015_040
bottom peaks comparison between CD14+ monocytes treated with trehalose and Ciliary epithelial cell
Data format
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sample015_041
bottom peaks comparison between CD14+ monocytes treated with trehalose and Corneal epithelial cell
Data format
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sample015_042
bottom peaks comparison between CD14+ monocytes treated with trehalose and Immature monocyte-derived dendritic cell
Data format
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sample015_043
bottom peaks comparison between CD14+ monocytes treated with trehalose and Endothelial cell in aorta
Data format
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sample015_044
bottom peaks comparison between CD14+ monocytes treated with trehalose and Endothelial cell in artery
Data format
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sample015_045
bottom peaks comparison between CD14+ monocytes treated with trehalose and Endothelial cell in lymph vessel
Data format
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sample015_046
bottom peaks comparison between CD14+ monocytes treated with trehalose and Endothelial cell in microvessel
Data format
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sample015_047
bottom peaks comparison between CD14+ monocytes treated with trehalose and Endothelial cell in thorax
Data format
hide
sample015_048
bottom peaks comparison between CD14+ monocytes treated with trehalose and Endothelial cell in umbilical vein
Data format
hide
sample015_049
bottom peaks comparison between CD14+ monocytes treated with trehalose and Endothelial cell in vein
Data format
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sample015_050
bottom peaks comparison between CD14+ monocytes treated with trehalose and Epithelical cell in esophagus
Data format
hide
sample015_051
bottom peaks comparison between CD14+ monocytes treated with trehalose and Adventitial fibroblast in aorta
Data format
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sample015_052
bottom peaks comparison between CD14+ monocytes treated with trehalose and Fibroblast in heart
Data format
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sample015_053
bottom peaks comparison between CD14+ monocytes treated with trehalose and Fibroblast in choroid plexus
Data format
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sample015_054
bottom peaks comparison between CD14+ monocytes treated with trehalose and Fibroblast in conjunctiva
Data format
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sample015_055
bottom peaks comparison between CD14+ monocytes treated with trehalose and Fibroblast in derma
Data format
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sample015_056
bottom peaks comparison between CD14+ monocytes treated with trehalose and Fibroblast in lung
Data format
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sample015_057
bottom peaks comparison between CD14+ monocytes treated with trehalose and Fibroblast in lymphatic vessel
Data format
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sample015_058
bottom peaks comparison between CD14+ monocytes treated with trehalose and Fibroblast in mamma
Data format
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sample015_059
bottom peaks comparison between CD14+ monocytes treated with trehalose and Fibroblast in periodontal ligament
Data format
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sample015_060
bottom peaks comparison between CD14+ monocytes treated with trehalose and Fibroblast in skin for dystrophia mytonica sample
Data format
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sample015_061
bottom peaks comparison between CD14+ monocytes treated with trehalose and Fibroblast in skin for normal sample
Data format
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sample015_062
bottom peaks comparison between CD14+ monocytes treated with trehalose and Fibroblast in skin for spinal muscular atrophy
Data format
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sample015_063
bottom peaks comparison between CD14+ monocytes treated with trehalose and Fibroblast of villous mesenchymal cell
Data format
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sample015_064
bottom peaks comparison between CD14+ monocytes treated with trehalose and Gamma delta+ T cell
Data format
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sample015_065
bottom peaks comparison between CD14+ monocytes treated with trehalose and Gingival epithelial cell
Data format
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sample015_066
bottom peaks comparison between CD14+ monocytes treated with trehalose and Dermal papilla cell in hair follicle
Data format
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sample015_067
bottom peaks comparison between CD14+ monocytes treated with trehalose and Outer root sheath cell in hair follicle
Data format
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sample015_068
bottom peaks comparison between CD14+ monocytes treated with trehalose and Hepatic sinusoidal endothelial cell
Data format
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sample015_069
bottom peaks comparison between CD14+ monocytes treated with trehalose and Hepatic stellate lipocyte
Data format
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sample015_070
bottom peaks comparison between CD14+ monocytes treated with trehalose and Hepatocyte
Data format
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sample015_071
bottom peaks comparison between CD14+ monocytes treated with trehalose and Immature langerhans cell
Data format
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sample015_072
bottom peaks comparison between CD14+ monocytes treated with trehalose and Keratinocyte epidermal cell
Data format
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sample015_073
bottom peaks comparison between CD14+ monocytes treated with trehalose and Keratocyte
Data format
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sample015_074
bottom peaks comparison between CD14+ monocytes treated with trehalose and Lens epithelial cell
Data format
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sample015_075
bottom peaks comparison between CD14+ monocytes treated with trehalose and Monocyte-derived macrophage
Data format
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sample015_076
bottom peaks comparison between CD14+ monocytes treated with trehalose and Mallassez-devied cell
Data format
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sample015_077
bottom peaks comparison between CD14+ monocytes treated with trehalose and Mammary epithelial cell
Data format
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sample015_078
bottom peaks comparison between CD14+ monocytes treated with trehalose and Mast cell
Data format
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sample015_079
bottom peaks comparison between CD14+ monocytes treated with trehalose and Expanded mast cell
Data format
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sample015_080
bottom peaks comparison between CD14+ monocytes treated with trehalose and Expanded and stimulated mast cell
Data format
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sample015_081
bottom peaks comparison between CD14+ monocytes treated with trehalose and Melanocyte-dark
Data format
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sample015_082
bottom peaks comparison between CD14+ monocytes treated with trehalose and Melanocyte-light
Data format
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sample015_083
bottom peaks comparison between CD14+ monocytes treated with trehalose and Meningeal cell
Data format
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sample015_084
bottom peaks comparison between CD14+ monocytes treated with trehalose and Mesenchymal precursor cell in adipose
Data format
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sample015_085
bottom peaks comparison between CD14+ monocytes treated with trehalose and Mesenchymal precursor cell in bone marrow
Data format
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sample015_086
bottom peaks comparison between CD14+ monocytes treated with trehalose and Mesenchymal precursor cell in heart
Data format
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sample015_087
bottom peaks comparison between CD14+ monocytes treated with trehalose and Mesenchymal precursor cell in left ovary for ovarian cancer sample
Data format
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sample015_088
bottom peaks comparison between CD14+ monocytes treated with trehalose and Mesenchymal precursor cell for metastatic ovarian cancer sample
Data format
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sample015_089
bottom peaks comparison between CD14+ monocytes treated with trehalose and Mesenchymal precursor cell in right ovary for ovarian cancer sample
Data format
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sample015_090
bottom peaks comparison between CD14+ monocytes treated with trehalose and Mesenchymal stem cell in adipose
Data format
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sample015_091
bottom peaks comparison between CD14+ monocytes treated with trehalose and Mesenchymal stem cell in amniotic membrane
Data format
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sample015_092
bottom peaks comparison between CD14+ monocytes treated with trehalose and Mesenchymal stem cell in bone marrow
Data format
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sample015_093
bottom peaks comparison between CD14+ monocytes treated with trehalose and Mesenchymal stem cell in liver
Data format
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sample015_094
bottom peaks comparison between CD14+ monocytes treated with trehalose and Mesenchymal stem cell in umbilical cord
Data format
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sample015_095
bottom peaks comparison between CD14+ monocytes treated with trehalose and Mesothelial cell
Data format
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sample015_096
bottom peaks comparison between CD14+ monocytes treated with trehalose and Migratory langerhans cell
Data format
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sample015_097
bottom peaks comparison between CD14+ monocytes treated with trehalose and Mesenchymal stem cell of umbilical cord blood
Data format
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sample015_098
bottom peaks comparison between CD14+ monocytes treated with trehalose and Myoblast
Data format
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sample015_099
bottom peaks comparison between CD14+ monocytes treated with trehalose and Nasal epithelial cell
Data format
hide
sample015_100
bottom peaks comparison between CD14+ monocytes treated with trehalose and Natural killer cell
Data format
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sample015_101
bottom peaks comparison between CD14+ monocytes treated with trehalose and Neural stem cell
Data format
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sample015_102
bottom peaks comparison between CD14+ monocytes treated with trehalose and Neuron
Data format
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sample015_103
bottom peaks comparison between CD14+ monocytes treated with trehalose and Neutrophil cell
Data format
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sample015_104
bottom peaks comparison between CD14+ monocytes treated with trehalose and Nucleus pulposus
Data format
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sample015_105
bottom peaks comparison between CD14+ monocytes treated with trehalose and Olfactory epithelial cell
Data format
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sample015_106
bottom peaks comparison between CD14+ monocytes treated with trehalose and Osteoblast
Data format
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sample015_107
bottom peaks comparison between CD14+ monocytes treated with trehalose and Differentiated osteoblast
Data format
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sample015_108
bottom peaks comparison between CD14+ monocytes treated with trehalose and Pricyte
Data format
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sample015_109
bottom peaks comparison between CD14+ monocytes treated with trehalose and Perineurial
Data format
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sample015_110
bottom peaks comparison between CD14+ monocytes treated with trehalose and Peripheral blood mononuclear cell
Data format
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sample015_111
bottom peaks comparison between CD14+ monocytes treated with trehalose and Placental epithelial cell
Data format
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sample015_112
bottom peaks comparison between CD14+ monocytes treated with trehalose and Preadipocyte in breast
Data format
hide
sample015_113
bottom peaks comparison between CD14+ monocytes treated with trehalose and Preadipocyte in omentum
Data format
hide
sample015_114
bottom peaks comparison between CD14+ monocytes treated with trehalose and Subcutaneous preadipocyte
Data format
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sample015_115
bottom peaks comparison between CD14+ monocytes treated with trehalose and Visceral preadipocyte
Data format
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sample015_116
bottom peaks comparison between CD14+ monocytes treated with trehalose and Prostate epithelial cell
Data format
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sample015_117
bottom peaks comparison between CD14+ monocytes treated with trehalose and Prostate stromal cell
Data format
hide
sample015_118
bottom peaks comparison between CD14+ monocytes treated with trehalose and Renal cortical epithelial cell
Data format
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sample015_119
bottom peaks comparison between CD14+ monocytes treated with trehalose and Renal glomerular endothelial cell
Data format
hide
sample015_120
bottom peaks comparison between CD14+ monocytes treated with trehalose and Renal mesangial cell
Data format
hide
sample015_121
bottom peaks comparison between CD14+ monocytes treated with trehalose and Renal proximal tubular epithelial cell
Data format
hide
sample015_122
bottom peaks comparison between CD14+ monocytes treated with trehalose and Renal proximal tubular epithelial cell
Data format
hide
sample015_123
bottom peaks comparison between CD14+ monocytes treated with trehalose and Salivary acinar cell
Data format
hide
sample015_124
bottom peaks comparison between CD14+ monocytes treated with trehalose and Schwann
Data format
hide
sample015_125
bottom peaks comparison between CD14+ monocytes treated with trehalose and Sebocyte
Data format
hide
sample015_126
bottom peaks comparison between CD14+ monocytes treated with trehalose and Sertoli
Data format
hide
sample015_127
bottom peaks comparison between CD14+ monocytes treated with trehalose and Skeletal muscle
Data format
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sample015_128
bottom peaks comparison between CD14+ monocytes treated with trehalose and Skeletal muscle differentiated into myotubes
Data format
hide
sample015_129
bottom peaks comparison between CD14+ monocytes treated with trehalose and Skeletal muscle satellite cell
Data format
hide
sample015_130
bottom peaks comparison between CD14+ monocytes treated with trehalose and Small airway epithelial cell
Data format
hide
sample015_131
bottom peaks comparison between CD14+ monocytes treated with trehalose and Airway smooth muscle in asthma
Data format
hide
sample015_132
bottom peaks comparison between CD14+ monocytes treated with trehalose and Airway smooth muscle in control
Data format
hide
sample015_133
bottom peaks comparison between CD14+ monocytes treated with trehalose and Smooth muscle in aorta
Data format
hide
sample015_134
bottom peaks comparison between CD14+ monocytes treated with trehalose and Smooth muscle in brachiocephalic artery
Data format
hide
sample015_135
bottom peaks comparison between CD14+ monocytes treated with trehalose and Smooth muscle in brain vessel
Data format
hide
sample015_136
bottom peaks comparison between CD14+ monocytes treated with trehalose and Smooth muscle in bronchial tube
Data format
hide
sample015_137
bottom peaks comparison between CD14+ monocytes treated with trehalose and Smooth muscle in carotid artery
Data format
hide
sample015_138
bottom peaks comparison between CD14+ monocytes treated with trehalose and Smooth muscle in colon
Data format
hide
sample015_139
bottom peaks comparison between CD14+ monocytes treated with trehalose and Smooth muscle in coronary
Data format
hide
sample015_140
bottom peaks comparison between CD14+ monocytes treated with trehalose and Smooth muscle in esophagus
Data format
hide
sample015_141
bottom peaks comparison between CD14+ monocytes treated with trehalose and Smooth muscle in internal thoracic artery
Data format
hide
sample015_142
bottom peaks comparison between CD14+ monocytes treated with trehalose and Smooth muscle in prostate
Data format
hide
sample015_143
bottom peaks comparison between CD14+ monocytes treated with trehalose and Smooth muscle in pulmonary artery
Data format
hide
sample015_144
bottom peaks comparison between CD14+ monocytes treated with trehalose and Smooth muscle in subclavian artery
Data format
hide
sample015_145
bottom peaks comparison between CD14+ monocytes treated with trehalose and Smooth muscle in trachea
Data format
hide
sample015_146
bottom peaks comparison between CD14+ monocytes treated with trehalose and Smooth muscle in umbilical artery
Data format
hide
sample015_147
bottom peaks comparison between CD14+ monocytes treated with trehalose and Smooth muscle in umbilical vein
Data format
hide
sample015_148
bottom peaks comparison between CD14+ monocytes treated with trehalose and Smooth muscle in uterine
Data format
hide
sample015_149
bottom peaks comparison between CD14+ monocytes treated with trehalose and Synoviocyte
Data format
hide
sample015_150
bottom peaks comparison between CD14+ monocytes treated with trehalose and Tenocyte
Data format
hide
sample015_151
bottom peaks comparison between CD14+ monocytes treated with trehalose and Trabecular meshwork
Data format
hide
sample015_152
bottom peaks comparison between CD14+ monocytes treated with trehalose and Tracheal epithelial cell
Data format
hide
sample015_153
bottom peaks comparison between CD14+ monocytes treated with trehalose and Urothelial cell
Data format
hide
sample015_154
bottom peaks comparison between CD14+ monocytes treated with trehalose and Whole blood for donor 1
Data format
hide
sample015_155
bottom peaks comparison between CD14+ monocytes treated with trehalose and Whole blood for donor 2
Data format
hide
sample015_156
bottom peaks comparison between CD14+ monocytes treated with trehalose and Whole blood for donor 3
Data format
hide
sample016_017
bottom peaks comparison between CD19+ B cell and CD34 cell differentiated to erythrocyte lineage
Data format
hide
sample016_018
bottom peaks comparison between CD19+ B cell and CD4+CD25-CD45RA- memory conventional T cells expanded
Data format
hide
sample016_019
bottom peaks comparison between CD19+ B cell and CD4+CD25+CD45RA- memory regulatory T cell
Data format
hide
sample016_020
bottom peaks comparison between CD19+ B cell and CD4+CD25+CD45RA- memory regulatory T cell expanded
Data format
hide
sample016_021
bottom peaks comparison between CD19+ B cell and CD4+CD25-CD45RA+ naive conventional T cell
Data format
hide
sample016_022
bottom peaks comparison between CD19+ B cell and CD4+CD25-CD45RA+ naive conventional T cells expanded
Data format
hide
sample016_023
bottom peaks comparison between CD19+ B cell and CD4+CD25+CD45RA+ naive regulatory T cell expanded
Data format
hide
sample016_024
bottom peaks comparison between CD19+ B cell and CD4+ T cell
Data format
hide
sample016_025
bottom peaks comparison between CD19+ B cell and CD8+ T cell
Data format
hide
sample016_026
bottom peaks comparison between CD19+ B cell and Adipocyte in breast
Data format
hide
sample016_027
bottom peaks comparison between CD19+ B cell and Adipocyte in Omentum
Data format
hide
sample016_028
bottom peaks comparison between CD19+ B cell and Subcutaneous adipocyte
Data format
hide
sample016_029
bottom peaks comparison between CD19+ B cell and Alveolar epithelial cell
Data format
hide
sample016_030
bottom peaks comparison between CD19+ B cell and Amniotic epithelial cell
Data format
hide
sample016_031
bottom peaks comparison between CD19+ B cell and Amniotic membrane cell
Data format
hide
sample016_032
bottom peaks comparison between CD19+ B cell and Anulus fibrosus cell in spinal cord
Data format
hide
sample016_033
bottom peaks comparison between CD19+ B cell and Adtrocyte in cerebellum
Data format
hide
sample016_034
bottom peaks comparison between CD19+ B cell and Astrocyte in cerebral cortex
Data format
hide
sample016_035
bottom peaks comparison between CD19+ B cell and Bronchial epithelial cell
Data format
hide
sample016_036
bottom peaks comparison between CD19+ B cell and Cardiac myocyte
Data format
hide
sample016_037
bottom peaks comparison between CD19+ B cell and Chondroblast cell in cartilage
Data format
hide
sample016_038
bottom peaks comparison between CD19+ B cell and Redifferentiated chondrocyte in cartilage
Data format
hide
sample016_039
bottom peaks comparison between CD19+ B cell and Chorionic membrane cell
Data format
hide
sample016_040
bottom peaks comparison between CD19+ B cell and Ciliary epithelial cell
Data format
hide
sample016_041
bottom peaks comparison between CD19+ B cell and Corneal epithelial cell
Data format
hide
sample016_042
bottom peaks comparison between CD19+ B cell and Immature monocyte-derived dendritic cell
Data format
hide
sample016_043
bottom peaks comparison between CD19+ B cell and Endothelial cell in aorta
Data format
hide
sample016_044
bottom peaks comparison between CD19+ B cell and Endothelial cell in artery
Data format
hide
sample016_045
bottom peaks comparison between CD19+ B cell and Endothelial cell in lymph vessel
Data format
hide
sample016_046
bottom peaks comparison between CD19+ B cell and Endothelial cell in microvessel
Data format
hide
sample016_047
bottom peaks comparison between CD19+ B cell and Endothelial cell in thorax
Data format
hide
sample016_048
bottom peaks comparison between CD19+ B cell and Endothelial cell in umbilical vein
Data format
hide
sample016_049
bottom peaks comparison between CD19+ B cell and Endothelial cell in vein
Data format
hide
sample016_050
bottom peaks comparison between CD19+ B cell and Epithelical cell in esophagus
Data format
hide
sample016_051
bottom peaks comparison between CD19+ B cell and Adventitial fibroblast in aorta
Data format
hide
sample016_052
bottom peaks comparison between CD19+ B cell and Fibroblast in heart
Data format
hide
sample016_053
bottom peaks comparison between CD19+ B cell and Fibroblast in choroid plexus
Data format
hide
sample016_054
bottom peaks comparison between CD19+ B cell and Fibroblast in conjunctiva
Data format
hide
sample016_055
bottom peaks comparison between CD19+ B cell and Fibroblast in derma
Data format
hide
sample016_056
bottom peaks comparison between CD19+ B cell and Fibroblast in lung
Data format
hide
sample016_057
bottom peaks comparison between CD19+ B cell and Fibroblast in lymphatic vessel
Data format
hide
sample016_058
bottom peaks comparison between CD19+ B cell and Fibroblast in mamma
Data format
hide
sample016_059
bottom peaks comparison between CD19+ B cell and Fibroblast in periodontal ligament
Data format
hide
sample016_060
bottom peaks comparison between CD19+ B cell and Fibroblast in skin for dystrophia mytonica sample
Data format
hide
sample016_061
bottom peaks comparison between CD19+ B cell and Fibroblast in skin for normal sample
Data format
hide
sample016_062
bottom peaks comparison between CD19+ B cell and Fibroblast in skin for spinal muscular atrophy
Data format
hide
sample016_063
bottom peaks comparison between CD19+ B cell and Fibroblast of villous mesenchymal cell
Data format
hide
sample016_064
bottom peaks comparison between CD19+ B cell and Gamma delta+ T cell
Data format
hide
sample016_065
bottom peaks comparison between CD19+ B cell and Gingival epithelial cell
Data format
hide
sample016_066
bottom peaks comparison between CD19+ B cell and Dermal papilla cell in hair follicle
Data format
hide
sample016_067
bottom peaks comparison between CD19+ B cell and Outer root sheath cell in hair follicle
Data format
hide
sample016_068
bottom peaks comparison between CD19+ B cell and Hepatic sinusoidal endothelial cell
Data format
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sample016_069
bottom peaks comparison between CD19+ B cell and Hepatic stellate lipocyte
Data format
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sample016_070
bottom peaks comparison between CD19+ B cell and Hepatocyte
Data format
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sample016_071
bottom peaks comparison between CD19+ B cell and Immature langerhans cell
Data format
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sample016_072
bottom peaks comparison between CD19+ B cell and Keratinocyte epidermal cell
Data format
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sample016_073
bottom peaks comparison between CD19+ B cell and Keratocyte
Data format
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sample016_074
bottom peaks comparison between CD19+ B cell and Lens epithelial cell
Data format
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sample016_075
bottom peaks comparison between CD19+ B cell and Monocyte-derived macrophage
Data format
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sample016_076
bottom peaks comparison between CD19+ B cell and Mallassez-devied cell
Data format
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sample016_077
bottom peaks comparison between CD19+ B cell and Mammary epithelial cell
Data format
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sample016_078
bottom peaks comparison between CD19+ B cell and Mast cell
Data format
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sample016_079
bottom peaks comparison between CD19+ B cell and Expanded mast cell
Data format
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sample016_080
bottom peaks comparison between CD19+ B cell and Expanded and stimulated mast cell
Data format
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sample016_081
bottom peaks comparison between CD19+ B cell and Melanocyte-dark
Data format
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sample016_082
bottom peaks comparison between CD19+ B cell and Melanocyte-light
Data format
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sample016_083
bottom peaks comparison between CD19+ B cell and Meningeal cell
Data format
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sample016_084
bottom peaks comparison between CD19+ B cell and Mesenchymal precursor cell in adipose
Data format
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sample016_085
bottom peaks comparison between CD19+ B cell and Mesenchymal precursor cell in bone marrow
Data format
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sample016_086
bottom peaks comparison between CD19+ B cell and Mesenchymal precursor cell in heart
Data format
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sample016_087
bottom peaks comparison between CD19+ B cell and Mesenchymal precursor cell in left ovary for ovarian cancer sample
Data format
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sample016_088
bottom peaks comparison between CD19+ B cell and Mesenchymal precursor cell for metastatic ovarian cancer sample
Data format
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sample016_089
bottom peaks comparison between CD19+ B cell and Mesenchymal precursor cell in right ovary for ovarian cancer sample
Data format
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sample016_090
bottom peaks comparison between CD19+ B cell and Mesenchymal stem cell in adipose
Data format
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sample016_091
bottom peaks comparison between CD19+ B cell and Mesenchymal stem cell in amniotic membrane
Data format
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sample016_092
bottom peaks comparison between CD19+ B cell and Mesenchymal stem cell in bone marrow
Data format
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sample016_093
bottom peaks comparison between CD19+ B cell and Mesenchymal stem cell in liver
Data format
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sample016_094
bottom peaks comparison between CD19+ B cell and Mesenchymal stem cell in umbilical cord
Data format
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sample016_095
bottom peaks comparison between CD19+ B cell and Mesothelial cell
Data format
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sample016_096
bottom peaks comparison between CD19+ B cell and Migratory langerhans cell
Data format
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sample016_097
bottom peaks comparison between CD19+ B cell and Mesenchymal stem cell of umbilical cord blood
Data format
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sample016_098
bottom peaks comparison between CD19+ B cell and Myoblast
Data format
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sample016_099
bottom peaks comparison between CD19+ B cell and Nasal epithelial cell
Data format
hide
sample016_100
bottom peaks comparison between CD19+ B cell and Natural killer cell
Data format
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sample016_101
bottom peaks comparison between CD19+ B cell and Neural stem cell
Data format
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sample016_102
bottom peaks comparison between CD19+ B cell and Neuron
Data format
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sample016_103
bottom peaks comparison between CD19+ B cell and Neutrophil cell
Data format
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sample016_104
bottom peaks comparison between CD19+ B cell and Nucleus pulposus
Data format
hide
sample016_105
bottom peaks comparison between CD19+ B cell and Olfactory epithelial cell
Data format
hide
sample016_106
bottom peaks comparison between CD19+ B cell and Osteoblast
Data format
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sample016_107
bottom peaks comparison between CD19+ B cell and Differentiated osteoblast
Data format
hide
sample016_108
bottom peaks comparison between CD19+ B cell and Pricyte
Data format
hide
sample016_109
bottom peaks comparison between CD19+ B cell and Perineurial
Data format
hide
sample016_110
bottom peaks comparison between CD19+ B cell and Peripheral blood mononuclear cell
Data format
hide
sample016_111
bottom peaks comparison between CD19+ B cell and Placental epithelial cell
Data format
hide
sample016_112
bottom peaks comparison between CD19+ B cell and Preadipocyte in breast
Data format
hide
sample016_113
bottom peaks comparison between CD19+ B cell and Preadipocyte in omentum
Data format
hide
sample016_114
bottom peaks comparison between CD19+ B cell and Subcutaneous preadipocyte
Data format
hide
sample016_115
bottom peaks comparison between CD19+ B cell and Visceral preadipocyte
Data format
hide
sample016_116
bottom peaks comparison between CD19+ B cell and Prostate epithelial cell
Data format
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sample016_117
bottom peaks comparison between CD19+ B cell and Prostate stromal cell
Data format
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sample016_118
bottom peaks comparison between CD19+ B cell and Renal cortical epithelial cell
Data format
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sample016_119
bottom peaks comparison between CD19+ B cell and Renal glomerular endothelial cell
Data format
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sample016_120
bottom peaks comparison between CD19+ B cell and Renal mesangial cell
Data format
hide
sample016_121
bottom peaks comparison between CD19+ B cell and Renal proximal tubular epithelial cell
Data format
hide
sample016_122
bottom peaks comparison between CD19+ B cell and Renal proximal tubular epithelial cell
Data format
hide
sample016_123
bottom peaks comparison between CD19+ B cell and Salivary acinar cell
Data format
hide
sample016_124
bottom peaks comparison between CD19+ B cell and Schwann
Data format
hide
sample016_125
bottom peaks comparison between CD19+ B cell and Sebocyte
Data format
hide
sample016_126
bottom peaks comparison between CD19+ B cell and Sertoli
Data format
hide
sample016_127
bottom peaks comparison between CD19+ B cell and Skeletal muscle
Data format
hide
sample016_128
bottom peaks comparison between CD19+ B cell and Skeletal muscle differentiated into myotubes
Data format
hide
sample016_129
bottom peaks comparison between CD19+ B cell and Skeletal muscle satellite cell
Data format
hide
sample016_130
bottom peaks comparison between CD19+ B cell and Small airway epithelial cell
Data format
hide
sample016_131
bottom peaks comparison between CD19+ B cell and Airway smooth muscle in asthma
Data format
hide
sample016_132
bottom peaks comparison between CD19+ B cell and Airway smooth muscle in control
Data format
hide
sample016_133
bottom peaks comparison between CD19+ B cell and Smooth muscle in aorta
Data format
hide
sample016_134
bottom peaks comparison between CD19+ B cell and Smooth muscle in brachiocephalic artery
Data format
hide
sample016_135
bottom peaks comparison between CD19+ B cell and Smooth muscle in brain vessel
Data format
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sample016_136
bottom peaks comparison between CD19+ B cell and Smooth muscle in bronchial tube
Data format
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sample016_137
bottom peaks comparison between CD19+ B cell and Smooth muscle in carotid artery
Data format
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sample016_138
bottom peaks comparison between CD19+ B cell and Smooth muscle in colon
Data format
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sample016_139
bottom peaks comparison between CD19+ B cell and Smooth muscle in coronary
Data format
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sample016_140
bottom peaks comparison between CD19+ B cell and Smooth muscle in esophagus
Data format
hide
sample016_141
bottom peaks comparison between CD19+ B cell and Smooth muscle in internal thoracic artery
Data format
hide
sample016_142
bottom peaks comparison between CD19+ B cell and Smooth muscle in prostate
Data format
hide
sample016_143
bottom peaks comparison between CD19+ B cell and Smooth muscle in pulmonary artery
Data format
hide
sample016_144
bottom peaks comparison between CD19+ B cell and Smooth muscle in subclavian artery
Data format
hide
sample016_145
bottom peaks comparison between CD19+ B cell and Smooth muscle in trachea
Data format
hide
sample016_146
bottom peaks comparison between CD19+ B cell and Smooth muscle in umbilical artery
Data format
hide
sample016_147
bottom peaks comparison between CD19+ B cell and Smooth muscle in umbilical vein
Data format
hide
sample016_148
bottom peaks comparison between CD19+ B cell and Smooth muscle in uterine
Data format
hide
sample016_149
bottom peaks comparison between CD19+ B cell and Synoviocyte
Data format
hide
sample016_150
bottom peaks comparison between CD19+ B cell and Tenocyte
Data format
hide
sample016_151
bottom peaks comparison between CD19+ B cell and Trabecular meshwork
Data format
hide
sample016_152
bottom peaks comparison between CD19+ B cell and Tracheal epithelial cell
Data format
hide
sample016_153
bottom peaks comparison between CD19+ B cell and Urothelial cell
Data format
hide
sample016_154
bottom peaks comparison between CD19+ B cell and Whole blood for donor 1
Data format
hide
sample016_155
bottom peaks comparison between CD19+ B cell and Whole blood for donor 2
Data format
hide
sample016_156
bottom peaks comparison between CD19+ B cell and Whole blood for donor 3
Data format
hide
sample017_018
bottom peaks comparison between CD34 cell differentiated to erythrocyte lineage and CD4+CD25-CD45RA- memory conventional T cells expanded
Data format
hide
sample017_019
bottom peaks comparison between CD34 cell differentiated to erythrocyte lineage and CD4+CD25+CD45RA- memory regulatory T cell
Data format
hide
sample017_020
bottom peaks comparison between CD34 cell differentiated to erythrocyte lineage and CD4+CD25+CD45RA- memory regulatory T cell expanded
Data format
hide
sample017_021
bottom peaks comparison between CD34 cell differentiated to erythrocyte lineage and CD4+CD25-CD45RA+ naive conventional T cell
Data format
hide
sample017_022
bottom peaks comparison between CD34 cell differentiated to erythrocyte lineage and CD4+CD25-CD45RA+ naive conventional T cells expanded
Data format
hide
sample017_023
bottom peaks comparison between CD34 cell differentiated to erythrocyte lineage and CD4+CD25+CD45RA+ naive regulatory T cell expanded
Data format
hide
sample017_024
bottom peaks comparison between CD34 cell differentiated to erythrocyte lineage and CD4+ T cell
Data format
hide
sample017_025
bottom peaks comparison between CD34 cell differentiated to erythrocyte lineage and CD8+ T cell
Data format
hide
sample017_026
bottom peaks comparison between CD34 cell differentiated to erythrocyte lineage and Adipocyte in breast
Data format
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sample017_027
bottom peaks comparison between CD34 cell differentiated to erythrocyte lineage and Adipocyte in Omentum
Data format
hide
sample017_028
bottom peaks comparison between CD34 cell differentiated to erythrocyte lineage and Subcutaneous adipocyte
Data format
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sample017_029
bottom peaks comparison between CD34 cell differentiated to erythrocyte lineage and Alveolar epithelial cell
Data format
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sample017_030
bottom peaks comparison between CD34 cell differentiated to erythrocyte lineage and Amniotic epithelial cell
Data format
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sample017_031
bottom peaks comparison between CD34 cell differentiated to erythrocyte lineage and Amniotic membrane cell
Data format
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sample017_032
bottom peaks comparison between CD34 cell differentiated to erythrocyte lineage and Anulus fibrosus cell in spinal cord
Data format
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sample017_033
bottom peaks comparison between CD34 cell differentiated to erythrocyte lineage and Adtrocyte in cerebellum
Data format
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sample017_034
bottom peaks comparison between CD34 cell differentiated to erythrocyte lineage and Astrocyte in cerebral cortex
Data format
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sample017_035
bottom peaks comparison between CD34 cell differentiated to erythrocyte lineage and Bronchial epithelial cell
Data format
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sample017_036
bottom peaks comparison between CD34 cell differentiated to erythrocyte lineage and Cardiac myocyte
Data format
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sample017_037
bottom peaks comparison between CD34 cell differentiated to erythrocyte lineage and Chondroblast cell in cartilage
Data format
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sample017_038
bottom peaks comparison between CD34 cell differentiated to erythrocyte lineage and Redifferentiated chondrocyte in cartilage
Data format
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sample017_039
bottom peaks comparison between CD34 cell differentiated to erythrocyte lineage and Chorionic membrane cell
Data format
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sample017_040
bottom peaks comparison between CD34 cell differentiated to erythrocyte lineage and Ciliary epithelial cell
Data format
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sample017_041
bottom peaks comparison between CD34 cell differentiated to erythrocyte lineage and Corneal epithelial cell
Data format
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sample017_042
bottom peaks comparison between CD34 cell differentiated to erythrocyte lineage and Immature monocyte-derived dendritic cell
Data format
hide
sample017_043
bottom peaks comparison between CD34 cell differentiated to erythrocyte lineage and Endothelial cell in aorta
Data format
hide
sample017_044
bottom peaks comparison between CD34 cell differentiated to erythrocyte lineage and Endothelial cell in artery
Data format
hide
sample017_045
bottom peaks comparison between CD34 cell differentiated to erythrocyte lineage and Endothelial cell in lymph vessel
Data format
hide
sample017_046
bottom peaks comparison between CD34 cell differentiated to erythrocyte lineage and Endothelial cell in microvessel
Data format
hide
sample017_047
bottom peaks comparison between CD34 cell differentiated to erythrocyte lineage and Endothelial cell in thorax
Data format
hide
sample017_048
bottom peaks comparison between CD34 cell differentiated to erythrocyte lineage and Endothelial cell in umbilical vein
Data format
hide
sample017_049
bottom peaks comparison between CD34 cell differentiated to erythrocyte lineage and Endothelial cell in vein
Data format
hide
sample017_050
bottom peaks comparison between CD34 cell differentiated to erythrocyte lineage and Epithelical cell in esophagus
Data format
hide
sample017_051
bottom peaks comparison between CD34 cell differentiated to erythrocyte lineage and Adventitial fibroblast in aorta
Data format
hide
sample017_052
bottom peaks comparison between CD34 cell differentiated to erythrocyte lineage and Fibroblast in heart
Data format
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sample017_053
bottom peaks comparison between CD34 cell differentiated to erythrocyte lineage and Fibroblast in choroid plexus
Data format
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sample017_054
bottom peaks comparison between CD34 cell differentiated to erythrocyte lineage and Fibroblast in conjunctiva
Data format
hide
sample017_055
bottom peaks comparison between CD34 cell differentiated to erythrocyte lineage and Fibroblast in derma
Data format
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sample017_056
bottom peaks comparison between CD34 cell differentiated to erythrocyte lineage and Fibroblast in lung
Data format
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sample017_057
bottom peaks comparison between CD34 cell differentiated to erythrocyte lineage and Fibroblast in lymphatic vessel
Data format
hide
sample017_058
bottom peaks comparison between CD34 cell differentiated to erythrocyte lineage and Fibroblast in mamma
Data format
hide
sample017_059
bottom peaks comparison between CD34 cell differentiated to erythrocyte lineage and Fibroblast in periodontal ligament
Data format
hide
sample017_060
bottom peaks comparison between CD34 cell differentiated to erythrocyte lineage and Fibroblast in skin for dystrophia mytonica sample
Data format
hide
sample017_061
bottom peaks comparison between CD34 cell differentiated to erythrocyte lineage and Fibroblast in skin for normal sample
Data format
hide
sample017_062
bottom peaks comparison between CD34 cell differentiated to erythrocyte lineage and Fibroblast in skin for spinal muscular atrophy
Data format
hide
sample017_063
bottom peaks comparison between CD34 cell differentiated to erythrocyte lineage and Fibroblast of villous mesenchymal cell
Data format
hide
sample017_064
bottom peaks comparison between CD34 cell differentiated to erythrocyte lineage and Gamma delta+ T cell
Data format
hide
sample017_065
bottom peaks comparison between CD34 cell differentiated to erythrocyte lineage and Gingival epithelial cell
Data format
hide
sample017_066
bottom peaks comparison between CD34 cell differentiated to erythrocyte lineage and Dermal papilla cell in hair follicle
Data format
hide
sample017_067
bottom peaks comparison between CD34 cell differentiated to erythrocyte lineage and Outer root sheath cell in hair follicle
Data format
hide
sample017_068
bottom peaks comparison between CD34 cell differentiated to erythrocyte lineage and Hepatic sinusoidal endothelial cell
Data format
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sample017_069
bottom peaks comparison between CD34 cell differentiated to erythrocyte lineage and Hepatic stellate lipocyte
Data format
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sample017_070
bottom peaks comparison between CD34 cell differentiated to erythrocyte lineage and Hepatocyte
Data format
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sample017_071
bottom peaks comparison between CD34 cell differentiated to erythrocyte lineage and Immature langerhans cell
Data format
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sample017_072
bottom peaks comparison between CD34 cell differentiated to erythrocyte lineage and Keratinocyte epidermal cell
Data format
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sample017_073
bottom peaks comparison between CD34 cell differentiated to erythrocyte lineage and Keratocyte
Data format
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sample017_074
bottom peaks comparison between CD34 cell differentiated to erythrocyte lineage and Lens epithelial cell
Data format
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sample017_075
bottom peaks comparison between CD34 cell differentiated to erythrocyte lineage and Monocyte-derived macrophage
Data format
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sample017_076
bottom peaks comparison between CD34 cell differentiated to erythrocyte lineage and Mallassez-devied cell
Data format
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sample017_077
bottom peaks comparison between CD34 cell differentiated to erythrocyte lineage and Mammary epithelial cell
Data format
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sample017_078
bottom peaks comparison between CD34 cell differentiated to erythrocyte lineage and Mast cell
Data format
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sample017_079
bottom peaks comparison between CD34 cell differentiated to erythrocyte lineage and Expanded mast cell
Data format
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sample017_080
bottom peaks comparison between CD34 cell differentiated to erythrocyte lineage and Expanded and stimulated mast cell
Data format
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sample017_081
bottom peaks comparison between CD34 cell differentiated to erythrocyte lineage and Melanocyte-dark
Data format
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sample017_082
bottom peaks comparison between CD34 cell differentiated to erythrocyte lineage and Melanocyte-light
Data format
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sample017_083
bottom peaks comparison between CD34 cell differentiated to erythrocyte lineage and Meningeal cell
Data format
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sample017_084
bottom peaks comparison between CD34 cell differentiated to erythrocyte lineage and Mesenchymal precursor cell in adipose
Data format
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sample017_085
bottom peaks comparison between CD34 cell differentiated to erythrocyte lineage and Mesenchymal precursor cell in bone marrow
Data format
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sample017_086
bottom peaks comparison between CD34 cell differentiated to erythrocyte lineage and Mesenchymal precursor cell in heart
Data format
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sample017_087
bottom peaks comparison between CD34 cell differentiated to erythrocyte lineage and Mesenchymal precursor cell in left ovary for ovarian cancer sample
Data format
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sample017_088
bottom peaks comparison between CD34 cell differentiated to erythrocyte lineage and Mesenchymal precursor cell for metastatic ovarian cancer sample
Data format
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sample017_089
bottom peaks comparison between CD34 cell differentiated to erythrocyte lineage and Mesenchymal precursor cell in right ovary for ovarian cancer sample
Data format
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sample017_090
bottom peaks comparison between CD34 cell differentiated to erythrocyte lineage and Mesenchymal stem cell in adipose
Data format
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sample017_091
bottom peaks comparison between CD34 cell differentiated to erythrocyte lineage and Mesenchymal stem cell in amniotic membrane
Data format
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sample017_092
bottom peaks comparison between CD34 cell differentiated to erythrocyte lineage and Mesenchymal stem cell in bone marrow
Data format
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sample017_093
bottom peaks comparison between CD34 cell differentiated to erythrocyte lineage and Mesenchymal stem cell in liver
Data format
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sample017_094
bottom peaks comparison between CD34 cell differentiated to erythrocyte lineage and Mesenchymal stem cell in umbilical cord
Data format
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sample017_095
bottom peaks comparison between CD34 cell differentiated to erythrocyte lineage and Mesothelial cell
Data format
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sample017_096
bottom peaks comparison between CD34 cell differentiated to erythrocyte lineage and Migratory langerhans cell
Data format
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sample017_097
bottom peaks comparison between CD34 cell differentiated to erythrocyte lineage and Mesenchymal stem cell of umbilical cord blood
Data format
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sample017_098
bottom peaks comparison between CD34 cell differentiated to erythrocyte lineage and Myoblast
Data format
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sample017_099
bottom peaks comparison between CD34 cell differentiated to erythrocyte lineage and Nasal epithelial cell
Data format
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sample017_100
bottom peaks comparison between CD34 cell differentiated to erythrocyte lineage and Natural killer cell
Data format
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sample017_101
bottom peaks comparison between CD34 cell differentiated to erythrocyte lineage and Neural stem cell
Data format
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sample017_102
bottom peaks comparison between CD34 cell differentiated to erythrocyte lineage and Neuron
Data format
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sample017_103
bottom peaks comparison between CD34 cell differentiated to erythrocyte lineage and Neutrophil cell
Data format
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sample017_104
bottom peaks comparison between CD34 cell differentiated to erythrocyte lineage and Nucleus pulposus
Data format
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sample017_105
bottom peaks comparison between CD34 cell differentiated to erythrocyte lineage and Olfactory epithelial cell
Data format
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sample017_106
bottom peaks comparison between CD34 cell differentiated to erythrocyte lineage and Osteoblast
Data format
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sample017_107
bottom peaks comparison between CD34 cell differentiated to erythrocyte lineage and Differentiated osteoblast
Data format
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sample017_108
bottom peaks comparison between CD34 cell differentiated to erythrocyte lineage and Pricyte
Data format
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sample017_109
bottom peaks comparison between CD34 cell differentiated to erythrocyte lineage and Perineurial
Data format
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sample017_110
bottom peaks comparison between CD34 cell differentiated to erythrocyte lineage and Peripheral blood mononuclear cell
Data format
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sample017_111
bottom peaks comparison between CD34 cell differentiated to erythrocyte lineage and Placental epithelial cell
Data format
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sample017_112
bottom peaks comparison between CD34 cell differentiated to erythrocyte lineage and Preadipocyte in breast
Data format
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sample017_113
bottom peaks comparison between CD34 cell differentiated to erythrocyte lineage and Preadipocyte in omentum
Data format
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sample017_114
bottom peaks comparison between CD34 cell differentiated to erythrocyte lineage and Subcutaneous preadipocyte
Data format
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sample017_115
bottom peaks comparison between CD34 cell differentiated to erythrocyte lineage and Visceral preadipocyte
Data format
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sample017_116
bottom peaks comparison between CD34 cell differentiated to erythrocyte lineage and Prostate epithelial cell
Data format
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sample017_117
bottom peaks comparison between CD34 cell differentiated to erythrocyte lineage and Prostate stromal cell
Data format
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sample017_118
bottom peaks comparison between CD34 cell differentiated to erythrocyte lineage and Renal cortical epithelial cell
Data format
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sample017_119
bottom peaks comparison between CD34 cell differentiated to erythrocyte lineage and Renal glomerular endothelial cell
Data format
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sample017_120
bottom peaks comparison between CD34 cell differentiated to erythrocyte lineage and Renal mesangial cell
Data format
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sample017_121
bottom peaks comparison between CD34 cell differentiated to erythrocyte lineage and Renal proximal tubular epithelial cell
Data format
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sample017_122
bottom peaks comparison between CD34 cell differentiated to erythrocyte lineage and Renal proximal tubular epithelial cell
Data format
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sample017_123
bottom peaks comparison between CD34 cell differentiated to erythrocyte lineage and Salivary acinar cell
Data format
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sample017_124
bottom peaks comparison between CD34 cell differentiated to erythrocyte lineage and Schwann
Data format
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sample017_125
bottom peaks comparison between CD34 cell differentiated to erythrocyte lineage and Sebocyte
Data format
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sample017_126
bottom peaks comparison between CD34 cell differentiated to erythrocyte lineage and Sertoli
Data format
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sample017_127
bottom peaks comparison between CD34 cell differentiated to erythrocyte lineage and Skeletal muscle
Data format
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sample017_128
bottom peaks comparison between CD34 cell differentiated to erythrocyte lineage and Skeletal muscle differentiated into myotubes
Data format
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sample017_129
bottom peaks comparison between CD34 cell differentiated to erythrocyte lineage and Skeletal muscle satellite cell
Data format
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sample017_130
bottom peaks comparison between CD34 cell differentiated to erythrocyte lineage and Small airway epithelial cell
Data format
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sample017_131
bottom peaks comparison between CD34 cell differentiated to erythrocyte lineage and Airway smooth muscle in asthma
Data format
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sample017_132
bottom peaks comparison between CD34 cell differentiated to erythrocyte lineage and Airway smooth muscle in control
Data format
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sample017_133
bottom peaks comparison between CD34 cell differentiated to erythrocyte lineage and Smooth muscle in aorta
Data format
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sample017_134
bottom peaks comparison between CD34 cell differentiated to erythrocyte lineage and Smooth muscle in brachiocephalic artery
Data format
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sample017_135
bottom peaks comparison between CD34 cell differentiated to erythrocyte lineage and Smooth muscle in brain vessel
Data format
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sample017_136
bottom peaks comparison between CD34 cell differentiated to erythrocyte lineage and Smooth muscle in bronchial tube
Data format
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sample017_137
bottom peaks comparison between CD34 cell differentiated to erythrocyte lineage and Smooth muscle in carotid artery
Data format
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sample017_138
bottom peaks comparison between CD34 cell differentiated to erythrocyte lineage and Smooth muscle in colon
Data format
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sample017_139
bottom peaks comparison between CD34 cell differentiated to erythrocyte lineage and Smooth muscle in coronary
Data format
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sample017_140
bottom peaks comparison between CD34 cell differentiated to erythrocyte lineage and Smooth muscle in esophagus
Data format
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sample017_141
bottom peaks comparison between CD34 cell differentiated to erythrocyte lineage and Smooth muscle in internal thoracic artery
Data format
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sample017_142
bottom peaks comparison between CD34 cell differentiated to erythrocyte lineage and Smooth muscle in prostate
Data format
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sample017_143
bottom peaks comparison between CD34 cell differentiated to erythrocyte lineage and Smooth muscle in pulmonary artery
Data format
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sample017_144
bottom peaks comparison between CD34 cell differentiated to erythrocyte lineage and Smooth muscle in subclavian artery
Data format
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sample017_145
bottom peaks comparison between CD34 cell differentiated to erythrocyte lineage and Smooth muscle in trachea
Data format
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sample017_146
bottom peaks comparison between CD34 cell differentiated to erythrocyte lineage and Smooth muscle in umbilical artery
Data format
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sample017_147
bottom peaks comparison between CD34 cell differentiated to erythrocyte lineage and Smooth muscle in umbilical vein
Data format
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sample017_148
bottom peaks comparison between CD34 cell differentiated to erythrocyte lineage and Smooth muscle in uterine
Data format
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sample017_149
bottom peaks comparison between CD34 cell differentiated to erythrocyte lineage and Synoviocyte
Data format
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sample017_150
bottom peaks comparison between CD34 cell differentiated to erythrocyte lineage and Tenocyte
Data format
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sample017_151
bottom peaks comparison between CD34 cell differentiated to erythrocyte lineage and Trabecular meshwork
Data format
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sample017_152
bottom peaks comparison between CD34 cell differentiated to erythrocyte lineage and Tracheal epithelial cell
Data format
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sample017_153
bottom peaks comparison between CD34 cell differentiated to erythrocyte lineage and Urothelial cell
Data format
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sample017_154
bottom peaks comparison between CD34 cell differentiated to erythrocyte lineage and Whole blood for donor 1
Data format
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sample017_155
bottom peaks comparison between CD34 cell differentiated to erythrocyte lineage and Whole blood for donor 2
Data format
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sample017_156
bottom peaks comparison between CD34 cell differentiated to erythrocyte lineage and Whole blood for donor 3
Data format
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sample018_019
bottom peaks comparison between CD4+CD25-CD45RA- memory conventional T cells expanded and CD4+CD25+CD45RA- memory regulatory T cell
Data format
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sample018_020
bottom peaks comparison between CD4+CD25-CD45RA- memory conventional T cells expanded and CD4+CD25+CD45RA- memory regulatory T cell expanded
Data format
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sample018_021
bottom peaks comparison between CD4+CD25-CD45RA- memory conventional T cells expanded and CD4+CD25-CD45RA+ naive conventional T cell
Data format
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sample018_022
bottom peaks comparison between CD4+CD25-CD45RA- memory conventional T cells expanded and CD4+CD25-CD45RA+ naive conventional T cells expanded
Data format
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sample018_023
bottom peaks comparison between CD4+CD25-CD45RA- memory conventional T cells expanded and CD4+CD25+CD45RA+ naive regulatory T cell expanded
Data format
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sample018_024
bottom peaks comparison between CD4+CD25-CD45RA- memory conventional T cells expanded and CD4+ T cell
Data format
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sample018_025
bottom peaks comparison between CD4+CD25-CD45RA- memory conventional T cells expanded and CD8+ T cell
Data format
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sample018_026
bottom peaks comparison between CD4+CD25-CD45RA- memory conventional T cells expanded and Adipocyte in breast
Data format
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sample018_027
bottom peaks comparison between CD4+CD25-CD45RA- memory conventional T cells expanded and Adipocyte in Omentum
Data format
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sample018_028
bottom peaks comparison between CD4+CD25-CD45RA- memory conventional T cells expanded and Subcutaneous adipocyte
Data format
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sample018_029
bottom peaks comparison between CD4+CD25-CD45RA- memory conventional T cells expanded and Alveolar epithelial cell
Data format
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sample018_030
bottom peaks comparison between CD4+CD25-CD45RA- memory conventional T cells expanded and Amniotic epithelial cell
Data format
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sample018_031
bottom peaks comparison between CD4+CD25-CD45RA- memory conventional T cells expanded and Amniotic membrane cell
Data format
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sample018_032
bottom peaks comparison between CD4+CD25-CD45RA- memory conventional T cells expanded and Anulus fibrosus cell in spinal cord
Data format
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sample018_033
bottom peaks comparison between CD4+CD25-CD45RA- memory conventional T cells expanded and Adtrocyte in cerebellum
Data format
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sample018_034
bottom peaks comparison between CD4+CD25-CD45RA- memory conventional T cells expanded and Astrocyte in cerebral cortex
Data format
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sample018_035
bottom peaks comparison between CD4+CD25-CD45RA- memory conventional T cells expanded and Bronchial epithelial cell
Data format
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sample018_036
bottom peaks comparison between CD4+CD25-CD45RA- memory conventional T cells expanded and Cardiac myocyte
Data format
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sample018_037
bottom peaks comparison between CD4+CD25-CD45RA- memory conventional T cells expanded and Chondroblast cell in cartilage
Data format
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sample018_038
bottom peaks comparison between CD4+CD25-CD45RA- memory conventional T cells expanded and Redifferentiated chondrocyte in cartilage
Data format
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sample018_039
bottom peaks comparison between CD4+CD25-CD45RA- memory conventional T cells expanded and Chorionic membrane cell
Data format
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sample018_040
bottom peaks comparison between CD4+CD25-CD45RA- memory conventional T cells expanded and Ciliary epithelial cell
Data format
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sample018_041
bottom peaks comparison between CD4+CD25-CD45RA- memory conventional T cells expanded and Corneal epithelial cell
Data format
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sample018_042
bottom peaks comparison between CD4+CD25-CD45RA- memory conventional T cells expanded and Immature monocyte-derived dendritic cell
Data format
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sample018_043
bottom peaks comparison between CD4+CD25-CD45RA- memory conventional T cells expanded and Endothelial cell in aorta
Data format
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sample018_044
bottom peaks comparison between CD4+CD25-CD45RA- memory conventional T cells expanded and Endothelial cell in artery
Data format
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sample018_045
bottom peaks comparison between CD4+CD25-CD45RA- memory conventional T cells expanded and Endothelial cell in lymph vessel
Data format
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sample018_046
bottom peaks comparison between CD4+CD25-CD45RA- memory conventional T cells expanded and Endothelial cell in microvessel
Data format
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sample018_047
bottom peaks comparison between CD4+CD25-CD45RA- memory conventional T cells expanded and Endothelial cell in thorax
Data format
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sample018_048
bottom peaks comparison between CD4+CD25-CD45RA- memory conventional T cells expanded and Endothelial cell in umbilical vein
Data format
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sample018_049
bottom peaks comparison between CD4+CD25-CD45RA- memory conventional T cells expanded and Endothelial cell in vein
Data format
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sample018_050
bottom peaks comparison between CD4+CD25-CD45RA- memory conventional T cells expanded and Epithelical cell in esophagus
Data format
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sample018_051
bottom peaks comparison between CD4+CD25-CD45RA- memory conventional T cells expanded and Adventitial fibroblast in aorta
Data format
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sample018_052
bottom peaks comparison between CD4+CD25-CD45RA- memory conventional T cells expanded and Fibroblast in heart
Data format
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sample018_053
bottom peaks comparison between CD4+CD25-CD45RA- memory conventional T cells expanded and Fibroblast in choroid plexus
Data format
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sample018_054
bottom peaks comparison between CD4+CD25-CD45RA- memory conventional T cells expanded and Fibroblast in conjunctiva
Data format
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sample018_055
bottom peaks comparison between CD4+CD25-CD45RA- memory conventional T cells expanded and Fibroblast in derma
Data format
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sample018_056
bottom peaks comparison between CD4+CD25-CD45RA- memory conventional T cells expanded and Fibroblast in lung
Data format
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sample018_057
bottom peaks comparison between CD4+CD25-CD45RA- memory conventional T cells expanded and Fibroblast in lymphatic vessel
Data format
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sample018_058
bottom peaks comparison between CD4+CD25-CD45RA- memory conventional T cells expanded and Fibroblast in mamma
Data format
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sample018_059
bottom peaks comparison between CD4+CD25-CD45RA- memory conventional T cells expanded and Fibroblast in periodontal ligament
Data format
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sample018_060
bottom peaks comparison between CD4+CD25-CD45RA- memory conventional T cells expanded and Fibroblast in skin for dystrophia mytonica sample
Data format
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sample018_061
bottom peaks comparison between CD4+CD25-CD45RA- memory conventional T cells expanded and Fibroblast in skin for normal sample
Data format
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sample018_062
bottom peaks comparison between CD4+CD25-CD45RA- memory conventional T cells expanded and Fibroblast in skin for spinal muscular atrophy
Data format
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sample018_063
bottom peaks comparison between CD4+CD25-CD45RA- memory conventional T cells expanded and Fibroblast of villous mesenchymal cell
Data format
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sample018_064
bottom peaks comparison between CD4+CD25-CD45RA- memory conventional T cells expanded and Gamma delta+ T cell
Data format
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sample018_065
bottom peaks comparison between CD4+CD25-CD45RA- memory conventional T cells expanded and Gingival epithelial cell
Data format
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sample018_066
bottom peaks comparison between CD4+CD25-CD45RA- memory conventional T cells expanded and Dermal papilla cell in hair follicle
Data format
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sample018_067
bottom peaks comparison between CD4+CD25-CD45RA- memory conventional T cells expanded and Outer root sheath cell in hair follicle
Data format
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sample018_068
bottom peaks comparison between CD4+CD25-CD45RA- memory conventional T cells expanded and Hepatic sinusoidal endothelial cell
Data format
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sample018_069
bottom peaks comparison between CD4+CD25-CD45RA- memory conventional T cells expanded and Hepatic stellate lipocyte
Data format
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sample018_070
bottom peaks comparison between CD4+CD25-CD45RA- memory conventional T cells expanded and Hepatocyte
Data format
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sample018_071
bottom peaks comparison between CD4+CD25-CD45RA- memory conventional T cells expanded and Immature langerhans cell
Data format
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sample018_072
bottom peaks comparison between CD4+CD25-CD45RA- memory conventional T cells expanded and Keratinocyte epidermal cell
Data format
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sample018_073
bottom peaks comparison between CD4+CD25-CD45RA- memory conventional T cells expanded and Keratocyte
Data format
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sample018_074
bottom peaks comparison between CD4+CD25-CD45RA- memory conventional T cells expanded and Lens epithelial cell
Data format
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sample018_075
bottom peaks comparison between CD4+CD25-CD45RA- memory conventional T cells expanded and Monocyte-derived macrophage
Data format
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sample018_076
bottom peaks comparison between CD4+CD25-CD45RA- memory conventional T cells expanded and Mallassez-devied cell
Data format
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sample018_077
bottom peaks comparison between CD4+CD25-CD45RA- memory conventional T cells expanded and Mammary epithelial cell
Data format
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sample018_078
bottom peaks comparison between CD4+CD25-CD45RA- memory conventional T cells expanded and Mast cell
Data format
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sample018_079
bottom peaks comparison between CD4+CD25-CD45RA- memory conventional T cells expanded and Expanded mast cell
Data format
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sample018_080
bottom peaks comparison between CD4+CD25-CD45RA- memory conventional T cells expanded and Expanded and stimulated mast cell
Data format
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sample018_081
bottom peaks comparison between CD4+CD25-CD45RA- memory conventional T cells expanded and Melanocyte-dark
Data format
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sample018_082
bottom peaks comparison between CD4+CD25-CD45RA- memory conventional T cells expanded and Melanocyte-light
Data format
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sample018_083
bottom peaks comparison between CD4+CD25-CD45RA- memory conventional T cells expanded and Meningeal cell
Data format
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sample018_084
bottom peaks comparison between CD4+CD25-CD45RA- memory conventional T cells expanded and Mesenchymal precursor cell in adipose
Data format
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sample018_085
bottom peaks comparison between CD4+CD25-CD45RA- memory conventional T cells expanded and Mesenchymal precursor cell in bone marrow
Data format
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sample018_086
bottom peaks comparison between CD4+CD25-CD45RA- memory conventional T cells expanded and Mesenchymal precursor cell in heart
Data format
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sample018_087
bottom peaks comparison between CD4+CD25-CD45RA- memory conventional T cells expanded and Mesenchymal precursor cell in left ovary for ovarian cancer sample
Data format
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sample018_088
bottom peaks comparison between CD4+CD25-CD45RA- memory conventional T cells expanded and Mesenchymal precursor cell for metastatic ovarian cancer sample
Data format
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sample018_089
bottom peaks comparison between CD4+CD25-CD45RA- memory conventional T cells expanded and Mesenchymal precursor cell in right ovary for ovarian cancer sample
Data format
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sample018_090
bottom peaks comparison between CD4+CD25-CD45RA- memory conventional T cells expanded and Mesenchymal stem cell in adipose
Data format
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sample018_091
bottom peaks comparison between CD4+CD25-CD45RA- memory conventional T cells expanded and Mesenchymal stem cell in amniotic membrane
Data format
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sample018_092
bottom peaks comparison between CD4+CD25-CD45RA- memory conventional T cells expanded and Mesenchymal stem cell in bone marrow
Data format
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sample018_093
bottom peaks comparison between CD4+CD25-CD45RA- memory conventional T cells expanded and Mesenchymal stem cell in liver
Data format
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sample018_094
bottom peaks comparison between CD4+CD25-CD45RA- memory conventional T cells expanded and Mesenchymal stem cell in umbilical cord
Data format
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sample018_095
bottom peaks comparison between CD4+CD25-CD45RA- memory conventional T cells expanded and Mesothelial cell
Data format
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sample018_096
bottom peaks comparison between CD4+CD25-CD45RA- memory conventional T cells expanded and Migratory langerhans cell
Data format
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sample018_097
bottom peaks comparison between CD4+CD25-CD45RA- memory conventional T cells expanded and Mesenchymal stem cell of umbilical cord blood
Data format
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sample018_098
bottom peaks comparison between CD4+CD25-CD45RA- memory conventional T cells expanded and Myoblast
Data format
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sample018_099
bottom peaks comparison between CD4+CD25-CD45RA- memory conventional T cells expanded and Nasal epithelial cell
Data format
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sample018_100
bottom peaks comparison between CD4+CD25-CD45RA- memory conventional T cells expanded and Natural killer cell
Data format
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sample018_101
bottom peaks comparison between CD4+CD25-CD45RA- memory conventional T cells expanded and Neural stem cell
Data format
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sample018_102
bottom peaks comparison between CD4+CD25-CD45RA- memory conventional T cells expanded and Neuron
Data format
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sample018_103
bottom peaks comparison between CD4+CD25-CD45RA- memory conventional T cells expanded and Neutrophil cell
Data format
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sample018_104
bottom peaks comparison between CD4+CD25-CD45RA- memory conventional T cells expanded and Nucleus pulposus
Data format
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sample018_105
bottom peaks comparison between CD4+CD25-CD45RA- memory conventional T cells expanded and Olfactory epithelial cell
Data format
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sample018_106
bottom peaks comparison between CD4+CD25-CD45RA- memory conventional T cells expanded and Osteoblast
Data format
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sample018_107
bottom peaks comparison between CD4+CD25-CD45RA- memory conventional T cells expanded and Differentiated osteoblast
Data format
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sample018_108
bottom peaks comparison between CD4+CD25-CD45RA- memory conventional T cells expanded and Pricyte
Data format
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sample018_109
bottom peaks comparison between CD4+CD25-CD45RA- memory conventional T cells expanded and Perineurial
Data format
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sample018_110
bottom peaks comparison between CD4+CD25-CD45RA- memory conventional T cells expanded and Peripheral blood mononuclear cell
Data format
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sample018_111
bottom peaks comparison between CD4+CD25-CD45RA- memory conventional T cells expanded and Placental epithelial cell
Data format
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sample018_112
bottom peaks comparison between CD4+CD25-CD45RA- memory conventional T cells expanded and Preadipocyte in breast
Data format
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sample018_113
bottom peaks comparison between CD4+CD25-CD45RA- memory conventional T cells expanded and Preadipocyte in omentum
Data format
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sample018_114
bottom peaks comparison between CD4+CD25-CD45RA- memory conventional T cells expanded and Subcutaneous preadipocyte
Data format
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sample018_115
bottom peaks comparison between CD4+CD25-CD45RA- memory conventional T cells expanded and Visceral preadipocyte
Data format
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sample018_116
bottom peaks comparison between CD4+CD25-CD45RA- memory conventional T cells expanded and Prostate epithelial cell
Data format
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sample018_117
bottom peaks comparison between CD4+CD25-CD45RA- memory conventional T cells expanded and Prostate stromal cell
Data format
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sample018_118
bottom peaks comparison between CD4+CD25-CD45RA- memory conventional T cells expanded and Renal cortical epithelial cell
Data format
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sample018_119
bottom peaks comparison between CD4+CD25-CD45RA- memory conventional T cells expanded and Renal glomerular endothelial cell
Data format
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sample018_120
bottom peaks comparison between CD4+CD25-CD45RA- memory conventional T cells expanded and Renal mesangial cell
Data format
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sample018_121
bottom peaks comparison between CD4+CD25-CD45RA- memory conventional T cells expanded and Renal proximal tubular epithelial cell
Data format
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sample018_122
bottom peaks comparison between CD4+CD25-CD45RA- memory conventional T cells expanded and Renal proximal tubular epithelial cell
Data format
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sample018_123
bottom peaks comparison between CD4+CD25-CD45RA- memory conventional T cells expanded and Salivary acinar cell
Data format
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sample018_124
bottom peaks comparison between CD4+CD25-CD45RA- memory conventional T cells expanded and Schwann
Data format
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sample018_125
bottom peaks comparison between CD4+CD25-CD45RA- memory conventional T cells expanded and Sebocyte
Data format
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sample018_126
bottom peaks comparison between CD4+CD25-CD45RA- memory conventional T cells expanded and Sertoli
Data format
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sample018_127
bottom peaks comparison between CD4+CD25-CD45RA- memory conventional T cells expanded and Skeletal muscle
Data format
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sample018_128
bottom peaks comparison between CD4+CD25-CD45RA- memory conventional T cells expanded and Skeletal muscle differentiated into myotubes
Data format
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sample018_129
bottom peaks comparison between CD4+CD25-CD45RA- memory conventional T cells expanded and Skeletal muscle satellite cell
Data format
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sample018_130
bottom peaks comparison between CD4+CD25-CD45RA- memory conventional T cells expanded and Small airway epithelial cell
Data format
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sample018_131
bottom peaks comparison between CD4+CD25-CD45RA- memory conventional T cells expanded and Airway smooth muscle in asthma
Data format
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sample018_132
bottom peaks comparison between CD4+CD25-CD45RA- memory conventional T cells expanded and Airway smooth muscle in control
Data format
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sample018_133
bottom peaks comparison between CD4+CD25-CD45RA- memory conventional T cells expanded and Smooth muscle in aorta
Data format
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sample018_134
bottom peaks comparison between CD4+CD25-CD45RA- memory conventional T cells expanded and Smooth muscle in brachiocephalic artery
Data format
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sample018_135
bottom peaks comparison between CD4+CD25-CD45RA- memory conventional T cells expanded and Smooth muscle in brain vessel
Data format
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sample018_136
bottom peaks comparison between CD4+CD25-CD45RA- memory conventional T cells expanded and Smooth muscle in bronchial tube
Data format
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sample018_137
bottom peaks comparison between CD4+CD25-CD45RA- memory conventional T cells expanded and Smooth muscle in carotid artery
Data format
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sample018_138
bottom peaks comparison between CD4+CD25-CD45RA- memory conventional T cells expanded and Smooth muscle in colon
Data format
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sample018_139
bottom peaks comparison between CD4+CD25-CD45RA- memory conventional T cells expanded and Smooth muscle in coronary
Data format
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sample018_140
bottom peaks comparison between CD4+CD25-CD45RA- memory conventional T cells expanded and Smooth muscle in esophagus
Data format
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sample018_141
bottom peaks comparison between CD4+CD25-CD45RA- memory conventional T cells expanded and Smooth muscle in internal thoracic artery
Data format
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sample018_142
bottom peaks comparison between CD4+CD25-CD45RA- memory conventional T cells expanded and Smooth muscle in prostate
Data format
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sample018_143
bottom peaks comparison between CD4+CD25-CD45RA- memory conventional T cells expanded and Smooth muscle in pulmonary artery
Data format
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sample018_144
bottom peaks comparison between CD4+CD25-CD45RA- memory conventional T cells expanded and Smooth muscle in subclavian artery
Data format
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sample018_145
bottom peaks comparison between CD4+CD25-CD45RA- memory conventional T cells expanded and Smooth muscle in trachea
Data format
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sample018_146
bottom peaks comparison between CD4+CD25-CD45RA- memory conventional T cells expanded and Smooth muscle in umbilical artery
Data format
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sample018_147
bottom peaks comparison between CD4+CD25-CD45RA- memory conventional T cells expanded and Smooth muscle in umbilical vein
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sample018_148
bottom peaks comparison between CD4+CD25-CD45RA- memory conventional T cells expanded and Smooth muscle in uterine
Data format
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sample018_149
bottom peaks comparison between CD4+CD25-CD45RA- memory conventional T cells expanded and Synoviocyte
Data format
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sample018_150
bottom peaks comparison between CD4+CD25-CD45RA- memory conventional T cells expanded and Tenocyte
Data format
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sample018_151
bottom peaks comparison between CD4+CD25-CD45RA- memory conventional T cells expanded and Trabecular meshwork
Data format
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sample018_152
bottom peaks comparison between CD4+CD25-CD45RA- memory conventional T cells expanded and Tracheal epithelial cell
Data format
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sample018_153
bottom peaks comparison between CD4+CD25-CD45RA- memory conventional T cells expanded and Urothelial cell
Data format
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sample018_154
bottom peaks comparison between CD4+CD25-CD45RA- memory conventional T cells expanded and Whole blood for donor 1
Data format
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sample018_155
bottom peaks comparison between CD4+CD25-CD45RA- memory conventional T cells expanded and Whole blood for donor 2
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sample018_156
bottom peaks comparison between CD4+CD25-CD45RA- memory conventional T cells expanded and Whole blood for donor 3
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sample019_020
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell and CD4+CD25+CD45RA- memory regulatory T cell expanded
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sample019_021
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell and CD4+CD25-CD45RA+ naive conventional T cell
Data format
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sample019_022
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell and CD4+CD25-CD45RA+ naive conventional T cells expanded
Data format
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sample019_023
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell and CD4+CD25+CD45RA+ naive regulatory T cell expanded
Data format
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sample019_024
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell and CD4+ T cell
Data format
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sample019_025
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell and CD8+ T cell
Data format
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sample019_026
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell and Adipocyte in breast
Data format
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sample019_027
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell and Adipocyte in Omentum
Data format
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sample019_028
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell and Subcutaneous adipocyte
Data format
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sample019_029
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell and Alveolar epithelial cell
Data format
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sample019_030
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell and Amniotic epithelial cell
Data format
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sample019_031
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell and Amniotic membrane cell
Data format
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sample019_032
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell and Anulus fibrosus cell in spinal cord
Data format
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sample019_033
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell and Adtrocyte in cerebellum
Data format
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sample019_034
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell and Astrocyte in cerebral cortex
Data format
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sample019_035
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell and Bronchial epithelial cell
Data format
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sample019_036
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell and Cardiac myocyte
Data format
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sample019_037
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell and Chondroblast cell in cartilage
Data format
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sample019_038
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell and Redifferentiated chondrocyte in cartilage
Data format
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sample019_039
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell and Chorionic membrane cell
Data format
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sample019_040
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell and Ciliary epithelial cell
Data format
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sample019_041
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell and Corneal epithelial cell
Data format
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sample019_042
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell and Immature monocyte-derived dendritic cell
Data format
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sample019_043
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell and Endothelial cell in aorta
Data format
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sample019_044
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell and Endothelial cell in artery
Data format
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sample019_045
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell and Endothelial cell in lymph vessel
Data format
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sample019_046
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell and Endothelial cell in microvessel
Data format
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sample019_047
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell and Endothelial cell in thorax
Data format
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sample019_048
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell and Endothelial cell in umbilical vein
Data format
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sample019_049
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell and Endothelial cell in vein
Data format
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sample019_050
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell and Epithelical cell in esophagus
Data format
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sample019_051
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell and Adventitial fibroblast in aorta
Data format
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sample019_052
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell and Fibroblast in heart
Data format
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sample019_053
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell and Fibroblast in choroid plexus
Data format
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sample019_054
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell and Fibroblast in conjunctiva
Data format
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sample019_055
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell and Fibroblast in derma
Data format
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sample019_056
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell and Fibroblast in lung
Data format
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sample019_057
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell and Fibroblast in lymphatic vessel
Data format
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sample019_058
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell and Fibroblast in mamma
Data format
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sample019_059
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell and Fibroblast in periodontal ligament
Data format
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sample019_060
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell and Fibroblast in skin for dystrophia mytonica sample
Data format
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sample019_061
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell and Fibroblast in skin for normal sample
Data format
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sample019_062
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell and Fibroblast in skin for spinal muscular atrophy
Data format
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sample019_063
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell and Fibroblast of villous mesenchymal cell
Data format
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sample019_064
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell and Gamma delta+ T cell
Data format
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sample019_065
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell and Gingival epithelial cell
Data format
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sample019_066
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell and Dermal papilla cell in hair follicle
Data format
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sample019_067
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell and Outer root sheath cell in hair follicle
Data format
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sample019_068
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell and Hepatic sinusoidal endothelial cell
Data format
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sample019_069
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell and Hepatic stellate lipocyte
Data format
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sample019_070
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell and Hepatocyte
Data format
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sample019_071
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell and Immature langerhans cell
Data format
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sample019_072
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell and Keratinocyte epidermal cell
Data format
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sample019_073
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell and Keratocyte
Data format
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sample019_074
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell and Lens epithelial cell
Data format
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sample019_075
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell and Monocyte-derived macrophage
Data format
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sample019_076
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell and Mallassez-devied cell
Data format
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sample019_077
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell and Mammary epithelial cell
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sample019_078
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell and Mast cell
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sample019_079
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell and Expanded mast cell
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sample019_080
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell and Expanded and stimulated mast cell
Data format
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sample019_081
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell and Melanocyte-dark
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sample019_082
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell and Melanocyte-light
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sample019_083
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell and Meningeal cell
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sample019_084
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell and Mesenchymal precursor cell in adipose
Data format
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sample019_085
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell and Mesenchymal precursor cell in bone marrow
Data format
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sample019_086
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell and Mesenchymal precursor cell in heart
Data format
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sample019_087
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell and Mesenchymal precursor cell in left ovary for ovarian cancer sample
Data format
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sample019_088
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell and Mesenchymal precursor cell for metastatic ovarian cancer sample
Data format
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sample019_089
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell and Mesenchymal precursor cell in right ovary for ovarian cancer sample
Data format
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sample019_090
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell and Mesenchymal stem cell in adipose
Data format
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sample019_091
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell and Mesenchymal stem cell in amniotic membrane
Data format
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sample019_092
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell and Mesenchymal stem cell in bone marrow
Data format
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sample019_093
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell and Mesenchymal stem cell in liver
Data format
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sample019_094
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell and Mesenchymal stem cell in umbilical cord
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sample019_095
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell and Mesothelial cell
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sample019_096
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell and Migratory langerhans cell
Data format
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sample019_097
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell and Mesenchymal stem cell of umbilical cord blood
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sample019_098
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell and Myoblast
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sample019_099
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell and Nasal epithelial cell
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sample019_100
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell and Natural killer cell
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sample019_101
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell and Neural stem cell
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sample019_102
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell and Neuron
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sample019_103
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell and Neutrophil cell
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sample019_104
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell and Nucleus pulposus
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sample019_105
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell and Olfactory epithelial cell
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sample019_106
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell and Osteoblast
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sample019_107
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell and Differentiated osteoblast
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sample019_108
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell and Pricyte
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sample019_109
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell and Perineurial
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sample019_110
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell and Peripheral blood mononuclear cell
Data format
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sample019_111
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell and Placental epithelial cell
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sample019_112
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell and Preadipocyte in breast
Data format
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sample019_113
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell and Preadipocyte in omentum
Data format
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sample019_114
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell and Subcutaneous preadipocyte
Data format
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sample019_115
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell and Visceral preadipocyte
Data format
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sample019_116
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell and Prostate epithelial cell
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sample019_117
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell and Prostate stromal cell
Data format
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sample019_118
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell and Renal cortical epithelial cell
Data format
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sample019_119
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell and Renal glomerular endothelial cell
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sample019_120
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell and Renal mesangial cell
Data format
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sample019_121
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell and Renal proximal tubular epithelial cell
Data format
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sample019_122
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell and Renal proximal tubular epithelial cell
Data format
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sample019_123
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell and Salivary acinar cell
Data format
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sample019_124
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell and Schwann
Data format
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sample019_125
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell and Sebocyte
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sample019_126
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell and Sertoli
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sample019_127
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell and Skeletal muscle
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sample019_128
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell and Skeletal muscle differentiated into myotubes
Data format
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sample019_129
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell and Skeletal muscle satellite cell
Data format
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sample019_130
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell and Small airway epithelial cell
Data format
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sample019_131
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell and Airway smooth muscle in asthma
Data format
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sample019_132
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell and Airway smooth muscle in control
Data format
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sample019_133
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell and Smooth muscle in aorta
Data format
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sample019_134
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell and Smooth muscle in brachiocephalic artery
Data format
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sample019_135
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell and Smooth muscle in brain vessel
Data format
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sample019_136
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell and Smooth muscle in bronchial tube
Data format
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sample019_137
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell and Smooth muscle in carotid artery
Data format
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sample019_138
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell and Smooth muscle in colon
Data format
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sample019_139
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell and Smooth muscle in coronary
Data format
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sample019_140
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell and Smooth muscle in esophagus
Data format
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sample019_141
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell and Smooth muscle in internal thoracic artery
Data format
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sample019_142
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell and Smooth muscle in prostate
Data format
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sample019_143
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell and Smooth muscle in pulmonary artery
Data format
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sample019_144
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell and Smooth muscle in subclavian artery
Data format
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sample019_145
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell and Smooth muscle in trachea
Data format
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sample019_146
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell and Smooth muscle in umbilical artery
Data format
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sample019_147
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell and Smooth muscle in umbilical vein
Data format
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sample019_148
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell and Smooth muscle in uterine
Data format
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sample019_149
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell and Synoviocyte
Data format
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sample019_150
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell and Tenocyte
Data format
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sample019_151
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell and Trabecular meshwork
Data format
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sample019_152
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell and Tracheal epithelial cell
Data format
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sample019_153
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell and Urothelial cell
Data format
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sample019_154
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell and Whole blood for donor 1
Data format
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sample019_155
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell and Whole blood for donor 2
Data format
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sample019_156
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell and Whole blood for donor 3
Data format
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sample020_021
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell expanded and CD4+CD25-CD45RA+ naive conventional T cell
Data format
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sample020_022
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell expanded and CD4+CD25-CD45RA+ naive conventional T cells expanded
Data format
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sample020_023
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell expanded and CD4+CD25+CD45RA+ naive regulatory T cell expanded
Data format
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sample020_024
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell expanded and CD4+ T cell
Data format
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sample020_025
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell expanded and CD8+ T cell
Data format
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sample020_026
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell expanded and Adipocyte in breast
Data format
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sample020_027
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell expanded and Adipocyte in Omentum
Data format
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sample020_028
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell expanded and Subcutaneous adipocyte
Data format
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sample020_029
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell expanded and Alveolar epithelial cell
Data format
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sample020_030
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell expanded and Amniotic epithelial cell
Data format
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sample020_031
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell expanded and Amniotic membrane cell
Data format
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sample020_032
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell expanded and Anulus fibrosus cell in spinal cord
Data format
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sample020_033
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell expanded and Adtrocyte in cerebellum
Data format
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sample020_034
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell expanded and Astrocyte in cerebral cortex
Data format
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sample020_035
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell expanded and Bronchial epithelial cell
Data format
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sample020_036
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell expanded and Cardiac myocyte
Data format
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sample020_037
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell expanded and Chondroblast cell in cartilage
Data format
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sample020_038
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell expanded and Redifferentiated chondrocyte in cartilage
Data format
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sample020_039
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell expanded and Chorionic membrane cell
Data format
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sample020_040
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell expanded and Ciliary epithelial cell
Data format
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sample020_041
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell expanded and Corneal epithelial cell
Data format
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sample020_042
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell expanded and Immature monocyte-derived dendritic cell
Data format
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sample020_043
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell expanded and Endothelial cell in aorta
Data format
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sample020_044
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell expanded and Endothelial cell in artery
Data format
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sample020_045
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell expanded and Endothelial cell in lymph vessel
Data format
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sample020_046
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell expanded and Endothelial cell in microvessel
Data format
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sample020_047
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell expanded and Endothelial cell in thorax
Data format
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sample020_048
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell expanded and Endothelial cell in umbilical vein
Data format
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sample020_049
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell expanded and Endothelial cell in vein
Data format
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sample020_050
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell expanded and Epithelical cell in esophagus
Data format
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sample020_051
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell expanded and Adventitial fibroblast in aorta
Data format
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sample020_052
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell expanded and Fibroblast in heart
Data format
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sample020_053
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell expanded and Fibroblast in choroid plexus
Data format
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sample020_054
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell expanded and Fibroblast in conjunctiva
Data format
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sample020_055
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell expanded and Fibroblast in derma
Data format
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sample020_056
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell expanded and Fibroblast in lung
Data format
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sample020_057
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell expanded and Fibroblast in lymphatic vessel
Data format
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sample020_058
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell expanded and Fibroblast in mamma
Data format
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sample020_059
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell expanded and Fibroblast in periodontal ligament
Data format
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sample020_060
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell expanded and Fibroblast in skin for dystrophia mytonica sample
Data format
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sample020_061
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell expanded and Fibroblast in skin for normal sample
Data format
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sample020_062
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell expanded and Fibroblast in skin for spinal muscular atrophy
Data format
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sample020_063
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell expanded and Fibroblast of villous mesenchymal cell
Data format
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sample020_064
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell expanded and Gamma delta+ T cell
Data format
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sample020_065
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell expanded and Gingival epithelial cell
Data format
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sample020_066
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell expanded and Dermal papilla cell in hair follicle
Data format
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sample020_067
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell expanded and Outer root sheath cell in hair follicle
Data format
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sample020_068
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell expanded and Hepatic sinusoidal endothelial cell
Data format
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sample020_069
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell expanded and Hepatic stellate lipocyte
Data format
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sample020_070
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell expanded and Hepatocyte
Data format
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sample020_071
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell expanded and Immature langerhans cell
Data format
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sample020_072
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell expanded and Keratinocyte epidermal cell
Data format
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sample020_073
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell expanded and Keratocyte
Data format
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sample020_074
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell expanded and Lens epithelial cell
Data format
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sample020_075
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell expanded and Monocyte-derived macrophage
Data format
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sample020_076
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell expanded and Mallassez-devied cell
Data format
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sample020_077
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell expanded and Mammary epithelial cell
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sample020_078
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell expanded and Mast cell
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sample020_079
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell expanded and Expanded mast cell
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sample020_080
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell expanded and Expanded and stimulated mast cell
Data format
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sample020_081
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell expanded and Melanocyte-dark
Data format
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sample020_082
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell expanded and Melanocyte-light
Data format
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sample020_083
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell expanded and Meningeal cell
Data format
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sample020_084
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell expanded and Mesenchymal precursor cell in adipose
Data format
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sample020_085
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell expanded and Mesenchymal precursor cell in bone marrow
Data format
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sample020_086
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell expanded and Mesenchymal precursor cell in heart
Data format
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sample020_087
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell expanded and Mesenchymal precursor cell in left ovary for ovarian cancer sample
Data format
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sample020_088
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell expanded and Mesenchymal precursor cell for metastatic ovarian cancer sample
Data format
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sample020_089
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell expanded and Mesenchymal precursor cell in right ovary for ovarian cancer sample
Data format
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sample020_090
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell expanded and Mesenchymal stem cell in adipose
Data format
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sample020_091
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell expanded and Mesenchymal stem cell in amniotic membrane
Data format
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sample020_092
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell expanded and Mesenchymal stem cell in bone marrow
Data format
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sample020_093
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell expanded and Mesenchymal stem cell in liver
Data format
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sample020_094
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell expanded and Mesenchymal stem cell in umbilical cord
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sample020_095
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell expanded and Mesothelial cell
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sample020_096
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell expanded and Migratory langerhans cell
Data format
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sample020_097
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell expanded and Mesenchymal stem cell of umbilical cord blood
Data format
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sample020_098
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell expanded and Myoblast
Data format
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sample020_099
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell expanded and Nasal epithelial cell
Data format
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sample020_100
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell expanded and Natural killer cell
Data format
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sample020_101
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell expanded and Neural stem cell
Data format
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sample020_102
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell expanded and Neuron
Data format
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sample020_103
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell expanded and Neutrophil cell
Data format
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sample020_104
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell expanded and Nucleus pulposus
Data format
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sample020_105
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell expanded and Olfactory epithelial cell
Data format
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sample020_106
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell expanded and Osteoblast
Data format
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sample020_107
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell expanded and Differentiated osteoblast
Data format
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sample020_108
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell expanded and Pricyte
Data format
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sample020_109
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell expanded and Perineurial
Data format
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sample020_110
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell expanded and Peripheral blood mononuclear cell
Data format
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sample020_111
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell expanded and Placental epithelial cell
Data format
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sample020_112
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell expanded and Preadipocyte in breast
Data format
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sample020_113
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell expanded and Preadipocyte in omentum
Data format
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sample020_114
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell expanded and Subcutaneous preadipocyte
Data format
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sample020_115
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell expanded and Visceral preadipocyte
Data format
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sample020_116
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell expanded and Prostate epithelial cell
Data format
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sample020_117
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell expanded and Prostate stromal cell
Data format
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sample020_118
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell expanded and Renal cortical epithelial cell
Data format
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sample020_119
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell expanded and Renal glomerular endothelial cell
Data format
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sample020_120
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell expanded and Renal mesangial cell
Data format
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sample020_121
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell expanded and Renal proximal tubular epithelial cell
Data format
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sample020_122
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell expanded and Renal proximal tubular epithelial cell
Data format
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sample020_123
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell expanded and Salivary acinar cell
Data format
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sample020_124
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell expanded and Schwann
Data format
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sample020_125
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell expanded and Sebocyte
Data format
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sample020_126
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell expanded and Sertoli
Data format
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sample020_127
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell expanded and Skeletal muscle
Data format
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sample020_128
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell expanded and Skeletal muscle differentiated into myotubes
Data format
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sample020_129
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell expanded and Skeletal muscle satellite cell
Data format
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sample020_130
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell expanded and Small airway epithelial cell
Data format
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sample020_131
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell expanded and Airway smooth muscle in asthma
Data format
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sample020_132
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell expanded and Airway smooth muscle in control
Data format
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sample020_133
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell expanded and Smooth muscle in aorta
Data format
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sample020_134
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell expanded and Smooth muscle in brachiocephalic artery
Data format
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sample020_135
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell expanded and Smooth muscle in brain vessel
Data format
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sample020_136
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell expanded and Smooth muscle in bronchial tube
Data format
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sample020_137
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell expanded and Smooth muscle in carotid artery
Data format
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sample020_138
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell expanded and Smooth muscle in colon
Data format
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sample020_139
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell expanded and Smooth muscle in coronary
Data format
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sample020_140
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell expanded and Smooth muscle in esophagus
Data format
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sample020_141
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell expanded and Smooth muscle in internal thoracic artery
Data format
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sample020_142
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell expanded and Smooth muscle in prostate
Data format
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sample020_143
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell expanded and Smooth muscle in pulmonary artery
Data format
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sample020_144
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell expanded and Smooth muscle in subclavian artery
Data format
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sample020_145
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell expanded and Smooth muscle in trachea
Data format
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sample020_146
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell expanded and Smooth muscle in umbilical artery
Data format
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sample020_147
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell expanded and Smooth muscle in umbilical vein
Data format
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sample020_148
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell expanded and Smooth muscle in uterine
Data format
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sample020_149
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell expanded and Synoviocyte
Data format
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sample020_150
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell expanded and Tenocyte
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sample020_151
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell expanded and Trabecular meshwork
Data format
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sample020_152
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell expanded and Tracheal epithelial cell
Data format
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sample020_153
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell expanded and Urothelial cell
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sample020_154
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell expanded and Whole blood for donor 1
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sample020_155
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell expanded and Whole blood for donor 2
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sample020_156
bottom peaks comparison between CD4+CD25+CD45RA- memory regulatory T cell expanded and Whole blood for donor 3
Data format
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sample021_022
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cell and CD4+CD25-CD45RA+ naive conventional T cells expanded
Data format
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sample021_023
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cell and CD4+CD25+CD45RA+ naive regulatory T cell expanded
Data format
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sample021_024
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cell and CD4+ T cell
Data format
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sample021_025
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cell and CD8+ T cell
Data format
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sample021_026
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cell and Adipocyte in breast
Data format
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sample021_027
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cell and Adipocyte in Omentum
Data format
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sample021_028
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cell and Subcutaneous adipocyte
Data format
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sample021_029
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cell and Alveolar epithelial cell
Data format
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sample021_030
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cell and Amniotic epithelial cell
Data format
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sample021_031
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cell and Amniotic membrane cell
Data format
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sample021_032
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cell and Anulus fibrosus cell in spinal cord
Data format
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sample021_033
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cell and Adtrocyte in cerebellum
Data format
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sample021_034
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cell and Astrocyte in cerebral cortex
Data format
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sample021_035
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cell and Bronchial epithelial cell
Data format
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sample021_036
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cell and Cardiac myocyte
Data format
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sample021_037
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cell and Chondroblast cell in cartilage
Data format
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sample021_038
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cell and Redifferentiated chondrocyte in cartilage
Data format
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sample021_039
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cell and Chorionic membrane cell
Data format
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sample021_040
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cell and Ciliary epithelial cell
Data format
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sample021_041
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cell and Corneal epithelial cell
Data format
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sample021_042
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cell and Immature monocyte-derived dendritic cell
Data format
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sample021_043
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cell and Endothelial cell in aorta
Data format
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sample021_044
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cell and Endothelial cell in artery
Data format
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sample021_045
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cell and Endothelial cell in lymph vessel
Data format
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sample021_046
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cell and Endothelial cell in microvessel
Data format
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sample021_047
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cell and Endothelial cell in thorax
Data format
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sample021_048
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cell and Endothelial cell in umbilical vein
Data format
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sample021_049
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cell and Endothelial cell in vein
Data format
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sample021_050
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cell and Epithelical cell in esophagus
Data format
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sample021_051
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cell and Adventitial fibroblast in aorta
Data format
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sample021_052
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cell and Fibroblast in heart
Data format
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sample021_053
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cell and Fibroblast in choroid plexus
Data format
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sample021_054
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cell and Fibroblast in conjunctiva
Data format
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sample021_055
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cell and Fibroblast in derma
Data format
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sample021_056
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cell and Fibroblast in lung
Data format
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sample021_057
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cell and Fibroblast in lymphatic vessel
Data format
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sample021_058
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cell and Fibroblast in mamma
Data format
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sample021_059
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cell and Fibroblast in periodontal ligament
Data format
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sample021_060
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cell and Fibroblast in skin for dystrophia mytonica sample
Data format
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sample021_061
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cell and Fibroblast in skin for normal sample
Data format
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sample021_062
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cell and Fibroblast in skin for spinal muscular atrophy
Data format
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sample021_063
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cell and Fibroblast of villous mesenchymal cell
Data format
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sample021_064
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cell and Gamma delta+ T cell
Data format
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sample021_065
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cell and Gingival epithelial cell
Data format
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sample021_066
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cell and Dermal papilla cell in hair follicle
Data format
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sample021_067
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cell and Outer root sheath cell in hair follicle
Data format
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sample021_068
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cell and Hepatic sinusoidal endothelial cell
Data format
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sample021_069
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cell and Hepatic stellate lipocyte
Data format
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sample021_070
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cell and Hepatocyte
Data format
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sample021_071
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cell and Immature langerhans cell
Data format
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sample021_072
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cell and Keratinocyte epidermal cell
Data format
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sample021_073
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cell and Keratocyte
Data format
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sample021_074
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cell and Lens epithelial cell
Data format
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sample021_075
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cell and Monocyte-derived macrophage
Data format
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sample021_076
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cell and Mallassez-devied cell
Data format
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sample021_077
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cell and Mammary epithelial cell
Data format
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sample021_078
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cell and Mast cell
Data format
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sample021_079
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cell and Expanded mast cell
Data format
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sample021_080
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cell and Expanded and stimulated mast cell
Data format
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sample021_081
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cell and Melanocyte-dark
Data format
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sample021_082
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cell and Melanocyte-light
Data format
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sample021_083
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cell and Meningeal cell
Data format
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sample021_084
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cell and Mesenchymal precursor cell in adipose
Data format
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sample021_085
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cell and Mesenchymal precursor cell in bone marrow
Data format
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sample021_086
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cell and Mesenchymal precursor cell in heart
Data format
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sample021_087
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cell and Mesenchymal precursor cell in left ovary for ovarian cancer sample
Data format
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sample021_088
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cell and Mesenchymal precursor cell for metastatic ovarian cancer sample
Data format
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sample021_089
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cell and Mesenchymal precursor cell in right ovary for ovarian cancer sample
Data format
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sample021_090
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cell and Mesenchymal stem cell in adipose
Data format
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sample021_091
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cell and Mesenchymal stem cell in amniotic membrane
Data format
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sample021_092
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cell and Mesenchymal stem cell in bone marrow
Data format
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sample021_093
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cell and Mesenchymal stem cell in liver
Data format
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sample021_094
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cell and Mesenchymal stem cell in umbilical cord
Data format
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sample021_095
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cell and Mesothelial cell
Data format
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sample021_096
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cell and Migratory langerhans cell
Data format
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sample021_097
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cell and Mesenchymal stem cell of umbilical cord blood
Data format
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sample021_098
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cell and Myoblast
Data format
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sample021_099
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cell and Nasal epithelial cell
Data format
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sample021_100
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cell and Natural killer cell
Data format
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sample021_101
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cell and Neural stem cell
Data format
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sample021_102
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cell and Neuron
Data format
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sample021_103
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cell and Neutrophil cell
Data format
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sample021_104
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cell and Nucleus pulposus
Data format
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sample021_105
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cell and Olfactory epithelial cell
Data format
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sample021_106
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cell and Osteoblast
Data format
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sample021_107
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cell and Differentiated osteoblast
Data format
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sample021_108
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cell and Pricyte
Data format
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sample021_109
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cell and Perineurial
Data format
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sample021_110
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cell and Peripheral blood mononuclear cell
Data format
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sample021_111
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cell and Placental epithelial cell
Data format
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sample021_112
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cell and Preadipocyte in breast
Data format
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sample021_113
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cell and Preadipocyte in omentum
Data format
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sample021_114
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cell and Subcutaneous preadipocyte
Data format
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sample021_115
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cell and Visceral preadipocyte
Data format
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sample021_116
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cell and Prostate epithelial cell
Data format
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sample021_117
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cell and Prostate stromal cell
Data format
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sample021_118
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cell and Renal cortical epithelial cell
Data format
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sample021_119
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cell and Renal glomerular endothelial cell
Data format
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sample021_120
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cell and Renal mesangial cell
Data format
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sample021_121
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cell and Renal proximal tubular epithelial cell
Data format
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sample021_122
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cell and Renal proximal tubular epithelial cell
Data format
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sample021_123
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cell and Salivary acinar cell
Data format
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sample021_124
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cell and Schwann
Data format
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sample021_125
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cell and Sebocyte
Data format
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sample021_126
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cell and Sertoli
Data format
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sample021_127
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cell and Skeletal muscle
Data format
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sample021_128
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cell and Skeletal muscle differentiated into myotubes
Data format
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sample021_129
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cell and Skeletal muscle satellite cell
Data format
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sample021_130
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cell and Small airway epithelial cell
Data format
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sample021_131
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cell and Airway smooth muscle in asthma
Data format
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sample021_132
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cell and Airway smooth muscle in control
Data format
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sample021_133
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cell and Smooth muscle in aorta
Data format
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sample021_134
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cell and Smooth muscle in brachiocephalic artery
Data format
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sample021_135
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cell and Smooth muscle in brain vessel
Data format
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sample021_136
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cell and Smooth muscle in bronchial tube
Data format
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sample021_137
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cell and Smooth muscle in carotid artery
Data format
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sample021_138
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cell and Smooth muscle in colon
Data format
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sample021_139
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cell and Smooth muscle in coronary
Data format
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sample021_140
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cell and Smooth muscle in esophagus
Data format
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sample021_141
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cell and Smooth muscle in internal thoracic artery
Data format
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sample021_142
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cell and Smooth muscle in prostate
Data format
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sample021_143
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cell and Smooth muscle in pulmonary artery
Data format
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sample021_144
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cell and Smooth muscle in subclavian artery
Data format
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sample021_145
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cell and Smooth muscle in trachea
Data format
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sample021_146
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cell and Smooth muscle in umbilical artery
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sample021_147
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cell and Smooth muscle in umbilical vein
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sample021_148
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cell and Smooth muscle in uterine
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sample021_149
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cell and Synoviocyte
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sample021_150
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cell and Tenocyte
Data format
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sample021_151
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cell and Trabecular meshwork
Data format
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sample021_152
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cell and Tracheal epithelial cell
Data format
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sample021_153
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cell and Urothelial cell
Data format
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sample021_154
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cell and Whole blood for donor 1
Data format
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sample021_155
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cell and Whole blood for donor 2
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sample021_156
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cell and Whole blood for donor 3
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sample022_023
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cells expanded and CD4+CD25+CD45RA+ naive regulatory T cell expanded
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sample022_024
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cells expanded and CD4+ T cell
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sample022_025
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cells expanded and CD8+ T cell
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sample022_026
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cells expanded and Adipocyte in breast
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sample022_027
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cells expanded and Adipocyte in Omentum
Data format
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sample022_028
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cells expanded and Subcutaneous adipocyte
Data format
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sample022_029
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cells expanded and Alveolar epithelial cell
Data format
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sample022_030
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cells expanded and Amniotic epithelial cell
Data format
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sample022_031
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cells expanded and Amniotic membrane cell
Data format
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sample022_032
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cells expanded and Anulus fibrosus cell in spinal cord
Data format
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sample022_033
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cells expanded and Adtrocyte in cerebellum
Data format
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sample022_034
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cells expanded and Astrocyte in cerebral cortex
Data format
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sample022_035
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cells expanded and Bronchial epithelial cell
Data format
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sample022_036
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cells expanded and Cardiac myocyte
Data format
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sample022_037
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cells expanded and Chondroblast cell in cartilage
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sample022_038
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cells expanded and Redifferentiated chondrocyte in cartilage
Data format
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sample022_039
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cells expanded and Chorionic membrane cell
Data format
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sample022_040
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cells expanded and Ciliary epithelial cell
Data format
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sample022_041
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cells expanded and Corneal epithelial cell
Data format
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sample022_042
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cells expanded and Immature monocyte-derived dendritic cell
Data format
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sample022_043
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cells expanded and Endothelial cell in aorta
Data format
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sample022_044
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cells expanded and Endothelial cell in artery
Data format
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sample022_045
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cells expanded and Endothelial cell in lymph vessel
Data format
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sample022_046
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cells expanded and Endothelial cell in microvessel
Data format
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sample022_047
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cells expanded and Endothelial cell in thorax
Data format
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sample022_048
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cells expanded and Endothelial cell in umbilical vein
Data format
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sample022_049
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cells expanded and Endothelial cell in vein
Data format
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sample022_050
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cells expanded and Epithelical cell in esophagus
Data format
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sample022_051
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cells expanded and Adventitial fibroblast in aorta
Data format
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sample022_052
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cells expanded and Fibroblast in heart
Data format
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sample022_053
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cells expanded and Fibroblast in choroid plexus
Data format
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sample022_054
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cells expanded and Fibroblast in conjunctiva
Data format
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sample022_055
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cells expanded and Fibroblast in derma
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sample022_056
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cells expanded and Fibroblast in lung
Data format
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sample022_057
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cells expanded and Fibroblast in lymphatic vessel
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sample022_058
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cells expanded and Fibroblast in mamma
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sample022_059
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cells expanded and Fibroblast in periodontal ligament
Data format
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sample022_060
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cells expanded and Fibroblast in skin for dystrophia mytonica sample
Data format
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sample022_061
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cells expanded and Fibroblast in skin for normal sample
Data format
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sample022_062
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cells expanded and Fibroblast in skin for spinal muscular atrophy
Data format
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sample022_063
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cells expanded and Fibroblast of villous mesenchymal cell
Data format
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sample022_064
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cells expanded and Gamma delta+ T cell
Data format
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sample022_065
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cells expanded and Gingival epithelial cell
Data format
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sample022_066
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cells expanded and Dermal papilla cell in hair follicle
Data format
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sample022_067
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cells expanded and Outer root sheath cell in hair follicle
Data format
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sample022_068
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cells expanded and Hepatic sinusoidal endothelial cell
Data format
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sample022_069
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cells expanded and Hepatic stellate lipocyte
Data format
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sample022_070
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cells expanded and Hepatocyte
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sample022_071
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cells expanded and Immature langerhans cell
Data format
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sample022_072
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cells expanded and Keratinocyte epidermal cell
Data format
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sample022_073
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cells expanded and Keratocyte
Data format
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sample022_074
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cells expanded and Lens epithelial cell
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sample022_075
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cells expanded and Monocyte-derived macrophage
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sample022_076
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cells expanded and Mallassez-devied cell
Data format
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sample022_077
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cells expanded and Mammary epithelial cell
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sample022_078
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cells expanded and Mast cell
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sample022_079
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cells expanded and Expanded mast cell
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sample022_080
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cells expanded and Expanded and stimulated mast cell
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sample022_081
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cells expanded and Melanocyte-dark
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sample022_082
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cells expanded and Melanocyte-light
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sample022_083
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cells expanded and Meningeal cell
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sample022_084
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cells expanded and Mesenchymal precursor cell in adipose
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sample022_085
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cells expanded and Mesenchymal precursor cell in bone marrow
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sample022_086
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cells expanded and Mesenchymal precursor cell in heart
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sample022_087
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cells expanded and Mesenchymal precursor cell in left ovary for ovarian cancer sample
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sample022_088
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cells expanded and Mesenchymal precursor cell for metastatic ovarian cancer sample
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sample022_089
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cells expanded and Mesenchymal precursor cell in right ovary for ovarian cancer sample
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sample022_090
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cells expanded and Mesenchymal stem cell in adipose
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sample022_091
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cells expanded and Mesenchymal stem cell in amniotic membrane
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sample022_092
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cells expanded and Mesenchymal stem cell in bone marrow
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sample022_093
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cells expanded and Mesenchymal stem cell in liver
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sample022_094
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cells expanded and Mesenchymal stem cell in umbilical cord
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sample022_095
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cells expanded and Mesothelial cell
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sample022_096
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cells expanded and Migratory langerhans cell
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sample022_097
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cells expanded and Mesenchymal stem cell of umbilical cord blood
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sample022_098
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cells expanded and Myoblast
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sample022_099
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cells expanded and Nasal epithelial cell
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sample022_100
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cells expanded and Natural killer cell
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sample022_101
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cells expanded and Neural stem cell
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sample022_102
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cells expanded and Neuron
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sample022_103
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cells expanded and Neutrophil cell
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sample022_104
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cells expanded and Nucleus pulposus
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sample022_105
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cells expanded and Olfactory epithelial cell
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sample022_106
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cells expanded and Osteoblast
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sample022_107
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cells expanded and Differentiated osteoblast
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sample022_108
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cells expanded and Pricyte
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sample022_109
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cells expanded and Perineurial
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sample022_110
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cells expanded and Peripheral blood mononuclear cell
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sample022_111
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cells expanded and Placental epithelial cell
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sample022_112
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cells expanded and Preadipocyte in breast
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sample022_113
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cells expanded and Preadipocyte in omentum
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sample022_114
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cells expanded and Subcutaneous preadipocyte
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sample022_115
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cells expanded and Visceral preadipocyte
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sample022_116
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cells expanded and Prostate epithelial cell
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sample022_117
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cells expanded and Prostate stromal cell
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sample022_118
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cells expanded and Renal cortical epithelial cell
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sample022_119
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cells expanded and Renal glomerular endothelial cell
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sample022_120
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cells expanded and Renal mesangial cell
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sample022_121
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cells expanded and Renal proximal tubular epithelial cell
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sample022_122
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cells expanded and Renal proximal tubular epithelial cell
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sample022_123
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cells expanded and Salivary acinar cell
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sample022_124
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cells expanded and Schwann
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sample022_125
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cells expanded and Sebocyte
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sample022_126
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cells expanded and Sertoli
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sample022_127
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cells expanded and Skeletal muscle
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sample022_128
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cells expanded and Skeletal muscle differentiated into myotubes
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sample022_129
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cells expanded and Skeletal muscle satellite cell
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sample022_130
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cells expanded and Small airway epithelial cell
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sample022_131
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cells expanded and Airway smooth muscle in asthma
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sample022_132
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cells expanded and Airway smooth muscle in control
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sample022_133
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cells expanded and Smooth muscle in aorta
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sample022_134
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cells expanded and Smooth muscle in brachiocephalic artery
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sample022_135
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cells expanded and Smooth muscle in brain vessel
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sample022_136
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cells expanded and Smooth muscle in bronchial tube
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sample022_137
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cells expanded and Smooth muscle in carotid artery
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sample022_138
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cells expanded and Smooth muscle in colon
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sample022_139
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cells expanded and Smooth muscle in coronary
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sample022_140
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cells expanded and Smooth muscle in esophagus
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sample022_141
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cells expanded and Smooth muscle in internal thoracic artery
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sample022_142
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cells expanded and Smooth muscle in prostate
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sample022_143
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cells expanded and Smooth muscle in pulmonary artery
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sample022_144
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cells expanded and Smooth muscle in subclavian artery
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sample022_145
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cells expanded and Smooth muscle in trachea
Data format
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sample022_146
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cells expanded and Smooth muscle in umbilical artery
Data format
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sample022_147
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cells expanded and Smooth muscle in umbilical vein
Data format
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sample022_148
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cells expanded and Smooth muscle in uterine
Data format
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sample022_149
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cells expanded and Synoviocyte
Data format
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sample022_150
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cells expanded and Tenocyte
Data format
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sample022_151
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cells expanded and Trabecular meshwork
Data format
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sample022_152
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cells expanded and Tracheal epithelial cell
Data format
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sample022_153
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cells expanded and Urothelial cell
Data format
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sample022_154
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cells expanded and Whole blood for donor 1
Data format
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sample022_155
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cells expanded and Whole blood for donor 2
Data format
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sample022_156
bottom peaks comparison between CD4+CD25-CD45RA+ naive conventional T cells expanded and Whole blood for donor 3
Data format
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sample023_024
bottom peaks comparison between CD4+CD25+CD45RA+ naive regulatory T cell expanded and CD4+ T cell
Data format
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sample023_025
bottom peaks comparison between CD4+CD25+CD45RA+ naive regulatory T cell expanded and CD8+ T cell
Data format
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sample023_026
bottom peaks comparison between CD4+CD25+CD45RA+ naive regulatory T cell expanded and Adipocyte in breast
Data format
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sample023_027
bottom peaks comparison between CD4+CD25+CD45RA+ naive regulatory T cell expanded and Adipocyte in Omentum
Data format
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sample023_028
bottom peaks comparison between CD4+CD25+CD45RA+ naive regulatory T cell expanded and Subcutaneous adipocyte
Data format
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sample023_029
bottom peaks comparison between CD4+CD25+CD45RA+ naive regulatory T cell expanded and Alveolar epithelial cell
Data format
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sample023_030
bottom peaks comparison between CD4+CD25+CD45RA+ naive regulatory T cell expanded and Amniotic epithelial cell
Data format
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sample023_031
bottom peaks comparison between CD4+CD25+CD45RA+ naive regulatory T cell expanded and Amniotic membrane cell
Data format
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sample023_032
bottom peaks comparison between CD4+CD25+CD45RA+ naive regulatory T cell expanded and Anulus fibrosus cell in spinal cord
Data format
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sample023_033
bottom peaks comparison between CD4+CD25+CD45RA+ naive regulatory T cell expanded and Adtrocyte in cerebellum
Data format
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sample023_034
bottom peaks comparison between CD4+CD25+CD45RA+ naive regulatory T cell expanded and Astrocyte in cerebral cortex
Data format
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sample023_035
bottom peaks comparison between CD4+CD25+CD45RA+ naive regulatory T cell expanded and Bronchial epithelial cell
Data format
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sample023_036
bottom peaks comparison between CD4+CD25+CD45RA+ naive regulatory T cell expanded and Cardiac myocyte
Data format
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sample023_037
bottom peaks comparison between CD4+CD25+CD45RA+ naive regulatory T cell expanded and Chondroblast cell in cartilage
Data format
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sample023_038
bottom peaks comparison between CD4+CD25+CD45RA+ naive regulatory T cell expanded and Redifferentiated chondrocyte in cartilage
Data format
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sample023_039
bottom peaks comparison between CD4+CD25+CD45RA+ naive regulatory T cell expanded and Chorionic membrane cell
Data format
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sample023_040
bottom peaks comparison between CD4+CD25+CD45RA+ naive regulatory T cell expanded and Ciliary epithelial cell
Data format
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sample023_041
bottom peaks comparison between CD4+CD25+CD45RA+ naive regulatory T cell expanded and Corneal epithelial cell
Data format
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sample023_042
bottom peaks comparison between CD4+CD25+CD45RA+ naive regulatory T cell expanded and Immature monocyte-derived dendritic cell
Data format
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sample023_043
bottom peaks comparison between CD4+CD25+CD45RA+ naive regulatory T cell expanded and Endothelial cell in aorta
Data format
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sample023_044
bottom peaks comparison between CD4+CD25+CD45RA+ naive regulatory T cell expanded and Endothelial cell in artery
Data format
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sample023_045
bottom peaks comparison between CD4+CD25+CD45RA+ naive regulatory T cell expanded and Endothelial cell in lymph vessel
Data format
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sample023_046
bottom peaks comparison between CD4+CD25+CD45RA+ naive regulatory T cell expanded and Endothelial cell in microvessel
Data format
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sample023_047
bottom peaks comparison between CD4+CD25+CD45RA+ naive regulatory T cell expanded and Endothelial cell in thorax
Data format
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sample023_048
bottom peaks comparison between CD4+CD25+CD45RA+ naive regulatory T cell expanded and Endothelial cell in umbilical vein
Data format
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sample023_049
bottom peaks comparison between CD4+CD25+CD45RA+ naive regulatory T cell expanded and Endothelial cell in vein
Data format
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sample023_050
bottom peaks comparison between CD4+CD25+CD45RA+ naive regulatory T cell expanded and Epithelical cell in esophagus
Data format
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sample023_051
bottom peaks comparison between CD4+CD25+CD45RA+ naive regulatory T cell expanded and Adventitial fibroblast in aorta
Data format
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sample023_052
bottom peaks comparison between CD4+CD25+CD45RA+ naive regulatory T cell expanded and Fibroblast in heart
Data format
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sample023_053
bottom peaks comparison between CD4+CD25+CD45RA+ naive regulatory T cell expanded and Fibroblast in choroid plexus
Data format
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sample023_054
bottom peaks comparison between CD4+CD25+CD45RA+ naive regulatory T cell expanded and Fibroblast in conjunctiva
Data format
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sample023_055
bottom peaks comparison between CD4+CD25+CD45RA+ naive regulatory T cell expanded and Fibroblast in derma
Data format
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sample023_056
bottom peaks comparison between CD4+CD25+CD45RA+ naive regulatory T cell expanded and Fibroblast in lung
Data format
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sample023_057
bottom peaks comparison between CD4+CD25+CD45RA+ naive regulatory T cell expanded and Fibroblast in lymphatic vessel
Data format
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sample023_058
bottom peaks comparison between CD4+CD25+CD45RA+ naive regulatory T cell expanded and Fibroblast in mamma
Data format
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sample023_059
bottom peaks comparison between CD4+CD25+CD45RA+ naive regulatory T cell expanded and Fibroblast in periodontal ligament
Data format
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sample023_060
bottom peaks comparison between CD4+CD25+CD45RA+ naive regulatory T cell expanded and Fibroblast in skin for dystrophia mytonica sample
Data format
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sample023_061
bottom peaks comparison between CD4+CD25+CD45RA+ naive regulatory T cell expanded and Fibroblast in skin for normal sample
Data format
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sample023_062
bottom peaks comparison between CD4+CD25+CD45RA+ naive regulatory T cell expanded and Fibroblast in skin for spinal muscular atrophy
Data format
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sample023_063
bottom peaks comparison between CD4+CD25+CD45RA+ naive regulatory T cell expanded and Fibroblast of villous mesenchymal cell
Data format
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sample023_064
bottom peaks comparison between CD4+CD25+CD45RA+ naive regulatory T cell expanded and Gamma delta+ T cell
Data format
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sample023_065
bottom peaks comparison between CD4+CD25+CD45RA+ naive regulatory T cell expanded and Gingival epithelial cell
Data format
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sample023_066
bottom peaks comparison between CD4+CD25+CD45RA+ naive regulatory T cell expanded and Dermal papilla cell in hair follicle
Data format
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sample023_067
bottom peaks comparison between CD4+CD25+CD45RA+ naive regulatory T cell expanded and Outer root sheath cell in hair follicle
Data format
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sample023_068
bottom peaks comparison between CD4+CD25+CD45RA+ naive regulatory T cell expanded and Hepatic sinusoidal endothelial cell
Data format
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sample023_069
bottom peaks comparison between CD4+CD25+CD45RA+ naive regulatory T cell expanded and Hepatic stellate lipocyte
Data format
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sample023_070
bottom peaks comparison between CD4+CD25+CD45RA+ naive regulatory T cell expanded and Hepatocyte
Data format
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sample023_071
bottom peaks comparison between CD4+CD25+CD45RA+ naive regulatory T cell expanded and Immature langerhans cell
Data format
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sample023_072
bottom peaks comparison between CD4+CD25+CD45RA+ naive regulatory T cell expanded and Keratinocyte epidermal cell
Data format
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sample023_073
bottom peaks comparison between CD4+CD25+CD45RA+ naive regulatory T cell expanded and Keratocyte
Data format
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sample023_074
bottom peaks comparison between CD4+CD25+CD45RA+ naive regulatory T cell expanded and Lens epithelial cell
Data format
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sample023_075
bottom peaks comparison between CD4+CD25+CD45RA+ naive regulatory T cell expanded and Monocyte-derived macrophage
Data format
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sample023_076
bottom peaks comparison between CD4+CD25+CD45RA+ naive regulatory T cell expanded and Mallassez-devied cell
Data format
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sample023_077
bottom peaks comparison between CD4+CD25+CD45RA+ naive regulatory T cell expanded and Mammary epithelial cell
Data format
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sample023_078
bottom peaks comparison between CD4+CD25+CD45RA+ naive regulatory T cell expanded and Mast cell
Data format
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sample023_079
bottom peaks comparison between CD4+CD25+CD45RA+ naive regulatory T cell expanded and Expanded mast cell
Data format
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sample023_080
bottom peaks comparison between CD4+CD25+CD45RA+ naive regulatory T cell expanded and Expanded and stimulated mast cell
Data format
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sample023_081
bottom peaks comparison between CD4+CD25+CD45RA+ naive regulatory T cell expanded and Melanocyte-dark
Data format
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sample023_082
bottom peaks comparison between CD4+CD25+CD45RA+ naive regulatory T cell expanded and Melanocyte-light
Data format
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sample023_083
bottom peaks comparison between CD4+CD25+CD45RA+ naive regulatory T cell expanded and Meningeal cell
Data format
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sample023_084
bottom peaks comparison between CD4+CD25+CD45RA+ naive regulatory T cell expanded and Mesenchymal precursor cell in adipose
Data format
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sample023_085
bottom peaks comparison between CD4+CD25+CD45RA+ naive regulatory T cell expanded and Mesenchymal precursor cell in bone marrow
Data format
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sample023_086
bottom peaks comparison between CD4+CD25+CD45RA+ naive regulatory T cell expanded and Mesenchymal precursor cell in heart
Data format
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sample023_087
bottom peaks comparison between CD4+CD25+CD45RA+ naive regulatory T cell expanded and Mesenchymal precursor cell in left ovary for ovarian cancer sample
Data format
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sample023_088
bottom peaks comparison between CD4+CD25+CD45RA+ naive regulatory T cell expanded and Mesenchymal precursor cell for metastatic ovarian cancer sample
Data format
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sample023_089
bottom peaks comparison between CD4+CD25+CD45RA+ naive regulatory T cell expanded and Mesenchymal precursor cell in right ovary for ovarian cancer sample
Data format
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sample023_090
bottom peaks comparison between CD4+CD25+CD45RA+ naive regulatory T cell expanded and Mesenchymal stem cell in adipose
Data format
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sample023_091
bottom peaks comparison between CD4+CD25+CD45RA+ naive regulatory T cell expanded and Mesenchymal stem cell in amniotic membrane
Data format
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sample023_092
bottom peaks comparison between CD4+CD25+CD45RA+ naive regulatory T cell expanded and Mesenchymal stem cell in bone marrow
Data format
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sample023_093
bottom peaks comparison between CD4+CD25+CD45RA+ naive regulatory T cell expanded and Mesenchymal stem cell in liver
Data format
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sample023_094
bottom peaks comparison between CD4+CD25+CD45RA+ naive regulatory T cell expanded and Mesenchymal stem cell in umbilical cord
Data format
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sample023_095
bottom peaks comparison between CD4+CD25+CD45RA+ naive regulatory T cell expanded and Mesothelial cell
Data format
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sample023_096
bottom peaks comparison between CD4+CD25+CD45RA+ naive regulatory T cell expanded and Migratory langerhans cell
Data format
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sample023_097
bottom peaks comparison between CD4+CD25+CD45RA+ naive regulatory T cell expanded and Mesenchymal stem cell of umbilical cord blood
Data format
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sample023_098
bottom peaks comparison between CD4+CD25+CD45RA+ naive regulatory T cell expanded and Myoblast
Data format
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sample023_099
bottom peaks comparison between CD4+CD25+CD45RA+ naive regulatory T cell expanded and Nasal epithelial cell
Data format
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sample023_100
bottom peaks comparison between CD4+CD25+CD45RA+ naive regulatory T cell expanded and Natural killer cell
Data format
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sample023_101
bottom peaks comparison between CD4+CD25+CD45RA+ naive regulatory T cell expanded and Neural stem cell
Data format
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sample023_102
bottom peaks comparison between CD4+CD25+CD45RA+ naive regulatory T cell expanded and Neuron
Data format
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sample023_103
bottom peaks comparison between CD4+CD25+CD45RA+ naive regulatory T cell expanded and Neutrophil cell
Data format
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sample023_104
bottom peaks comparison between CD4+CD25+CD45RA+ naive regulatory T cell expanded and Nucleus pulposus
Data format
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sample023_105
bottom peaks comparison between CD4+CD25+CD45RA+ naive regulatory T cell expanded and Olfactory epithelial cell
Data format
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sample023_106
bottom peaks comparison between CD4+CD25+CD45RA+ naive regulatory T cell expanded and Osteoblast
Data format
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sample023_107
bottom peaks comparison between CD4+CD25+CD45RA+ naive regulatory T cell expanded and Differentiated osteoblast
Data format
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sample023_108
bottom peaks comparison between CD4+CD25+CD45RA+ naive regulatory T cell expanded and Pricyte
Data format
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sample023_109
bottom peaks comparison between CD4+CD25+CD45RA+ naive regulatory T cell expanded and Perineurial
Data format
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sample023_110
bottom peaks comparison between CD4+CD25+CD45RA+ naive regulatory T cell expanded and Peripheral blood mononuclear cell
Data format
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sample023_111
bottom peaks comparison between CD4+CD25+CD45RA+ naive regulatory T cell expanded and Placental epithelial cell
Data format
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sample023_112
bottom peaks comparison between CD4+CD25+CD45RA+ naive regulatory T cell expanded and Preadipocyte in breast
Data format
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sample023_113
bottom peaks comparison between CD4+CD25+CD45RA+ naive regulatory T cell expanded and Preadipocyte in omentum
Data format
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sample023_114
bottom peaks comparison between CD4+CD25+CD45RA+ naive regulatory T cell expanded and Subcutaneous preadipocyte
Data format
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sample023_115
bottom peaks comparison between CD4+CD25+CD45RA+ naive regulatory T cell expanded and Visceral preadipocyte
Data format
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sample023_116
bottom peaks comparison between CD4+CD25+CD45RA+ naive regulatory T cell expanded and Prostate epithelial cell
Data format
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sample023_117
bottom peaks comparison between CD4+CD25+CD45RA+ naive regulatory T cell expanded and Prostate stromal cell
Data format
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sample023_118
bottom peaks comparison between CD4+CD25+CD45RA+ naive regulatory T cell expanded and Renal cortical epithelial cell
Data format
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sample023_119
bottom peaks comparison between CD4+CD25+CD45RA+ naive regulatory T cell expanded and Renal glomerular endothelial cell
Data format
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sample023_120
bottom peaks comparison between CD4+CD25+CD45RA+ naive regulatory T cell expanded and Renal mesangial cell
Data format
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sample023_121
bottom peaks comparison between CD4+CD25+CD45RA+ naive regulatory T cell expanded and Renal proximal tubular epithelial cell
Data format
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sample023_122
bottom peaks comparison between CD4+CD25+CD45RA+ naive regulatory T cell expanded and Renal proximal tubular epithelial cell
Data format
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sample023_123
bottom peaks comparison between CD4+CD25+CD45RA+ naive regulatory T cell expanded and Salivary acinar cell
Data format
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sample023_124
bottom peaks comparison between CD4+CD25+CD45RA+ naive regulatory T cell expanded and Schwann
Data format
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sample023_125
bottom peaks comparison between CD4+CD25+CD45RA+ naive regulatory T cell expanded and Sebocyte
Data format
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sample023_126
bottom peaks comparison between CD4+CD25+CD45RA+ naive regulatory T cell expanded and Sertoli
Data format
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sample023_127
bottom peaks comparison between CD4+CD25+CD45RA+ naive regulatory T cell expanded and Skeletal muscle
Data format
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sample023_128
bottom peaks comparison between CD4+CD25+CD45RA+ naive regulatory T cell expanded and Skeletal muscle differentiated into myotubes
Data format
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sample023_129
bottom peaks comparison between CD4+CD25+CD45RA+ naive regulatory T cell expanded and Skeletal muscle satellite cell
Data format
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sample023_130
bottom peaks comparison between CD4+CD25+CD45RA+ naive regulatory T cell expanded and Small airway epithelial cell
Data format
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sample023_131
bottom peaks comparison between CD4+CD25+CD45RA+ naive regulatory T cell expanded and Airway smooth muscle in asthma
Data format
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sample023_132
bottom peaks comparison between CD4+CD25+CD45RA+ naive regulatory T cell expanded and Airway smooth muscle in control
Data format
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sample023_133
bottom peaks comparison between CD4+CD25+CD45RA+ naive regulatory T cell expanded and Smooth muscle in aorta
Data format
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sample023_134
bottom peaks comparison between CD4+CD25+CD45RA+ naive regulatory T cell expanded and Smooth muscle in brachiocephalic artery
Data format
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sample023_135
bottom peaks comparison between CD4+CD25+CD45RA+ naive regulatory T cell expanded and Smooth muscle in brain vessel
Data format
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sample023_136
bottom peaks comparison between CD4+CD25+CD45RA+ naive regulatory T cell expanded and Smooth muscle in bronchial tube
Data format
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sample023_137
bottom peaks comparison between CD4+CD25+CD45RA+ naive regulatory T cell expanded and Smooth muscle in carotid artery
Data format
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sample023_138
bottom peaks comparison between CD4+CD25+CD45RA+ naive regulatory T cell expanded and Smooth muscle in colon
Data format
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sample023_139
bottom peaks comparison between CD4+CD25+CD45RA+ naive regulatory T cell expanded and Smooth muscle in coronary
Data format
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sample023_140
bottom peaks comparison between CD4+CD25+CD45RA+ naive regulatory T cell expanded and Smooth muscle in esophagus
Data format
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sample023_141
bottom peaks comparison between CD4+CD25+CD45RA+ naive regulatory T cell expanded and Smooth muscle in internal thoracic artery
Data format
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sample023_142
bottom peaks comparison between CD4+CD25+CD45RA+ naive regulatory T cell expanded and Smooth muscle in prostate
Data format
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sample023_143
bottom peaks comparison between CD4+CD25+CD45RA+ naive regulatory T cell expanded and Smooth muscle in pulmonary artery
Data format
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sample023_144
bottom peaks comparison between CD4+CD25+CD45RA+ naive regulatory T cell expanded and Smooth muscle in subclavian artery
Data format
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sample023_145
bottom peaks comparison between CD4+CD25+CD45RA+ naive regulatory T cell expanded and Smooth muscle in trachea
Data format
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sample023_146
bottom peaks comparison between CD4+CD25+CD45RA+ naive regulatory T cell expanded and Smooth muscle in umbilical artery
Data format
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sample023_147
bottom peaks comparison between CD4+CD25+CD45RA+ naive regulatory T cell expanded and Smooth muscle in umbilical vein
Data format
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sample023_148
bottom peaks comparison between CD4+CD25+CD45RA+ naive regulatory T cell expanded and Smooth muscle in uterine
Data format
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sample023_149
bottom peaks comparison between CD4+CD25+CD45RA+ naive regulatory T cell expanded and Synoviocyte
Data format
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sample023_150
bottom peaks comparison between CD4+CD25+CD45RA+ naive regulatory T cell expanded and Tenocyte
Data format
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sample023_151
bottom peaks comparison between CD4+CD25+CD45RA+ naive regulatory T cell expanded and Trabecular meshwork
Data format
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sample023_152
bottom peaks comparison between CD4+CD25+CD45RA+ naive regulatory T cell expanded and Tracheal epithelial cell
Data format
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sample023_153
bottom peaks comparison between CD4+CD25+CD45RA+ naive regulatory T cell expanded and Urothelial cell
Data format
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sample023_154
bottom peaks comparison between CD4+CD25+CD45RA+ naive regulatory T cell expanded and Whole blood for donor 1
Data format
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sample023_155
bottom peaks comparison between CD4+CD25+CD45RA+ naive regulatory T cell expanded and Whole blood for donor 2
Data format
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sample023_156
bottom peaks comparison between CD4+CD25+CD45RA+ naive regulatory T cell expanded and Whole blood for donor 3
Data format
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sample024_025
bottom peaks comparison between CD4+ T cell and CD8+ T cell
Data format
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sample024_026
bottom peaks comparison between CD4+ T cell and Adipocyte in breast
Data format
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sample024_027
bottom peaks comparison between CD4+ T cell and Adipocyte in Omentum
Data format
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sample024_028
bottom peaks comparison between CD4+ T cell and Subcutaneous adipocyte
Data format
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sample024_029
bottom peaks comparison between CD4+ T cell and Alveolar epithelial cell
Data format
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sample024_030
bottom peaks comparison between CD4+ T cell and Amniotic epithelial cell
Data format
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sample024_031
bottom peaks comparison between CD4+ T cell and Amniotic membrane cell
Data format
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sample024_032
bottom peaks comparison between CD4+ T cell and Anulus fibrosus cell in spinal cord
Data format
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sample024_033
bottom peaks comparison between CD4+ T cell and Adtrocyte in cerebellum
Data format
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sample024_034
bottom peaks comparison between CD4+ T cell and Astrocyte in cerebral cortex
Data format
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sample024_035
bottom peaks comparison between CD4+ T cell and Bronchial epithelial cell
Data format
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sample024_036
bottom peaks comparison between CD4+ T cell and Cardiac myocyte
Data format
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sample024_037
bottom peaks comparison between CD4+ T cell and Chondroblast cell in cartilage
Data format
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sample024_038
bottom peaks comparison between CD4+ T cell and Redifferentiated chondrocyte in cartilage
Data format
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sample024_039
bottom peaks comparison between CD4+ T cell and Chorionic membrane cell
Data format
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sample024_040
bottom peaks comparison between CD4+ T cell and Ciliary epithelial cell
Data format
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sample024_041
bottom peaks comparison between CD4+ T cell and Corneal epithelial cell
Data format
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sample024_042
bottom peaks comparison between CD4+ T cell and Immature monocyte-derived dendritic cell
Data format
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sample024_043
bottom peaks comparison between CD4+ T cell and Endothelial cell in aorta
Data format
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sample024_044
bottom peaks comparison between CD4+ T cell and Endothelial cell in artery
Data format
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sample024_045
bottom peaks comparison between CD4+ T cell and Endothelial cell in lymph vessel
Data format
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sample024_046
bottom peaks comparison between CD4+ T cell and Endothelial cell in microvessel
Data format
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sample024_047
bottom peaks comparison between CD4+ T cell and Endothelial cell in thorax
Data format
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sample024_048
bottom peaks comparison between CD4+ T cell and Endothelial cell in umbilical vein
Data format
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sample024_049
bottom peaks comparison between CD4+ T cell and Endothelial cell in vein
Data format
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sample024_050
bottom peaks comparison between CD4+ T cell and Epithelical cell in esophagus
Data format
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sample024_051
bottom peaks comparison between CD4+ T cell and Adventitial fibroblast in aorta
Data format
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sample024_052
bottom peaks comparison between CD4+ T cell and Fibroblast in heart
Data format
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sample024_053
bottom peaks comparison between CD4+ T cell and Fibroblast in choroid plexus
Data format
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sample024_054
bottom peaks comparison between CD4+ T cell and Fibroblast in conjunctiva
Data format
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sample024_055
bottom peaks comparison between CD4+ T cell and Fibroblast in derma
Data format
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sample024_056
bottom peaks comparison between CD4+ T cell and Fibroblast in lung
Data format
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sample024_057
bottom peaks comparison between CD4+ T cell and Fibroblast in lymphatic vessel
Data format
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sample024_058
bottom peaks comparison between CD4+ T cell and Fibroblast in mamma
Data format
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sample024_059
bottom peaks comparison between CD4+ T cell and Fibroblast in periodontal ligament
Data format
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sample024_060
bottom peaks comparison between CD4+ T cell and Fibroblast in skin for dystrophia mytonica sample
Data format
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sample024_061
bottom peaks comparison between CD4+ T cell and Fibroblast in skin for normal sample
Data format
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sample024_062
bottom peaks comparison between CD4+ T cell and Fibroblast in skin for spinal muscular atrophy
Data format
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sample024_063
bottom peaks comparison between CD4+ T cell and Fibroblast of villous mesenchymal cell
Data format
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sample024_064
bottom peaks comparison between CD4+ T cell and Gamma delta+ T cell
Data format
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sample024_065
bottom peaks comparison between CD4+ T cell and Gingival epithelial cell
Data format
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sample024_066
bottom peaks comparison between CD4+ T cell and Dermal papilla cell in hair follicle
Data format
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sample024_067
bottom peaks comparison between CD4+ T cell and Outer root sheath cell in hair follicle
Data format
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sample024_068
bottom peaks comparison between CD4+ T cell and Hepatic sinusoidal endothelial cell
Data format
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sample024_069
bottom peaks comparison between CD4+ T cell and Hepatic stellate lipocyte
Data format
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sample024_070
bottom peaks comparison between CD4+ T cell and Hepatocyte
Data format
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sample024_071
bottom peaks comparison between CD4+ T cell and Immature langerhans cell
Data format
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sample024_072
bottom peaks comparison between CD4+ T cell and Keratinocyte epidermal cell
Data format
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sample024_073
bottom peaks comparison between CD4+ T cell and Keratocyte
Data format
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sample024_074
bottom peaks comparison between CD4+ T cell and Lens epithelial cell
Data format
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sample024_075
bottom peaks comparison between CD4+ T cell and Monocyte-derived macrophage
Data format
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sample024_076
bottom peaks comparison between CD4+ T cell and Mallassez-devied cell
Data format
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sample024_077
bottom peaks comparison between CD4+ T cell and Mammary epithelial cell
Data format
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sample024_078
bottom peaks comparison between CD4+ T cell and Mast cell
Data format
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sample024_079
bottom peaks comparison between CD4+ T cell and Expanded mast cell
Data format
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sample024_080
bottom peaks comparison between CD4+ T cell and Expanded and stimulated mast cell
Data format
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sample024_081
bottom peaks comparison between CD4+ T cell and Melanocyte-dark
Data format
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sample024_082
bottom peaks comparison between CD4+ T cell and Melanocyte-light
Data format
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sample024_083
bottom peaks comparison between CD4+ T cell and Meningeal cell
Data format
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sample024_084
bottom peaks comparison between CD4+ T cell and Mesenchymal precursor cell in adipose
Data format
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sample024_085
bottom peaks comparison between CD4+ T cell and Mesenchymal precursor cell in bone marrow
Data format
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sample024_086
bottom peaks comparison between CD4+ T cell and Mesenchymal precursor cell in heart
Data format
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sample024_087
bottom peaks comparison between CD4+ T cell and Mesenchymal precursor cell in left ovary for ovarian cancer sample
Data format
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sample024_088
bottom peaks comparison between CD4+ T cell and Mesenchymal precursor cell for metastatic ovarian cancer sample
Data format
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sample024_089
bottom peaks comparison between CD4+ T cell and Mesenchymal precursor cell in right ovary for ovarian cancer sample
Data format
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sample024_090
bottom peaks comparison between CD4+ T cell and Mesenchymal stem cell in adipose
Data format
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sample024_091
bottom peaks comparison between CD4+ T cell and Mesenchymal stem cell in amniotic membrane
Data format
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sample024_092
bottom peaks comparison between CD4+ T cell and Mesenchymal stem cell in bone marrow
Data format
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sample024_093
bottom peaks comparison between CD4+ T cell and Mesenchymal stem cell in liver
Data format
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sample024_094
bottom peaks comparison between CD4+ T cell and Mesenchymal stem cell in umbilical cord
Data format
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sample024_095
bottom peaks comparison between CD4+ T cell and Mesothelial cell
Data format
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sample024_096
bottom peaks comparison between CD4+ T cell and Migratory langerhans cell
Data format
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sample024_097
bottom peaks comparison between CD4+ T cell and Mesenchymal stem cell of umbilical cord blood
Data format
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sample024_098
bottom peaks comparison between CD4+ T cell and Myoblast
Data format
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sample024_099
bottom peaks comparison between CD4+ T cell and Nasal epithelial cell
Data format
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sample024_100
bottom peaks comparison between CD4+ T cell and Natural killer cell
Data format
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sample024_101
bottom peaks comparison between CD4+ T cell and Neural stem cell
Data format
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sample024_102
bottom peaks comparison between CD4+ T cell and Neuron
Data format
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sample024_103
bottom peaks comparison between CD4+ T cell and Neutrophil cell
Data format
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sample024_104
bottom peaks comparison between CD4+ T cell and Nucleus pulposus
Data format
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sample024_105
bottom peaks comparison between CD4+ T cell and Olfactory epithelial cell
Data format
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sample024_106
bottom peaks comparison between CD4+ T cell and Osteoblast
Data format
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sample024_107
bottom peaks comparison between CD4+ T cell and Differentiated osteoblast
Data format
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sample024_108
bottom peaks comparison between CD4+ T cell and Pricyte
Data format
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sample024_109
bottom peaks comparison between CD4+ T cell and Perineurial
Data format
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sample024_110
bottom peaks comparison between CD4+ T cell and Peripheral blood mononuclear cell
Data format
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sample024_111
bottom peaks comparison between CD4+ T cell and Placental epithelial cell
Data format
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sample024_112
bottom peaks comparison between CD4+ T cell and Preadipocyte in breast
Data format
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sample024_113
bottom peaks comparison between CD4+ T cell and Preadipocyte in omentum
Data format
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sample024_114
bottom peaks comparison between CD4+ T cell and Subcutaneous preadipocyte
Data format
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sample024_115
bottom peaks comparison between CD4+ T cell and Visceral preadipocyte
Data format
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sample024_116
bottom peaks comparison between CD4+ T cell and Prostate epithelial cell
Data format
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sample024_117
bottom peaks comparison between CD4+ T cell and Prostate stromal cell
Data format
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sample024_118
bottom peaks comparison between CD4+ T cell and Renal cortical epithelial cell
Data format
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sample024_119
bottom peaks comparison between CD4+ T cell and Renal glomerular endothelial cell
Data format
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sample024_120
bottom peaks comparison between CD4+ T cell and Renal mesangial cell
Data format
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sample024_121
bottom peaks comparison between CD4+ T cell and Renal proximal tubular epithelial cell
Data format
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sample024_122
bottom peaks comparison between CD4+ T cell and Renal proximal tubular epithelial cell
Data format
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sample024_123
bottom peaks comparison between CD4+ T cell and Salivary acinar cell
Data format
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sample024_124
bottom peaks comparison between CD4+ T cell and Schwann
Data format
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sample024_125
bottom peaks comparison between CD4+ T cell and Sebocyte
Data format
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sample024_126
bottom peaks comparison between CD4+ T cell and Sertoli
Data format
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sample024_127
bottom peaks comparison between CD4+ T cell and Skeletal muscle
Data format
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sample024_128
bottom peaks comparison between CD4+ T cell and Skeletal muscle differentiated into myotubes
Data format
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sample024_129
bottom peaks comparison between CD4+ T cell and Skeletal muscle satellite cell
Data format
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sample024_130
bottom peaks comparison between CD4+ T cell and Small airway epithelial cell
Data format
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sample024_131
bottom peaks comparison between CD4+ T cell and Airway smooth muscle in asthma
Data format
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sample024_132
bottom peaks comparison between CD4+ T cell and Airway smooth muscle in control
Data format
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sample024_133
bottom peaks comparison between CD4+ T cell and Smooth muscle in aorta
Data format
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sample024_134
bottom peaks comparison between CD4+ T cell and Smooth muscle in brachiocephalic artery
Data format
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sample024_135
bottom peaks comparison between CD4+ T cell and Smooth muscle in brain vessel
Data format
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sample024_136
bottom peaks comparison between CD4+ T cell and Smooth muscle in bronchial tube
Data format
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sample024_137
bottom peaks comparison between CD4+ T cell and Smooth muscle in carotid artery
Data format
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sample024_138
bottom peaks comparison between CD4+ T cell and Smooth muscle in colon
Data format
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sample024_139
bottom peaks comparison between CD4+ T cell and Smooth muscle in coronary
Data format
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sample024_140
bottom peaks comparison between CD4+ T cell and Smooth muscle in esophagus
Data format
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sample024_141
bottom peaks comparison between CD4+ T cell and Smooth muscle in internal thoracic artery
Data format
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sample024_142
bottom peaks comparison between CD4+ T cell and Smooth muscle in prostate
Data format
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sample024_143
bottom peaks comparison between CD4+ T cell and Smooth muscle in pulmonary artery
Data format
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sample024_144
bottom peaks comparison between CD4+ T cell and Smooth muscle in subclavian artery
Data format
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sample024_145
bottom peaks comparison between CD4+ T cell and Smooth muscle in trachea
Data format
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sample024_146
bottom peaks comparison between CD4+ T cell and Smooth muscle in umbilical artery
Data format
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sample024_147
bottom peaks comparison between CD4+ T cell and Smooth muscle in umbilical vein
Data format
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sample024_148
bottom peaks comparison between CD4+ T cell and Smooth muscle in uterine
Data format
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sample024_149
bottom peaks comparison between CD4+ T cell and Synoviocyte
Data format
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sample024_150
bottom peaks comparison between CD4+ T cell and Tenocyte
Data format
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sample024_151
bottom peaks comparison between CD4+ T cell and Trabecular meshwork
Data format
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sample024_152
bottom peaks comparison between CD4+ T cell and Tracheal epithelial cell
Data format
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sample024_153
bottom peaks comparison between CD4+ T cell and Urothelial cell
Data format
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sample024_154
bottom peaks comparison between CD4+ T cell and Whole blood for donor 1
Data format
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sample024_155
bottom peaks comparison between CD4+ T cell and Whole blood for donor 2
Data format
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sample024_156
bottom peaks comparison between CD4+ T cell and Whole blood for donor 3
Data format
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sample025_026
bottom peaks comparison between CD8+ T cell and Adipocyte in breast
Data format
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sample025_027
bottom peaks comparison between CD8+ T cell and Adipocyte in Omentum
Data format
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sample025_028
bottom peaks comparison between CD8+ T cell and Subcutaneous adipocyte
Data format
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sample025_029
bottom peaks comparison between CD8+ T cell and Alveolar epithelial cell
Data format
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sample025_030
bottom peaks comparison between CD8+ T cell and Amniotic epithelial cell
Data format
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sample025_031
bottom peaks comparison between CD8+ T cell and Amniotic membrane cell
Data format
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sample025_032
bottom peaks comparison between CD8+ T cell and Anulus fibrosus cell in spinal cord
Data format
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sample025_033
bottom peaks comparison between CD8+ T cell and Adtrocyte in cerebellum
Data format
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sample025_034
bottom peaks comparison between CD8+ T cell and Astrocyte in cerebral cortex
Data format
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sample025_035
bottom peaks comparison between CD8+ T cell and Bronchial epithelial cell
Data format
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sample025_036
bottom peaks comparison between CD8+ T cell and Cardiac myocyte
Data format
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sample025_037
bottom peaks comparison between CD8+ T cell and Chondroblast cell in cartilage
Data format
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sample025_038
bottom peaks comparison between CD8+ T cell and Redifferentiated chondrocyte in cartilage
Data format
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sample025_039
bottom peaks comparison between CD8+ T cell and Chorionic membrane cell
Data format
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sample025_040
bottom peaks comparison between CD8+ T cell and Ciliary epithelial cell
Data format
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sample025_041
bottom peaks comparison between CD8+ T cell and Corneal epithelial cell
Data format
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sample025_042
bottom peaks comparison between CD8+ T cell and Immature monocyte-derived dendritic cell
Data format
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sample025_043
bottom peaks comparison between CD8+ T cell and Endothelial cell in aorta
Data format
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sample025_044
bottom peaks comparison between CD8+ T cell and Endothelial cell in artery
Data format
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sample025_045
bottom peaks comparison between CD8+ T cell and Endothelial cell in lymph vessel
Data format
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sample025_046
bottom peaks comparison between CD8+ T cell and Endothelial cell in microvessel
Data format
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sample025_047
bottom peaks comparison between CD8+ T cell and Endothelial cell in thorax
Data format
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sample025_048
bottom peaks comparison between CD8+ T cell and Endothelial cell in umbilical vein
Data format
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sample025_049
bottom peaks comparison between CD8+ T cell and Endothelial cell in vein
Data format
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sample025_050
bottom peaks comparison between CD8+ T cell and Epithelical cell in esophagus
Data format
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sample025_051
bottom peaks comparison between CD8+ T cell and Adventitial fibroblast in aorta
Data format
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sample025_052
bottom peaks comparison between CD8+ T cell and Fibroblast in heart
Data format
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sample025_053
bottom peaks comparison between CD8+ T cell and Fibroblast in choroid plexus
Data format
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sample025_054
bottom peaks comparison between CD8+ T cell and Fibroblast in conjunctiva
Data format
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sample025_055
bottom peaks comparison between CD8+ T cell and Fibroblast in derma
Data format
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sample025_056
bottom peaks comparison between CD8+ T cell and Fibroblast in lung
Data format
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sample025_057
bottom peaks comparison between CD8+ T cell and Fibroblast in lymphatic vessel
Data format
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sample025_058
bottom peaks comparison between CD8+ T cell and Fibroblast in mamma
Data format
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sample025_059
bottom peaks comparison between CD8+ T cell and Fibroblast in periodontal ligament
Data format
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sample025_060
bottom peaks comparison between CD8+ T cell and Fibroblast in skin for dystrophia mytonica sample
Data format
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sample025_061
bottom peaks comparison between CD8+ T cell and Fibroblast in skin for normal sample
Data format
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sample025_062
bottom peaks comparison between CD8+ T cell and Fibroblast in skin for spinal muscular atrophy
Data format
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sample025_063
bottom peaks comparison between CD8+ T cell and Fibroblast of villous mesenchymal cell
Data format
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sample025_064
bottom peaks comparison between CD8+ T cell and Gamma delta+ T cell
Data format
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sample025_065
bottom peaks comparison between CD8+ T cell and Gingival epithelial cell
Data format
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sample025_066
bottom peaks comparison between CD8+ T cell and Dermal papilla cell in hair follicle
Data format
hide
sample025_067
bottom peaks comparison between CD8+ T cell and Outer root sheath cell in hair follicle
Data format
hide
sample025_068
bottom peaks comparison between CD8+ T cell and Hepatic sinusoidal endothelial cell
Data format
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sample025_069
bottom peaks comparison between CD8+ T cell and Hepatic stellate lipocyte
Data format
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sample025_070
bottom peaks comparison between CD8+ T cell and Hepatocyte
Data format
hide
sample025_071
bottom peaks comparison between CD8+ T cell and Immature langerhans cell
Data format
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sample025_072
bottom peaks comparison between CD8+ T cell and Keratinocyte epidermal cell
Data format
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sample025_073
bottom peaks comparison between CD8+ T cell and Keratocyte
Data format
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sample025_074
bottom peaks comparison between CD8+ T cell and Lens epithelial cell
Data format
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sample025_075
bottom peaks comparison between CD8+ T cell and Monocyte-derived macrophage
Data format
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sample025_076
bottom peaks comparison between CD8+ T cell and Mallassez-devied cell
Data format
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sample025_077
bottom peaks comparison between CD8+ T cell and Mammary epithelial cell
Data format
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sample025_078
bottom peaks comparison between CD8+ T cell and Mast cell
Data format
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sample025_079
bottom peaks comparison between CD8+ T cell and Expanded mast cell
Data format
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sample025_080
bottom peaks comparison between CD8+ T cell and Expanded and stimulated mast cell
Data format
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sample025_081
bottom peaks comparison between CD8+ T cell and Melanocyte-dark
Data format
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sample025_082
bottom peaks comparison between CD8+ T cell and Melanocyte-light
Data format
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sample025_083
bottom peaks comparison between CD8+ T cell and Meningeal cell
Data format
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sample025_084
bottom peaks comparison between CD8+ T cell and Mesenchymal precursor cell in adipose
Data format
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sample025_085
bottom peaks comparison between CD8+ T cell and Mesenchymal precursor cell in bone marrow
Data format
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sample025_086
bottom peaks comparison between CD8+ T cell and Mesenchymal precursor cell in heart
Data format
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sample025_087
bottom peaks comparison between CD8+ T cell and Mesenchymal precursor cell in left ovary for ovarian cancer sample
Data format
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sample025_088
bottom peaks comparison between CD8+ T cell and Mesenchymal precursor cell for metastatic ovarian cancer sample
Data format
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sample025_089
bottom peaks comparison between CD8+ T cell and Mesenchymal precursor cell in right ovary for ovarian cancer sample
Data format
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sample025_090
bottom peaks comparison between CD8+ T cell and Mesenchymal stem cell in adipose
Data format
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sample025_091
bottom peaks comparison between CD8+ T cell and Mesenchymal stem cell in amniotic membrane
Data format
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sample025_092
bottom peaks comparison between CD8+ T cell and Mesenchymal stem cell in bone marrow
Data format
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sample025_093
bottom peaks comparison between CD8+ T cell and Mesenchymal stem cell in liver
Data format
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sample025_094
bottom peaks comparison between CD8+ T cell and Mesenchymal stem cell in umbilical cord
Data format
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sample025_095
bottom peaks comparison between CD8+ T cell and Mesothelial cell
Data format
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sample025_096
bottom peaks comparison between CD8+ T cell and Migratory langerhans cell
Data format
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sample025_097
bottom peaks comparison between CD8+ T cell and Mesenchymal stem cell of umbilical cord blood
Data format
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sample025_098
bottom peaks comparison between CD8+ T cell and Myoblast
Data format
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sample025_099
bottom peaks comparison between CD8+ T cell and Nasal epithelial cell
Data format
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sample025_100
bottom peaks comparison between CD8+ T cell and Natural killer cell
Data format
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sample025_101
bottom peaks comparison between CD8+ T cell and Neural stem cell
Data format
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sample025_102
bottom peaks comparison between CD8+ T cell and Neuron
Data format
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sample025_103
bottom peaks comparison between CD8+ T cell and Neutrophil cell
Data format
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sample025_104
bottom peaks comparison between CD8+ T cell and Nucleus pulposus
Data format
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sample025_105
bottom peaks comparison between CD8+ T cell and Olfactory epithelial cell
Data format
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sample025_106
bottom peaks comparison between CD8+ T cell and Osteoblast
Data format
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sample025_107
bottom peaks comparison between CD8+ T cell and Differentiated osteoblast
Data format
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sample025_108
bottom peaks comparison between CD8+ T cell and Pricyte
Data format
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sample025_109
bottom peaks comparison between CD8+ T cell and Perineurial
Data format
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sample025_110
bottom peaks comparison between CD8+ T cell and Peripheral blood mononuclear cell
Data format
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sample025_111
bottom peaks comparison between CD8+ T cell and Placental epithelial cell
Data format
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sample025_112
bottom peaks comparison between CD8+ T cell and Preadipocyte in breast
Data format
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sample025_113
bottom peaks comparison between CD8+ T cell and Preadipocyte in omentum
Data format
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sample025_114
bottom peaks comparison between CD8+ T cell and Subcutaneous preadipocyte
Data format
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sample025_115
bottom peaks comparison between CD8+ T cell and Visceral preadipocyte
Data format
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sample025_116
bottom peaks comparison between CD8+ T cell and Prostate epithelial cell
Data format
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sample025_117
bottom peaks comparison between CD8+ T cell and Prostate stromal cell
Data format
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sample025_118
bottom peaks comparison between CD8+ T cell and Renal cortical epithelial cell
Data format
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sample025_119
bottom peaks comparison between CD8+ T cell and Renal glomerular endothelial cell
Data format
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sample025_120
bottom peaks comparison between CD8+ T cell and Renal mesangial cell
Data format
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sample025_121
bottom peaks comparison between CD8+ T cell and Renal proximal tubular epithelial cell
Data format
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sample025_122
bottom peaks comparison between CD8+ T cell and Renal proximal tubular epithelial cell
Data format
hide
sample025_123
bottom peaks comparison between CD8+ T cell and Salivary acinar cell
Data format
hide
sample025_124
bottom peaks comparison between CD8+ T cell and Schwann
Data format
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sample025_125
bottom peaks comparison between CD8+ T cell and Sebocyte
Data format
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sample025_126
bottom peaks comparison between CD8+ T cell and Sertoli
Data format
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sample025_127
bottom peaks comparison between CD8+ T cell and Skeletal muscle
Data format
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sample025_128
bottom peaks comparison between CD8+ T cell and Skeletal muscle differentiated into myotubes
Data format
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sample025_129
bottom peaks comparison between CD8+ T cell and Skeletal muscle satellite cell
Data format
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sample025_130
bottom peaks comparison between CD8+ T cell and Small airway epithelial cell
Data format
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sample025_131
bottom peaks comparison between CD8+ T cell and Airway smooth muscle in asthma
Data format
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sample025_132
bottom peaks comparison between CD8+ T cell and Airway smooth muscle in control
Data format
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sample025_133
bottom peaks comparison between CD8+ T cell and Smooth muscle in aorta
Data format
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sample025_134
bottom peaks comparison between CD8+ T cell and Smooth muscle in brachiocephalic artery
Data format
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sample025_135
bottom peaks comparison between CD8+ T cell and Smooth muscle in brain vessel
Data format
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sample025_136
bottom peaks comparison between CD8+ T cell and Smooth muscle in bronchial tube
Data format
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sample025_137
bottom peaks comparison between CD8+ T cell and Smooth muscle in carotid artery
Data format
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sample025_138
bottom peaks comparison between CD8+ T cell and Smooth muscle in colon
Data format
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sample025_139
bottom peaks comparison between CD8+ T cell and Smooth muscle in coronary
Data format
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sample025_140
bottom peaks comparison between CD8+ T cell and Smooth muscle in esophagus
Data format
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sample025_141
bottom peaks comparison between CD8+ T cell and Smooth muscle in internal thoracic artery
Data format
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sample025_142
bottom peaks comparison between CD8+ T cell and Smooth muscle in prostate
Data format
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sample025_143
bottom peaks comparison between CD8+ T cell and Smooth muscle in pulmonary artery
Data format
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sample025_144
bottom peaks comparison between CD8+ T cell and Smooth muscle in subclavian artery
Data format
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sample025_145
bottom peaks comparison between CD8+ T cell and Smooth muscle in trachea
Data format
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sample025_146
bottom peaks comparison between CD8+ T cell and Smooth muscle in umbilical artery
Data format
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sample025_147
bottom peaks comparison between CD8+ T cell and Smooth muscle in umbilical vein
Data format
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sample025_148
bottom peaks comparison between CD8+ T cell and Smooth muscle in uterine
Data format
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sample025_149
bottom peaks comparison between CD8+ T cell and Synoviocyte
Data format
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sample025_150
bottom peaks comparison between CD8+ T cell and Tenocyte
Data format
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sample025_151
bottom peaks comparison between CD8+ T cell and Trabecular meshwork
Data format
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sample025_152
bottom peaks comparison between CD8+ T cell and Tracheal epithelial cell
Data format
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sample025_153
bottom peaks comparison between CD8+ T cell and Urothelial cell
Data format
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sample025_154
bottom peaks comparison between CD8+ T cell and Whole blood for donor 1
Data format
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sample025_155
bottom peaks comparison between CD8+ T cell and Whole blood for donor 2
Data format
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sample025_156
bottom peaks comparison between CD8+ T cell and Whole blood for donor 3
Data format
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sample026_027
bottom peaks comparison between Adipocyte in breast and Adipocyte in Omentum
Data format
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sample026_028
bottom peaks comparison between Adipocyte in breast and Subcutaneous adipocyte
Data format
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sample026_029
bottom peaks comparison between Adipocyte in breast and Alveolar epithelial cell
Data format
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sample026_030
bottom peaks comparison between Adipocyte in breast and Amniotic epithelial cell
Data format
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sample026_031
bottom peaks comparison between Adipocyte in breast and Amniotic membrane cell
Data format
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sample026_032
bottom peaks comparison between Adipocyte in breast and Anulus fibrosus cell in spinal cord
Data format
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sample026_033
bottom peaks comparison between Adipocyte in breast and Adtrocyte in cerebellum
Data format
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sample026_034
bottom peaks comparison between Adipocyte in breast and Astrocyte in cerebral cortex
Data format
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sample026_035
bottom peaks comparison between Adipocyte in breast and Bronchial epithelial cell
Data format
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sample026_036
bottom peaks comparison between Adipocyte in breast and Cardiac myocyte
Data format
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sample026_037
bottom peaks comparison between Adipocyte in breast and Chondroblast cell in cartilage
Data format
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sample026_038
bottom peaks comparison between Adipocyte in breast and Redifferentiated chondrocyte in cartilage
Data format
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sample026_039
bottom peaks comparison between Adipocyte in breast and Chorionic membrane cell
Data format
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sample026_040
bottom peaks comparison between Adipocyte in breast and Ciliary epithelial cell
Data format
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sample026_041
bottom peaks comparison between Adipocyte in breast and Corneal epithelial cell
Data format
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sample026_042
bottom peaks comparison between Adipocyte in breast and Immature monocyte-derived dendritic cell
Data format
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sample026_043
bottom peaks comparison between Adipocyte in breast and Endothelial cell in aorta
Data format
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sample026_044
bottom peaks comparison between Adipocyte in breast and Endothelial cell in artery
Data format
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sample026_045
bottom peaks comparison between Adipocyte in breast and Endothelial cell in lymph vessel
Data format
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sample026_046
bottom peaks comparison between Adipocyte in breast and Endothelial cell in microvessel
Data format
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sample026_047
bottom peaks comparison between Adipocyte in breast and Endothelial cell in thorax
Data format
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sample026_048
bottom peaks comparison between Adipocyte in breast and Endothelial cell in umbilical vein
Data format
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sample026_049
bottom peaks comparison between Adipocyte in breast and Endothelial cell in vein
Data format
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sample026_050
bottom peaks comparison between Adipocyte in breast and Epithelical cell in esophagus
Data format
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sample026_051
bottom peaks comparison between Adipocyte in breast and Adventitial fibroblast in aorta
Data format
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sample026_052
bottom peaks comparison between Adipocyte in breast and Fibroblast in heart
Data format
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sample026_053
bottom peaks comparison between Adipocyte in breast and Fibroblast in choroid plexus
Data format
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sample026_054
bottom peaks comparison between Adipocyte in breast and Fibroblast in conjunctiva
Data format
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sample026_055
bottom peaks comparison between Adipocyte in breast and Fibroblast in derma
Data format
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sample026_056
bottom peaks comparison between Adipocyte in breast and Fibroblast in lung
Data format
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sample026_057
bottom peaks comparison between Adipocyte in breast and Fibroblast in lymphatic vessel
Data format
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sample026_058
bottom peaks comparison between Adipocyte in breast and Fibroblast in mamma
Data format
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sample026_059
bottom peaks comparison between Adipocyte in breast and Fibroblast in periodontal ligament
Data format
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sample026_060
bottom peaks comparison between Adipocyte in breast and Fibroblast in skin for dystrophia mytonica sample
Data format
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sample026_061
bottom peaks comparison between Adipocyte in breast and Fibroblast in skin for normal sample
Data format
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sample026_062
bottom peaks comparison between Adipocyte in breast and Fibroblast in skin for spinal muscular atrophy
Data format
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sample026_063
bottom peaks comparison between Adipocyte in breast and Fibroblast of villous mesenchymal cell
Data format
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sample026_064
bottom peaks comparison between Adipocyte in breast and Gamma delta+ T cell
Data format
hide
sample026_065
bottom peaks comparison between Adipocyte in breast and Gingival epithelial cell
Data format
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sample026_066
bottom peaks comparison between Adipocyte in breast and Dermal papilla cell in hair follicle
Data format
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sample026_067
bottom peaks comparison between Adipocyte in breast and Outer root sheath cell in hair follicle
Data format
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sample026_068
bottom peaks comparison between Adipocyte in breast and Hepatic sinusoidal endothelial cell
Data format
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sample026_069
bottom peaks comparison between Adipocyte in breast and Hepatic stellate lipocyte
Data format
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sample026_070
bottom peaks comparison between Adipocyte in breast and Hepatocyte
Data format
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sample026_071
bottom peaks comparison between Adipocyte in breast and Immature langerhans cell
Data format
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sample026_072
bottom peaks comparison between Adipocyte in breast and Keratinocyte epidermal cell
Data format
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sample026_073
bottom peaks comparison between Adipocyte in breast and Keratocyte
Data format
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sample026_074
bottom peaks comparison between Adipocyte in breast and Lens epithelial cell
Data format
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sample026_075
bottom peaks comparison between Adipocyte in breast and Monocyte-derived macrophage
Data format
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sample026_076
bottom peaks comparison between Adipocyte in breast and Mallassez-devied cell
Data format
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sample026_077
bottom peaks comparison between Adipocyte in breast and Mammary epithelial cell
Data format
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sample026_078
bottom peaks comparison between Adipocyte in breast and Mast cell
Data format
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sample026_079
bottom peaks comparison between Adipocyte in breast and Expanded mast cell
Data format
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sample026_080
bottom peaks comparison between Adipocyte in breast and Expanded and stimulated mast cell
Data format
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sample026_081
bottom peaks comparison between Adipocyte in breast and Melanocyte-dark
Data format
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sample026_082
bottom peaks comparison between Adipocyte in breast and Melanocyte-light
Data format
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sample026_083
bottom peaks comparison between Adipocyte in breast and Meningeal cell
Data format
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sample026_084
bottom peaks comparison between Adipocyte in breast and Mesenchymal precursor cell in adipose
Data format
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sample026_085
bottom peaks comparison between Adipocyte in breast and Mesenchymal precursor cell in bone marrow
Data format
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sample026_086
bottom peaks comparison between Adipocyte in breast and Mesenchymal precursor cell in heart
Data format
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sample026_087
bottom peaks comparison between Adipocyte in breast and Mesenchymal precursor cell in left ovary for ovarian cancer sample
Data format
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sample026_088
bottom peaks comparison between Adipocyte in breast and Mesenchymal precursor cell for metastatic ovarian cancer sample
Data format
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sample026_089
bottom peaks comparison between Adipocyte in breast and Mesenchymal precursor cell in right ovary for ovarian cancer sample
Data format
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sample026_090
bottom peaks comparison between Adipocyte in breast and Mesenchymal stem cell in adipose
Data format
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sample026_091
bottom peaks comparison between Adipocyte in breast and Mesenchymal stem cell in amniotic membrane
Data format
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sample026_092
bottom peaks comparison between Adipocyte in breast and Mesenchymal stem cell in bone marrow
Data format
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sample026_093
bottom peaks comparison between Adipocyte in breast and Mesenchymal stem cell in liver
Data format
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sample026_094
bottom peaks comparison between Adipocyte in breast and Mesenchymal stem cell in umbilical cord
Data format
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sample026_095
bottom peaks comparison between Adipocyte in breast and Mesothelial cell
Data format
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sample026_096
bottom peaks comparison between Adipocyte in breast and Migratory langerhans cell
Data format
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sample026_097
bottom peaks comparison between Adipocyte in breast and Mesenchymal stem cell of umbilical cord blood
Data format
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sample026_098
bottom peaks comparison between Adipocyte in breast and Myoblast
Data format
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sample026_099
bottom peaks comparison between Adipocyte in breast and Nasal epithelial cell
Data format
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sample026_100
bottom peaks comparison between Adipocyte in breast and Natural killer cell
Data format
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sample026_101
bottom peaks comparison between Adipocyte in breast and Neural stem cell
Data format
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sample026_102
bottom peaks comparison between Adipocyte in breast and Neuron
Data format
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sample026_103
bottom peaks comparison between Adipocyte in breast and Neutrophil cell
Data format
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sample026_104
bottom peaks comparison between Adipocyte in breast and Nucleus pulposus
Data format
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sample026_105
bottom peaks comparison between Adipocyte in breast and Olfactory epithelial cell
Data format
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sample026_106
bottom peaks comparison between Adipocyte in breast and Osteoblast
Data format
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sample026_107
bottom peaks comparison between Adipocyte in breast and Differentiated osteoblast
Data format
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sample026_108
bottom peaks comparison between Adipocyte in breast and Pricyte
Data format
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sample026_109
bottom peaks comparison between Adipocyte in breast and Perineurial
Data format
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sample026_110
bottom peaks comparison between Adipocyte in breast and Peripheral blood mononuclear cell
Data format
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sample026_111
bottom peaks comparison between Adipocyte in breast and Placental epithelial cell
Data format
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sample026_112
bottom peaks comparison between Adipocyte in breast and Preadipocyte in breast
Data format
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sample026_113
bottom peaks comparison between Adipocyte in breast and Preadipocyte in omentum
Data format
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sample026_114
bottom peaks comparison between Adipocyte in breast and Subcutaneous preadipocyte
Data format
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sample026_115
bottom peaks comparison between Adipocyte in breast and Visceral preadipocyte
Data format
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sample026_116
bottom peaks comparison between Adipocyte in breast and Prostate epithelial cell
Data format
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sample026_117
bottom peaks comparison between Adipocyte in breast and Prostate stromal cell
Data format
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sample026_118
bottom peaks comparison between Adipocyte in breast and Renal cortical epithelial cell
Data format
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sample026_119
bottom peaks comparison between Adipocyte in breast and Renal glomerular endothelial cell
Data format
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sample026_120
bottom peaks comparison between Adipocyte in breast and Renal mesangial cell
Data format
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sample026_121
bottom peaks comparison between Adipocyte in breast and Renal proximal tubular epithelial cell
Data format
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sample026_122
bottom peaks comparison between Adipocyte in breast and Renal proximal tubular epithelial cell
Data format
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sample026_123
bottom peaks comparison between Adipocyte in breast and Salivary acinar cell
Data format
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sample026_124
bottom peaks comparison between Adipocyte in breast and Schwann
Data format
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sample026_125
bottom peaks comparison between Adipocyte in breast and Sebocyte
Data format
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sample026_126
bottom peaks comparison between Adipocyte in breast and Sertoli
Data format
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sample026_127
bottom peaks comparison between Adipocyte in breast and Skeletal muscle
Data format
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sample026_128
bottom peaks comparison between Adipocyte in breast and Skeletal muscle differentiated into myotubes
Data format
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sample026_129
bottom peaks comparison between Adipocyte in breast and Skeletal muscle satellite cell
Data format
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sample026_130
bottom peaks comparison between Adipocyte in breast and Small airway epithelial cell
Data format
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sample026_131
bottom peaks comparison between Adipocyte in breast and Airway smooth muscle in asthma
Data format
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sample026_132
bottom peaks comparison between Adipocyte in breast and Airway smooth muscle in control
Data format
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sample026_133
bottom peaks comparison between Adipocyte in breast and Smooth muscle in aorta
Data format
hide
sample026_134
bottom peaks comparison between Adipocyte in breast and Smooth muscle in brachiocephalic artery
Data format
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sample026_135
bottom peaks comparison between Adipocyte in breast and Smooth muscle in brain vessel
Data format
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sample026_136
bottom peaks comparison between Adipocyte in breast and Smooth muscle in bronchial tube
Data format
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sample026_137
bottom peaks comparison between Adipocyte in breast and Smooth muscle in carotid artery
Data format
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sample026_138
bottom peaks comparison between Adipocyte in breast and Smooth muscle in colon
Data format
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sample026_139
bottom peaks comparison between Adipocyte in breast and Smooth muscle in coronary
Data format
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sample026_140
bottom peaks comparison between Adipocyte in breast and Smooth muscle in esophagus
Data format
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sample026_141
bottom peaks comparison between Adipocyte in breast and Smooth muscle in internal thoracic artery
Data format
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sample026_142
bottom peaks comparison between Adipocyte in breast and Smooth muscle in prostate
Data format
hide
sample026_143
bottom peaks comparison between Adipocyte in breast and Smooth muscle in pulmonary artery
Data format
hide
sample026_144
bottom peaks comparison between Adipocyte in breast and Smooth muscle in subclavian artery
Data format
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sample026_145
bottom peaks comparison between Adipocyte in breast and Smooth muscle in trachea
Data format
hide
sample026_146
bottom peaks comparison between Adipocyte in breast and Smooth muscle in umbilical artery
Data format
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sample026_147
bottom peaks comparison between Adipocyte in breast and Smooth muscle in umbilical vein
Data format
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sample026_148
bottom peaks comparison between Adipocyte in breast and Smooth muscle in uterine
Data format
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sample026_149
bottom peaks comparison between Adipocyte in breast and Synoviocyte
Data format
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sample026_150
bottom peaks comparison between Adipocyte in breast and Tenocyte
Data format
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sample026_151
bottom peaks comparison between Adipocyte in breast and Trabecular meshwork
Data format
hide
sample026_152
bottom peaks comparison between Adipocyte in breast and Tracheal epithelial cell
Data format
hide
sample026_153
bottom peaks comparison between Adipocyte in breast and Urothelial cell
Data format
hide
sample026_154
bottom peaks comparison between Adipocyte in breast and Whole blood for donor 1
Data format
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sample026_155
bottom peaks comparison between Adipocyte in breast and Whole blood for donor 2
Data format
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sample026_156
bottom peaks comparison between Adipocyte in breast and Whole blood for donor 3
Data format
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sample027_028
bottom peaks comparison between Adipocyte in Omentum and Subcutaneous adipocyte
Data format
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sample027_029
bottom peaks comparison between Adipocyte in Omentum and Alveolar epithelial cell
Data format
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sample027_030
bottom peaks comparison between Adipocyte in Omentum and Amniotic epithelial cell
Data format
hide
sample027_031
bottom peaks comparison between Adipocyte in Omentum and Amniotic membrane cell
Data format
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sample027_032
bottom peaks comparison between Adipocyte in Omentum and Anulus fibrosus cell in spinal cord
Data format
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sample027_033
bottom peaks comparison between Adipocyte in Omentum and Adtrocyte in cerebellum
Data format
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sample027_034
bottom peaks comparison between Adipocyte in Omentum and Astrocyte in cerebral cortex
Data format
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sample027_035
bottom peaks comparison between Adipocyte in Omentum and Bronchial epithelial cell
Data format
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sample027_036
bottom peaks comparison between Adipocyte in Omentum and Cardiac myocyte
Data format
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sample027_037
bottom peaks comparison between Adipocyte in Omentum and Chondroblast cell in cartilage
Data format
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sample027_038
bottom peaks comparison between Adipocyte in Omentum and Redifferentiated chondrocyte in cartilage
Data format
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sample027_039
bottom peaks comparison between Adipocyte in Omentum and Chorionic membrane cell
Data format
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sample027_040
bottom peaks comparison between Adipocyte in Omentum and Ciliary epithelial cell
Data format
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sample027_041
bottom peaks comparison between Adipocyte in Omentum and Corneal epithelial cell
Data format
hide
sample027_042
bottom peaks comparison between Adipocyte in Omentum and Immature monocyte-derived dendritic cell
Data format
hide
sample027_043
bottom peaks comparison between Adipocyte in Omentum and Endothelial cell in aorta
Data format
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sample027_044
bottom peaks comparison between Adipocyte in Omentum and Endothelial cell in artery
Data format
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sample027_045
bottom peaks comparison between Adipocyte in Omentum and Endothelial cell in lymph vessel
Data format
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sample027_046
bottom peaks comparison between Adipocyte in Omentum and Endothelial cell in microvessel
Data format
hide
sample027_047
bottom peaks comparison between Adipocyte in Omentum and Endothelial cell in thorax
Data format
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sample027_048
bottom peaks comparison between Adipocyte in Omentum and Endothelial cell in umbilical vein
Data format
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sample027_049
bottom peaks comparison between Adipocyte in Omentum and Endothelial cell in vein
Data format
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sample027_050
bottom peaks comparison between Adipocyte in Omentum and Epithelical cell in esophagus
Data format
hide
sample027_051
bottom peaks comparison between Adipocyte in Omentum and Adventitial fibroblast in aorta
Data format
hide
sample027_052
bottom peaks comparison between Adipocyte in Omentum and Fibroblast in heart
Data format
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sample027_053
bottom peaks comparison between Adipocyte in Omentum and Fibroblast in choroid plexus
Data format
hide
sample027_054
bottom peaks comparison between Adipocyte in Omentum and Fibroblast in conjunctiva
Data format
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sample027_055
bottom peaks comparison between Adipocyte in Omentum and Fibroblast in derma
Data format
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sample027_056
bottom peaks comparison between Adipocyte in Omentum and Fibroblast in lung
Data format
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sample027_057
bottom peaks comparison between Adipocyte in Omentum and Fibroblast in lymphatic vessel
Data format
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sample027_058
bottom peaks comparison between Adipocyte in Omentum and Fibroblast in mamma
Data format
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sample027_059
bottom peaks comparison between Adipocyte in Omentum and Fibroblast in periodontal ligament
Data format
hide
sample027_060
bottom peaks comparison between Adipocyte in Omentum and Fibroblast in skin for dystrophia mytonica sample
Data format
hide
sample027_061
bottom peaks comparison between Adipocyte in Omentum and Fibroblast in skin for normal sample
Data format
hide
sample027_062
bottom peaks comparison between Adipocyte in Omentum and Fibroblast in skin for spinal muscular atrophy
Data format
hide
sample027_063
bottom peaks comparison between Adipocyte in Omentum and Fibroblast of villous mesenchymal cell
Data format
hide
sample027_064
bottom peaks comparison between Adipocyte in Omentum and Gamma delta+ T cell
Data format
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sample027_065
bottom peaks comparison between Adipocyte in Omentum and Gingival epithelial cell
Data format
hide
sample027_066
bottom peaks comparison between Adipocyte in Omentum and Dermal papilla cell in hair follicle
Data format
hide
sample027_067
bottom peaks comparison between Adipocyte in Omentum and Outer root sheath cell in hair follicle
Data format
hide
sample027_068
bottom peaks comparison between Adipocyte in Omentum and Hepatic sinusoidal endothelial cell
Data format
hide
sample027_069
bottom peaks comparison between Adipocyte in Omentum and Hepatic stellate lipocyte
Data format
hide
sample027_070
bottom peaks comparison between Adipocyte in Omentum and Hepatocyte
Data format
hide
sample027_071
bottom peaks comparison between Adipocyte in Omentum and Immature langerhans cell
Data format
hide
sample027_072
bottom peaks comparison between Adipocyte in Omentum and Keratinocyte epidermal cell
Data format
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sample027_073
bottom peaks comparison between Adipocyte in Omentum and Keratocyte
Data format
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sample027_074
bottom peaks comparison between Adipocyte in Omentum and Lens epithelial cell
Data format
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sample027_075
bottom peaks comparison between Adipocyte in Omentum and Monocyte-derived macrophage
Data format
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sample027_076
bottom peaks comparison between Adipocyte in Omentum and Mallassez-devied cell
Data format
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sample027_077
bottom peaks comparison between Adipocyte in Omentum and Mammary epithelial cell
Data format
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sample027_078
bottom peaks comparison between Adipocyte in Omentum and Mast cell
Data format
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sample027_079
bottom peaks comparison between Adipocyte in Omentum and Expanded mast cell
Data format
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sample027_080
bottom peaks comparison between Adipocyte in Omentum and Expanded and stimulated mast cell
Data format
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sample027_081
bottom peaks comparison between Adipocyte in Omentum and Melanocyte-dark
Data format
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sample027_082
bottom peaks comparison between Adipocyte in Omentum and Melanocyte-light
Data format
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sample027_083
bottom peaks comparison between Adipocyte in Omentum and Meningeal cell
Data format
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sample027_084
bottom peaks comparison between Adipocyte in Omentum and Mesenchymal precursor cell in adipose
Data format
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sample027_085
bottom peaks comparison between Adipocyte in Omentum and Mesenchymal precursor cell in bone marrow
Data format
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sample027_086
bottom peaks comparison between Adipocyte in Omentum and Mesenchymal precursor cell in heart
Data format
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sample027_087
bottom peaks comparison between Adipocyte in Omentum and Mesenchymal precursor cell in left ovary for ovarian cancer sample
Data format
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sample027_088
bottom peaks comparison between Adipocyte in Omentum and Mesenchymal precursor cell for metastatic ovarian cancer sample
Data format
hide
sample027_089
bottom peaks comparison between Adipocyte in Omentum and Mesenchymal precursor cell in right ovary for ovarian cancer sample
Data format
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sample027_090
bottom peaks comparison between Adipocyte in Omentum and Mesenchymal stem cell in adipose
Data format
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sample027_091
bottom peaks comparison between Adipocyte in Omentum and Mesenchymal stem cell in amniotic membrane
Data format
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sample027_092
bottom peaks comparison between Adipocyte in Omentum and Mesenchymal stem cell in bone marrow
Data format
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sample027_093
bottom peaks comparison between Adipocyte in Omentum and Mesenchymal stem cell in liver
Data format
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sample027_094
bottom peaks comparison between Adipocyte in Omentum and Mesenchymal stem cell in umbilical cord
Data format
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sample027_095
bottom peaks comparison between Adipocyte in Omentum and Mesothelial cell
Data format
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sample027_096
bottom peaks comparison between Adipocyte in Omentum and Migratory langerhans cell
Data format
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sample027_097
bottom peaks comparison between Adipocyte in Omentum and Mesenchymal stem cell of umbilical cord blood
Data format
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sample027_098
bottom peaks comparison between Adipocyte in Omentum and Myoblast
Data format
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sample027_099
bottom peaks comparison between Adipocyte in Omentum and Nasal epithelial cell
Data format
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sample027_100
bottom peaks comparison between Adipocyte in Omentum and Natural killer cell
Data format
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sample027_101
bottom peaks comparison between Adipocyte in Omentum and Neural stem cell
Data format
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sample027_102
bottom peaks comparison between Adipocyte in Omentum and Neuron
Data format
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sample027_103
bottom peaks comparison between Adipocyte in Omentum and Neutrophil cell
Data format
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sample027_104
bottom peaks comparison between Adipocyte in Omentum and Nucleus pulposus
Data format
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sample027_105
bottom peaks comparison between Adipocyte in Omentum and Olfactory epithelial cell
Data format
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sample027_106
bottom peaks comparison between Adipocyte in Omentum and Osteoblast
Data format
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sample027_107
bottom peaks comparison between Adipocyte in Omentum and Differentiated osteoblast
Data format
hide
sample027_108
bottom peaks comparison between Adipocyte in Omentum and Pricyte
Data format
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sample027_109
bottom peaks comparison between Adipocyte in Omentum and Perineurial
Data format
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sample027_110
bottom peaks comparison between Adipocyte in Omentum and Peripheral blood mononuclear cell
Data format
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sample027_111
bottom peaks comparison between Adipocyte in Omentum and Placental epithelial cell
Data format
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sample027_112
bottom peaks comparison between Adipocyte in Omentum and Preadipocyte in breast
Data format
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sample027_113
bottom peaks comparison between Adipocyte in Omentum and Preadipocyte in omentum
Data format
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sample027_114
bottom peaks comparison between Adipocyte in Omentum and Subcutaneous preadipocyte
Data format
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sample027_115
bottom peaks comparison between Adipocyte in Omentum and Visceral preadipocyte
Data format
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sample027_116
bottom peaks comparison between Adipocyte in Omentum and Prostate epithelial cell
Data format
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sample027_117
bottom peaks comparison between Adipocyte in Omentum and Prostate stromal cell
Data format
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sample027_118
bottom peaks comparison between Adipocyte in Omentum and Renal cortical epithelial cell
Data format
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sample027_119
bottom peaks comparison between Adipocyte in Omentum and Renal glomerular endothelial cell
Data format
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sample027_120
bottom peaks comparison between Adipocyte in Omentum and Renal mesangial cell
Data format
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sample027_121
bottom peaks comparison between Adipocyte in Omentum and Renal proximal tubular epithelial cell
Data format
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sample027_122
bottom peaks comparison between Adipocyte in Omentum and Renal proximal tubular epithelial cell
Data format
hide
sample027_123
bottom peaks comparison between Adipocyte in Omentum and Salivary acinar cell
Data format
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sample027_124
bottom peaks comparison between Adipocyte in Omentum and Schwann
Data format
hide
sample027_125
bottom peaks comparison between Adipocyte in Omentum and Sebocyte
Data format
hide
sample027_126
bottom peaks comparison between Adipocyte in Omentum and Sertoli
Data format
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sample027_127
bottom peaks comparison between Adipocyte in Omentum and Skeletal muscle
Data format
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sample027_128
bottom peaks comparison between Adipocyte in Omentum and Skeletal muscle differentiated into myotubes
Data format
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sample027_129
bottom peaks comparison between Adipocyte in Omentum and Skeletal muscle satellite cell
Data format
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sample027_130
bottom peaks comparison between Adipocyte in Omentum and Small airway epithelial cell
Data format
hide
sample027_131
bottom peaks comparison between Adipocyte in Omentum and Airway smooth muscle in asthma
Data format
hide
sample027_132
bottom peaks comparison between Adipocyte in Omentum and Airway smooth muscle in control
Data format
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sample027_133
bottom peaks comparison between Adipocyte in Omentum and Smooth muscle in aorta
Data format
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sample027_134
bottom peaks comparison between Adipocyte in Omentum and Smooth muscle in brachiocephalic artery
Data format
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sample027_135
bottom peaks comparison between Adipocyte in Omentum and Smooth muscle in brain vessel
Data format
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sample027_136
bottom peaks comparison between Adipocyte in Omentum and Smooth muscle in bronchial tube
Data format
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sample027_137
bottom peaks comparison between Adipocyte in Omentum and Smooth muscle in carotid artery
Data format
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sample027_138
bottom peaks comparison between Adipocyte in Omentum and Smooth muscle in colon
Data format
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sample027_139
bottom peaks comparison between Adipocyte in Omentum and Smooth muscle in coronary
Data format
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sample027_140
bottom peaks comparison between Adipocyte in Omentum and Smooth muscle in esophagus
Data format
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sample027_141
bottom peaks comparison between Adipocyte in Omentum and Smooth muscle in internal thoracic artery
Data format
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sample027_142
bottom peaks comparison between Adipocyte in Omentum and Smooth muscle in prostate
Data format
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sample027_143
bottom peaks comparison between Adipocyte in Omentum and Smooth muscle in pulmonary artery
Data format
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sample027_144
bottom peaks comparison between Adipocyte in Omentum and Smooth muscle in subclavian artery
Data format
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sample027_145
bottom peaks comparison between Adipocyte in Omentum and Smooth muscle in trachea
Data format
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sample027_146
bottom peaks comparison between Adipocyte in Omentum and Smooth muscle in umbilical artery
Data format
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sample027_147
bottom peaks comparison between Adipocyte in Omentum and Smooth muscle in umbilical vein
Data format
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sample027_148
bottom peaks comparison between Adipocyte in Omentum and Smooth muscle in uterine
Data format
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sample027_149
bottom peaks comparison between Adipocyte in Omentum and Synoviocyte
Data format
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sample027_150
bottom peaks comparison between Adipocyte in Omentum and Tenocyte
Data format
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sample027_151
bottom peaks comparison between Adipocyte in Omentum and Trabecular meshwork
Data format
hide
sample027_152
bottom peaks comparison between Adipocyte in Omentum and Tracheal epithelial cell
Data format
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sample027_153
bottom peaks comparison between Adipocyte in Omentum and Urothelial cell
Data format
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sample027_154
bottom peaks comparison between Adipocyte in Omentum and Whole blood for donor 1
Data format
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sample027_155
bottom peaks comparison between Adipocyte in Omentum and Whole blood for donor 2
Data format
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sample027_156
bottom peaks comparison between Adipocyte in Omentum and Whole blood for donor 3
Data format
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sample028_029
bottom peaks comparison between Subcutaneous adipocyte and Alveolar epithelial cell
Data format
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sample028_030
bottom peaks comparison between Subcutaneous adipocyte and Amniotic epithelial cell
Data format
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sample028_031
bottom peaks comparison between Subcutaneous adipocyte and Amniotic membrane cell
Data format
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sample028_032
bottom peaks comparison between Subcutaneous adipocyte and Anulus fibrosus cell in spinal cord
Data format
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sample028_033
bottom peaks comparison between Subcutaneous adipocyte and Adtrocyte in cerebellum
Data format
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sample028_034
bottom peaks comparison between Subcutaneous adipocyte and Astrocyte in cerebral cortex
Data format
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sample028_035
bottom peaks comparison between Subcutaneous adipocyte and Bronchial epithelial cell
Data format
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sample028_036
bottom peaks comparison between Subcutaneous adipocyte and Cardiac myocyte
Data format
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sample028_037
bottom peaks comparison between Subcutaneous adipocyte and Chondroblast cell in cartilage
Data format
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sample028_038
bottom peaks comparison between Subcutaneous adipocyte and Redifferentiated chondrocyte in cartilage
Data format
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sample028_039
bottom peaks comparison between Subcutaneous adipocyte and Chorionic membrane cell
Data format
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sample028_040
bottom peaks comparison between Subcutaneous adipocyte and Ciliary epithelial cell
Data format
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sample028_041
bottom peaks comparison between Subcutaneous adipocyte and Corneal epithelial cell
Data format
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sample028_042
bottom peaks comparison between Subcutaneous adipocyte and Immature monocyte-derived dendritic cell
Data format
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sample028_043
bottom peaks comparison between Subcutaneous adipocyte and Endothelial cell in aorta
Data format
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sample028_044
bottom peaks comparison between Subcutaneous adipocyte and Endothelial cell in artery
Data format
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sample028_045
bottom peaks comparison between Subcutaneous adipocyte and Endothelial cell in lymph vessel
Data format
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sample028_046
bottom peaks comparison between Subcutaneous adipocyte and Endothelial cell in microvessel
Data format
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sample028_047
bottom peaks comparison between Subcutaneous adipocyte and Endothelial cell in thorax
Data format
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sample028_048
bottom peaks comparison between Subcutaneous adipocyte and Endothelial cell in umbilical vein
Data format
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sample028_049
bottom peaks comparison between Subcutaneous adipocyte and Endothelial cell in vein
Data format
hide
sample028_050
bottom peaks comparison between Subcutaneous adipocyte and Epithelical cell in esophagus
Data format
hide
sample028_051
bottom peaks comparison between Subcutaneous adipocyte and Adventitial fibroblast in aorta
Data format
hide
sample028_052
bottom peaks comparison between Subcutaneous adipocyte and Fibroblast in heart
Data format
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sample028_053
bottom peaks comparison between Subcutaneous adipocyte and Fibroblast in choroid plexus
Data format
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sample028_054
bottom peaks comparison between Subcutaneous adipocyte and Fibroblast in conjunctiva
Data format
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sample028_055
bottom peaks comparison between Subcutaneous adipocyte and Fibroblast in derma
Data format
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sample028_056
bottom peaks comparison between Subcutaneous adipocyte and Fibroblast in lung
Data format
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sample028_057
bottom peaks comparison between Subcutaneous adipocyte and Fibroblast in lymphatic vessel
Data format
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sample028_058
bottom peaks comparison between Subcutaneous adipocyte and Fibroblast in mamma
Data format
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sample028_059
bottom peaks comparison between Subcutaneous adipocyte and Fibroblast in periodontal ligament
Data format
hide
sample028_060
bottom peaks comparison between Subcutaneous adipocyte and Fibroblast in skin for dystrophia mytonica sample
Data format
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sample028_061
bottom peaks comparison between Subcutaneous adipocyte and Fibroblast in skin for normal sample
Data format
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sample028_062
bottom peaks comparison between Subcutaneous adipocyte and Fibroblast in skin for spinal muscular atrophy
Data format
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sample028_063
bottom peaks comparison between Subcutaneous adipocyte and Fibroblast of villous mesenchymal cell
Data format
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sample028_064
bottom peaks comparison between Subcutaneous adipocyte and Gamma delta+ T cell
Data format
hide
sample028_065
bottom peaks comparison between Subcutaneous adipocyte and Gingival epithelial cell
Data format
hide
sample028_066
bottom peaks comparison between Subcutaneous adipocyte and Dermal papilla cell in hair follicle
Data format
hide
sample028_067
bottom peaks comparison between Subcutaneous adipocyte and Outer root sheath cell in hair follicle
Data format
hide
sample028_068
bottom peaks comparison between Subcutaneous adipocyte and Hepatic sinusoidal endothelial cell
Data format
hide
sample028_069
bottom peaks comparison between Subcutaneous adipocyte and Hepatic stellate lipocyte
Data format
hide
sample028_070
bottom peaks comparison between Subcutaneous adipocyte and Hepatocyte
Data format
hide
sample028_071
bottom peaks comparison between Subcutaneous adipocyte and Immature langerhans cell
Data format
hide
sample028_072
bottom peaks comparison between Subcutaneous adipocyte and Keratinocyte epidermal cell
Data format
hide
sample028_073
bottom peaks comparison between Subcutaneous adipocyte and Keratocyte
Data format
hide
sample028_074
bottom peaks comparison between Subcutaneous adipocyte and Lens epithelial cell
Data format
hide
sample028_075
bottom peaks comparison between Subcutaneous adipocyte and Monocyte-derived macrophage
Data format
hide
sample028_076
bottom peaks comparison between Subcutaneous adipocyte and Mallassez-devied cell
Data format
hide
sample028_077
bottom peaks comparison between Subcutaneous adipocyte and Mammary epithelial cell
Data format
hide
sample028_078
bottom peaks comparison between Subcutaneous adipocyte and Mast cell
Data format
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sample028_079
bottom peaks comparison between Subcutaneous adipocyte and Expanded mast cell
Data format
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sample028_080
bottom peaks comparison between Subcutaneous adipocyte and Expanded and stimulated mast cell
Data format
hide
sample028_081
bottom peaks comparison between Subcutaneous adipocyte and Melanocyte-dark
Data format
hide
sample028_082
bottom peaks comparison between Subcutaneous adipocyte and Melanocyte-light
Data format
hide
sample028_083
bottom peaks comparison between Subcutaneous adipocyte and Meningeal cell
Data format
hide
sample028_084
bottom peaks comparison between Subcutaneous adipocyte and Mesenchymal precursor cell in adipose
Data format
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sample028_085
bottom peaks comparison between Subcutaneous adipocyte and Mesenchymal precursor cell in bone marrow
Data format
hide
sample028_086
bottom peaks comparison between Subcutaneous adipocyte and Mesenchymal precursor cell in heart
Data format
hide
sample028_087
bottom peaks comparison between Subcutaneous adipocyte and Mesenchymal precursor cell in left ovary for ovarian cancer sample
Data format
hide
sample028_088
bottom peaks comparison between Subcutaneous adipocyte and Mesenchymal precursor cell for metastatic ovarian cancer sample
Data format
hide
sample028_089
bottom peaks comparison between Subcutaneous adipocyte and Mesenchymal precursor cell in right ovary for ovarian cancer sample
Data format
hide
sample028_090
bottom peaks comparison between Subcutaneous adipocyte and Mesenchymal stem cell in adipose
Data format
hide
sample028_091
bottom peaks comparison between Subcutaneous adipocyte and Mesenchymal stem cell in amniotic membrane
Data format
hide
sample028_092
bottom peaks comparison between Subcutaneous adipocyte and Mesenchymal stem cell in bone marrow
Data format
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sample028_093
bottom peaks comparison between Subcutaneous adipocyte and Mesenchymal stem cell in liver
Data format
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sample028_094
bottom peaks comparison between Subcutaneous adipocyte and Mesenchymal stem cell in umbilical cord
Data format
hide
sample028_095
bottom peaks comparison between Subcutaneous adipocyte and Mesothelial cell
Data format
hide
sample028_096
bottom peaks comparison between Subcutaneous adipocyte and Migratory langerhans cell
Data format
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sample028_097
bottom peaks comparison between Subcutaneous adipocyte and Mesenchymal stem cell of umbilical cord blood
Data format
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sample028_098
bottom peaks comparison between Subcutaneous adipocyte and Myoblast
Data format
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sample028_099
bottom peaks comparison between Subcutaneous adipocyte and Nasal epithelial cell
Data format
hide
sample028_100
bottom peaks comparison between Subcutaneous adipocyte and Natural killer cell
Data format
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sample028_101
bottom peaks comparison between Subcutaneous adipocyte and Neural stem cell
Data format
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sample028_102
bottom peaks comparison between Subcutaneous adipocyte and Neuron
Data format
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sample028_103
bottom peaks comparison between Subcutaneous adipocyte and Neutrophil cell
Data format
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sample028_104
bottom peaks comparison between Subcutaneous adipocyte and Nucleus pulposus
Data format
hide
sample028_105
bottom peaks comparison between Subcutaneous adipocyte and Olfactory epithelial cell
Data format
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sample028_106
bottom peaks comparison between Subcutaneous adipocyte and Osteoblast
Data format
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sample028_107
bottom peaks comparison between Subcutaneous adipocyte and Differentiated osteoblast
Data format
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sample028_108
bottom peaks comparison between Subcutaneous adipocyte and Pricyte
Data format
hide
sample028_109
bottom peaks comparison between Subcutaneous adipocyte and Perineurial
Data format
hide
sample028_110
bottom peaks comparison between Subcutaneous adipocyte and Peripheral blood mononuclear cell
Data format
hide
sample028_111
bottom peaks comparison between Subcutaneous adipocyte and Placental epithelial cell
Data format
hide
sample028_112
bottom peaks comparison between Subcutaneous adipocyte and Preadipocyte in breast
Data format
hide
sample028_113
bottom peaks comparison between Subcutaneous adipocyte and Preadipocyte in omentum
Data format
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sample028_114
bottom peaks comparison between Subcutaneous adipocyte and Subcutaneous preadipocyte
Data format
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sample028_115
bottom peaks comparison between Subcutaneous adipocyte and Visceral preadipocyte
Data format
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sample028_116
bottom peaks comparison between Subcutaneous adipocyte and Prostate epithelial cell
Data format
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sample028_117
bottom peaks comparison between Subcutaneous adipocyte and Prostate stromal cell
Data format
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sample028_118
bottom peaks comparison between Subcutaneous adipocyte and Renal cortical epithelial cell
Data format
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sample028_119
bottom peaks comparison between Subcutaneous adipocyte and Renal glomerular endothelial cell
Data format
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sample028_120
bottom peaks comparison between Subcutaneous adipocyte and Renal mesangial cell
Data format
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sample028_121
bottom peaks comparison between Subcutaneous adipocyte and Renal proximal tubular epithelial cell
Data format
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sample028_122
bottom peaks comparison between Subcutaneous adipocyte and Renal proximal tubular epithelial cell
Data format
hide
sample028_123
bottom peaks comparison between Subcutaneous adipocyte and Salivary acinar cell
Data format
hide
sample028_124
bottom peaks comparison between Subcutaneous adipocyte and Schwann
Data format
hide
sample028_125
bottom peaks comparison between Subcutaneous adipocyte and Sebocyte
Data format
hide
sample028_126
bottom peaks comparison between Subcutaneous adipocyte and Sertoli
Data format
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sample028_127
bottom peaks comparison between Subcutaneous adipocyte and Skeletal muscle
Data format
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sample028_128
bottom peaks comparison between Subcutaneous adipocyte and Skeletal muscle differentiated into myotubes
Data format
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sample028_129
bottom peaks comparison between Subcutaneous adipocyte and Skeletal muscle satellite cell
Data format
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sample028_130
bottom peaks comparison between Subcutaneous adipocyte and Small airway epithelial cell
Data format
hide
sample028_131
bottom peaks comparison between Subcutaneous adipocyte and Airway smooth muscle in asthma
Data format
hide
sample028_132
bottom peaks comparison between Subcutaneous adipocyte and Airway smooth muscle in control
Data format
hide
sample028_133
bottom peaks comparison between Subcutaneous adipocyte and Smooth muscle in aorta
Data format
hide
sample028_134
bottom peaks comparison between Subcutaneous adipocyte and Smooth muscle in brachiocephalic artery
Data format
hide
sample028_135
bottom peaks comparison between Subcutaneous adipocyte and Smooth muscle in brain vessel
Data format
hide
sample028_136
bottom peaks comparison between Subcutaneous adipocyte and Smooth muscle in bronchial tube
Data format
hide
sample028_137
bottom peaks comparison between Subcutaneous adipocyte and Smooth muscle in carotid artery
Data format
hide
sample028_138
bottom peaks comparison between Subcutaneous adipocyte and Smooth muscle in colon
Data format
hide
sample028_139
bottom peaks comparison between Subcutaneous adipocyte and Smooth muscle in coronary
Data format
hide
sample028_140
bottom peaks comparison between Subcutaneous adipocyte and Smooth muscle in esophagus
Data format
hide
sample028_141
bottom peaks comparison between Subcutaneous adipocyte and Smooth muscle in internal thoracic artery
Data format
hide
sample028_142
bottom peaks comparison between Subcutaneous adipocyte and Smooth muscle in prostate
Data format
hide
sample028_143
bottom peaks comparison between Subcutaneous adipocyte and Smooth muscle in pulmonary artery
Data format
hide
sample028_144
bottom peaks comparison between Subcutaneous adipocyte and Smooth muscle in subclavian artery
Data format
hide
sample028_145
bottom peaks comparison between Subcutaneous adipocyte and Smooth muscle in trachea
Data format
hide
sample028_146
bottom peaks comparison between Subcutaneous adipocyte and Smooth muscle in umbilical artery
Data format
hide
sample028_147
bottom peaks comparison between Subcutaneous adipocyte and Smooth muscle in umbilical vein
Data format
hide
sample028_148
bottom peaks comparison between Subcutaneous adipocyte and Smooth muscle in uterine
Data format
hide
sample028_149
bottom peaks comparison between Subcutaneous adipocyte and Synoviocyte
Data format
hide
sample028_150
bottom peaks comparison between Subcutaneous adipocyte and Tenocyte
Data format
hide
sample028_151
bottom peaks comparison between Subcutaneous adipocyte and Trabecular meshwork
Data format
hide
sample028_152
bottom peaks comparison between Subcutaneous adipocyte and Tracheal epithelial cell
Data format
hide
sample028_153
bottom peaks comparison between Subcutaneous adipocyte and Urothelial cell
Data format
hide
sample028_154
bottom peaks comparison between Subcutaneous adipocyte and Whole blood for donor 1
Data format
hide
sample028_155
bottom peaks comparison between Subcutaneous adipocyte and Whole blood for donor 2
Data format
hide
sample028_156
bottom peaks comparison between Subcutaneous adipocyte and Whole blood for donor 3
Data format
hide
sample029_030
bottom peaks comparison between Alveolar epithelial cell and Amniotic epithelial cell
Data format
hide
sample029_031
bottom peaks comparison between Alveolar epithelial cell and Amniotic membrane cell
Data format
hide
sample029_032
bottom peaks comparison between Alveolar epithelial cell and Anulus fibrosus cell in spinal cord
Data format
hide
sample029_033
bottom peaks comparison between Alveolar epithelial cell and Adtrocyte in cerebellum
Data format
hide
sample029_034
bottom peaks comparison between Alveolar epithelial cell and Astrocyte in cerebral cortex
Data format
hide
sample029_035
bottom peaks comparison between Alveolar epithelial cell and Bronchial epithelial cell
Data format
hide
sample029_036
bottom peaks comparison between Alveolar epithelial cell and Cardiac myocyte
Data format
hide
sample029_037
bottom peaks comparison between Alveolar epithelial cell and Chondroblast cell in cartilage
Data format
hide
sample029_038
bottom peaks comparison between Alveolar epithelial cell and Redifferentiated chondrocyte in cartilage
Data format
hide
sample029_039
bottom peaks comparison between Alveolar epithelial cell and Chorionic membrane cell
Data format
hide
sample029_040
bottom peaks comparison between Alveolar epithelial cell and Ciliary epithelial cell
Data format
hide
sample029_041
bottom peaks comparison between Alveolar epithelial cell and Corneal epithelial cell
Data format
hide
sample029_042
bottom peaks comparison between Alveolar epithelial cell and Immature monocyte-derived dendritic cell
Data format
hide
sample029_043
bottom peaks comparison between Alveolar epithelial cell and Endothelial cell in aorta
Data format
hide
sample029_044
bottom peaks comparison between Alveolar epithelial cell and Endothelial cell in artery
Data format
hide
sample029_045
bottom peaks comparison between Alveolar epithelial cell and Endothelial cell in lymph vessel
Data format
hide
sample029_046
bottom peaks comparison between Alveolar epithelial cell and Endothelial cell in microvessel
Data format
hide
sample029_047
bottom peaks comparison between Alveolar epithelial cell and Endothelial cell in thorax
Data format
hide
sample029_048
bottom peaks comparison between Alveolar epithelial cell and Endothelial cell in umbilical vein
Data format
hide
sample029_049
bottom peaks comparison between Alveolar epithelial cell and Endothelial cell in vein
Data format
hide
sample029_050
bottom peaks comparison between Alveolar epithelial cell and Epithelical cell in esophagus
Data format
hide
sample029_051
bottom peaks comparison between Alveolar epithelial cell and Adventitial fibroblast in aorta
Data format
hide
sample029_052
bottom peaks comparison between Alveolar epithelial cell and Fibroblast in heart
Data format
hide
sample029_053
bottom peaks comparison between Alveolar epithelial cell and Fibroblast in choroid plexus
Data format
hide
sample029_054
bottom peaks comparison between Alveolar epithelial cell and Fibroblast in conjunctiva
Data format
hide
sample029_055
bottom peaks comparison between Alveolar epithelial cell and Fibroblast in derma
Data format
hide
sample029_056
bottom peaks comparison between Alveolar epithelial cell and Fibroblast in lung
Data format
hide
sample029_057
bottom peaks comparison between Alveolar epithelial cell and Fibroblast in lymphatic vessel
Data format
hide
sample029_058
bottom peaks comparison between Alveolar epithelial cell and Fibroblast in mamma
Data format
hide
sample029_059
bottom peaks comparison between Alveolar epithelial cell and Fibroblast in periodontal ligament
Data format
hide
sample029_060
bottom peaks comparison between Alveolar epithelial cell and Fibroblast in skin for dystrophia mytonica sample
Data format
hide
sample029_061
bottom peaks comparison between Alveolar epithelial cell and Fibroblast in skin for normal sample
Data format
hide
sample029_062
bottom peaks comparison between Alveolar epithelial cell and Fibroblast in skin for spinal muscular atrophy
Data format
hide
sample029_063
bottom peaks comparison between Alveolar epithelial cell and Fibroblast of villous mesenchymal cell
Data format
hide
sample029_064
bottom peaks comparison between Alveolar epithelial cell and Gamma delta+ T cell
Data format
hide
sample029_065
bottom peaks comparison between Alveolar epithelial cell and Gingival epithelial cell
Data format
hide
sample029_066
bottom peaks comparison between Alveolar epithelial cell and Dermal papilla cell in hair follicle
Data format
hide
sample029_067
bottom peaks comparison between Alveolar epithelial cell and Outer root sheath cell in hair follicle
Data format
hide
sample029_068
bottom peaks comparison between Alveolar epithelial cell and Hepatic sinusoidal endothelial cell
Data format
hide
sample029_069
bottom peaks comparison between Alveolar epithelial cell and Hepatic stellate lipocyte
Data format
hide
sample029_070
bottom peaks comparison between Alveolar epithelial cell and Hepatocyte
Data format
hide
sample029_071
bottom peaks comparison between Alveolar epithelial cell and Immature langerhans cell
Data format
hide
sample029_072
bottom peaks comparison between Alveolar epithelial cell and Keratinocyte epidermal cell
Data format
hide
sample029_073
bottom peaks comparison between Alveolar epithelial cell and Keratocyte
Data format
hide
sample029_074
bottom peaks comparison between Alveolar epithelial cell and Lens epithelial cell
Data format
hide
sample029_075
bottom peaks comparison between Alveolar epithelial cell and Monocyte-derived macrophage
Data format
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sample029_076
bottom peaks comparison between Alveolar epithelial cell and Mallassez-devied cell
Data format
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sample029_077
bottom peaks comparison between Alveolar epithelial cell and Mammary epithelial cell
Data format
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sample029_078
bottom peaks comparison between Alveolar epithelial cell and Mast cell
Data format
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sample029_079
bottom peaks comparison between Alveolar epithelial cell and Expanded mast cell
Data format
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sample029_080
bottom peaks comparison between Alveolar epithelial cell and Expanded and stimulated mast cell
Data format
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sample029_081
bottom peaks comparison between Alveolar epithelial cell and Melanocyte-dark
Data format
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sample029_082
bottom peaks comparison between Alveolar epithelial cell and Melanocyte-light
Data format
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sample029_083
bottom peaks comparison between Alveolar epithelial cell and Meningeal cell
Data format
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sample029_084
bottom peaks comparison between Alveolar epithelial cell and Mesenchymal precursor cell in adipose
Data format
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sample029_085
bottom peaks comparison between Alveolar epithelial cell and Mesenchymal precursor cell in bone marrow
Data format
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sample029_086
bottom peaks comparison between Alveolar epithelial cell and Mesenchymal precursor cell in heart
Data format
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sample029_087
bottom peaks comparison between Alveolar epithelial cell and Mesenchymal precursor cell in left ovary for ovarian cancer sample
Data format
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sample029_088
bottom peaks comparison between Alveolar epithelial cell and Mesenchymal precursor cell for metastatic ovarian cancer sample
Data format
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sample029_089
bottom peaks comparison between Alveolar epithelial cell and Mesenchymal precursor cell in right ovary for ovarian cancer sample
Data format
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sample029_090
bottom peaks comparison between Alveolar epithelial cell and Mesenchymal stem cell in adipose
Data format
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sample029_091
bottom peaks comparison between Alveolar epithelial cell and Mesenchymal stem cell in amniotic membrane
Data format
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sample029_092
bottom peaks comparison between Alveolar epithelial cell and Mesenchymal stem cell in bone marrow
Data format
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sample029_093
bottom peaks comparison between Alveolar epithelial cell and Mesenchymal stem cell in liver
Data format
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sample029_094
bottom peaks comparison between Alveolar epithelial cell and Mesenchymal stem cell in umbilical cord
Data format
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sample029_095
bottom peaks comparison between Alveolar epithelial cell and Mesothelial cell
Data format
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sample029_096
bottom peaks comparison between Alveolar epithelial cell and Migratory langerhans cell
Data format
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sample029_097
bottom peaks comparison between Alveolar epithelial cell and Mesenchymal stem cell of umbilical cord blood
Data format
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sample029_098
bottom peaks comparison between Alveolar epithelial cell and Myoblast
Data format
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sample029_099
bottom peaks comparison between Alveolar epithelial cell and Nasal epithelial cell
Data format
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sample029_100
bottom peaks comparison between Alveolar epithelial cell and Natural killer cell
Data format
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sample029_101
bottom peaks comparison between Alveolar epithelial cell and Neural stem cell
Data format
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sample029_102
bottom peaks comparison between Alveolar epithelial cell and Neuron
Data format
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sample029_103
bottom peaks comparison between Alveolar epithelial cell and Neutrophil cell
Data format
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sample029_104
bottom peaks comparison between Alveolar epithelial cell and Nucleus pulposus
Data format
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sample029_105
bottom peaks comparison between Alveolar epithelial cell and Olfactory epithelial cell
Data format
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sample029_106
bottom peaks comparison between Alveolar epithelial cell and Osteoblast
Data format
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sample029_107
bottom peaks comparison between Alveolar epithelial cell and Differentiated osteoblast
Data format
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sample029_108
bottom peaks comparison between Alveolar epithelial cell and Pricyte
Data format
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sample029_109
bottom peaks comparison between Alveolar epithelial cell and Perineurial
Data format
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sample029_110
bottom peaks comparison between Alveolar epithelial cell and Peripheral blood mononuclear cell
Data format
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sample029_111
bottom peaks comparison between Alveolar epithelial cell and Placental epithelial cell
Data format
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sample029_112
bottom peaks comparison between Alveolar epithelial cell and Preadipocyte in breast
Data format
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sample029_113
bottom peaks comparison between Alveolar epithelial cell and Preadipocyte in omentum
Data format
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sample029_114
bottom peaks comparison between Alveolar epithelial cell and Subcutaneous preadipocyte
Data format
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sample029_115
bottom peaks comparison between Alveolar epithelial cell and Visceral preadipocyte
Data format
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sample029_116
bottom peaks comparison between Alveolar epithelial cell and Prostate epithelial cell
Data format
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sample029_117
bottom peaks comparison between Alveolar epithelial cell and Prostate stromal cell
Data format
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sample029_118
bottom peaks comparison between Alveolar epithelial cell and Renal cortical epithelial cell
Data format
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sample029_119
bottom peaks comparison between Alveolar epithelial cell and Renal glomerular endothelial cell
Data format
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sample029_120
bottom peaks comparison between Alveolar epithelial cell and Renal mesangial cell
Data format
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sample029_121
bottom peaks comparison between Alveolar epithelial cell and Renal proximal tubular epithelial cell
Data format
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sample029_122
bottom peaks comparison between Alveolar epithelial cell and Renal proximal tubular epithelial cell
Data format
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sample029_123
bottom peaks comparison between Alveolar epithelial cell and Salivary acinar cell
Data format
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sample029_124
bottom peaks comparison between Alveolar epithelial cell and Schwann
Data format
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sample029_125
bottom peaks comparison between Alveolar epithelial cell and Sebocyte
Data format
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sample029_126
bottom peaks comparison between Alveolar epithelial cell and Sertoli
Data format
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sample029_127
bottom peaks comparison between Alveolar epithelial cell and Skeletal muscle
Data format
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sample029_128
bottom peaks comparison between Alveolar epithelial cell and Skeletal muscle differentiated into myotubes
Data format
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sample029_129
bottom peaks comparison between Alveolar epithelial cell and Skeletal muscle satellite cell
Data format
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sample029_130
bottom peaks comparison between Alveolar epithelial cell and Small airway epithelial cell
Data format
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sample029_131
bottom peaks comparison between Alveolar epithelial cell and Airway smooth muscle in asthma
Data format
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sample029_132
bottom peaks comparison between Alveolar epithelial cell and Airway smooth muscle in control
Data format
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sample029_133
bottom peaks comparison between Alveolar epithelial cell and Smooth muscle in aorta
Data format
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sample029_134
bottom peaks comparison between Alveolar epithelial cell and Smooth muscle in brachiocephalic artery
Data format
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sample029_135
bottom peaks comparison between Alveolar epithelial cell and Smooth muscle in brain vessel
Data format
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sample029_136
bottom peaks comparison between Alveolar epithelial cell and Smooth muscle in bronchial tube
Data format
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sample029_137
bottom peaks comparison between Alveolar epithelial cell and Smooth muscle in carotid artery
Data format
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sample029_138
bottom peaks comparison between Alveolar epithelial cell and Smooth muscle in colon
Data format
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sample029_139
bottom peaks comparison between Alveolar epithelial cell and Smooth muscle in coronary
Data format
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sample029_140
bottom peaks comparison between Alveolar epithelial cell and Smooth muscle in esophagus
Data format
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sample029_141
bottom peaks comparison between Alveolar epithelial cell and Smooth muscle in internal thoracic artery
Data format
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sample029_142
bottom peaks comparison between Alveolar epithelial cell and Smooth muscle in prostate
Data format
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sample029_143
bottom peaks comparison between Alveolar epithelial cell and Smooth muscle in pulmonary artery
Data format
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sample029_144
bottom peaks comparison between Alveolar epithelial cell and Smooth muscle in subclavian artery
Data format
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sample029_145
bottom peaks comparison between Alveolar epithelial cell and Smooth muscle in trachea
Data format
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sample029_146
bottom peaks comparison between Alveolar epithelial cell and Smooth muscle in umbilical artery
Data format
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sample029_147
bottom peaks comparison between Alveolar epithelial cell and Smooth muscle in umbilical vein
Data format
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sample029_148
bottom peaks comparison between Alveolar epithelial cell and Smooth muscle in uterine
Data format
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sample029_149
bottom peaks comparison between Alveolar epithelial cell and Synoviocyte
Data format
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sample029_150
bottom peaks comparison between Alveolar epithelial cell and Tenocyte
Data format
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sample029_151
bottom peaks comparison between Alveolar epithelial cell and Trabecular meshwork
Data format
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sample029_152
bottom peaks comparison between Alveolar epithelial cell and Tracheal epithelial cell
Data format
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sample029_153
bottom peaks comparison between Alveolar epithelial cell and Urothelial cell
Data format
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sample029_154
bottom peaks comparison between Alveolar epithelial cell and Whole blood for donor 1
Data format
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sample029_155
bottom peaks comparison between Alveolar epithelial cell and Whole blood for donor 2
Data format
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sample029_156
bottom peaks comparison between Alveolar epithelial cell and Whole blood for donor 3
Data format
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sample030_031
bottom peaks comparison between Amniotic epithelial cell and Amniotic membrane cell
Data format
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sample030_032
bottom peaks comparison between Amniotic epithelial cell and Anulus fibrosus cell in spinal cord
Data format
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sample030_033
bottom peaks comparison between Amniotic epithelial cell and Adtrocyte in cerebellum
Data format
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sample030_034
bottom peaks comparison between Amniotic epithelial cell and Astrocyte in cerebral cortex
Data format
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sample030_035
bottom peaks comparison between Amniotic epithelial cell and Bronchial epithelial cell
Data format
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sample030_036
bottom peaks comparison between Amniotic epithelial cell and Cardiac myocyte
Data format
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sample030_037
bottom peaks comparison between Amniotic epithelial cell and Chondroblast cell in cartilage
Data format
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sample030_038
bottom peaks comparison between Amniotic epithelial cell and Redifferentiated chondrocyte in cartilage
Data format
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sample030_039
bottom peaks comparison between Amniotic epithelial cell and Chorionic membrane cell
Data format
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sample030_040
bottom peaks comparison between Amniotic epithelial cell and Ciliary epithelial cell
Data format
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sample030_041
bottom peaks comparison between Amniotic epithelial cell and Corneal epithelial cell
Data format
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sample030_042
bottom peaks comparison between Amniotic epithelial cell and Immature monocyte-derived dendritic cell
Data format
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sample030_043
bottom peaks comparison between Amniotic epithelial cell and Endothelial cell in aorta
Data format
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sample030_044
bottom peaks comparison between Amniotic epithelial cell and Endothelial cell in artery
Data format
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sample030_045
bottom peaks comparison between Amniotic epithelial cell and Endothelial cell in lymph vessel
Data format
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sample030_046
bottom peaks comparison between Amniotic epithelial cell and Endothelial cell in microvessel
Data format
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sample030_047
bottom peaks comparison between Amniotic epithelial cell and Endothelial cell in thorax
Data format
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sample030_048
bottom peaks comparison between Amniotic epithelial cell and Endothelial cell in umbilical vein
Data format
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sample030_049
bottom peaks comparison between Amniotic epithelial cell and Endothelial cell in vein
Data format
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sample030_050
bottom peaks comparison between Amniotic epithelial cell and Epithelical cell in esophagus
Data format
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sample030_051
bottom peaks comparison between Amniotic epithelial cell and Adventitial fibroblast in aorta
Data format
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sample030_052
bottom peaks comparison between Amniotic epithelial cell and Fibroblast in heart
Data format
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sample030_053
bottom peaks comparison between Amniotic epithelial cell and Fibroblast in choroid plexus
Data format
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sample030_054
bottom peaks comparison between Amniotic epithelial cell and Fibroblast in conjunctiva
Data format
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sample030_055
bottom peaks comparison between Amniotic epithelial cell and Fibroblast in derma
Data format
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sample030_056
bottom peaks comparison between Amniotic epithelial cell and Fibroblast in lung
Data format
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sample030_057
bottom peaks comparison between Amniotic epithelial cell and Fibroblast in lymphatic vessel
Data format
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sample030_058
bottom peaks comparison between Amniotic epithelial cell and Fibroblast in mamma
Data format
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sample030_059
bottom peaks comparison between Amniotic epithelial cell and Fibroblast in periodontal ligament
Data format
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sample030_060
bottom peaks comparison between Amniotic epithelial cell and Fibroblast in skin for dystrophia mytonica sample
Data format
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sample030_061
bottom peaks comparison between Amniotic epithelial cell and Fibroblast in skin for normal sample
Data format
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sample030_062
bottom peaks comparison between Amniotic epithelial cell and Fibroblast in skin for spinal muscular atrophy
Data format
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sample030_063
bottom peaks comparison between Amniotic epithelial cell and Fibroblast of villous mesenchymal cell
Data format
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sample030_064
bottom peaks comparison between Amniotic epithelial cell and Gamma delta+ T cell
Data format
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sample030_065
bottom peaks comparison between Amniotic epithelial cell and Gingival epithelial cell
Data format
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sample030_066
bottom peaks comparison between Amniotic epithelial cell and Dermal papilla cell in hair follicle
Data format
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sample030_067
bottom peaks comparison between Amniotic epithelial cell and Outer root sheath cell in hair follicle
Data format
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sample030_068
bottom peaks comparison between Amniotic epithelial cell and Hepatic sinusoidal endothelial cell
Data format
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sample030_069
bottom peaks comparison between Amniotic epithelial cell and Hepatic stellate lipocyte
Data format
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sample030_070
bottom peaks comparison between Amniotic epithelial cell and Hepatocyte
Data format
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sample030_071
bottom peaks comparison between Amniotic epithelial cell and Immature langerhans cell
Data format
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sample030_072
bottom peaks comparison between Amniotic epithelial cell and Keratinocyte epidermal cell
Data format
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sample030_073
bottom peaks comparison between Amniotic epithelial cell and Keratocyte
Data format
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sample030_074
bottom peaks comparison between Amniotic epithelial cell and Lens epithelial cell
Data format
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sample030_075
bottom peaks comparison between Amniotic epithelial cell and Monocyte-derived macrophage
Data format
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sample030_076
bottom peaks comparison between Amniotic epithelial cell and Mallassez-devied cell
Data format
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sample030_077
bottom peaks comparison between Amniotic epithelial cell and Mammary epithelial cell
Data format
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sample030_078
bottom peaks comparison between Amniotic epithelial cell and Mast cell
Data format
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sample030_079
bottom peaks comparison between Amniotic epithelial cell and Expanded mast cell
Data format
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sample030_080
bottom peaks comparison between Amniotic epithelial cell and Expanded and stimulated mast cell
Data format
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sample030_081
bottom peaks comparison between Amniotic epithelial cell and Melanocyte-dark
Data format
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sample030_082
bottom peaks comparison between Amniotic epithelial cell and Melanocyte-light
Data format
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sample030_083
bottom peaks comparison between Amniotic epithelial cell and Meningeal cell
Data format
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sample030_084
bottom peaks comparison between Amniotic epithelial cell and Mesenchymal precursor cell in adipose
Data format
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sample030_085
bottom peaks comparison between Amniotic epithelial cell and Mesenchymal precursor cell in bone marrow
Data format
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sample030_086
bottom peaks comparison between Amniotic epithelial cell and Mesenchymal precursor cell in heart
Data format
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sample030_087
bottom peaks comparison between Amniotic epithelial cell and Mesenchymal precursor cell in left ovary for ovarian cancer sample
Data format
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sample030_088
bottom peaks comparison between Amniotic epithelial cell and Mesenchymal precursor cell for metastatic ovarian cancer sample
Data format
hide
sample030_089
bottom peaks comparison between Amniotic epithelial cell and Mesenchymal precursor cell in right ovary for ovarian cancer sample
Data format
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sample030_090
bottom peaks comparison between Amniotic epithelial cell and Mesenchymal stem cell in adipose
Data format
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sample030_091
bottom peaks comparison between Amniotic epithelial cell and Mesenchymal stem cell in amniotic membrane
Data format
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sample030_092
bottom peaks comparison between Amniotic epithelial cell and Mesenchymal stem cell in bone marrow
Data format
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sample030_093
bottom peaks comparison between Amniotic epithelial cell and Mesenchymal stem cell in liver
Data format
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sample030_094
bottom peaks comparison between Amniotic epithelial cell and Mesenchymal stem cell in umbilical cord
Data format
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sample030_095
bottom peaks comparison between Amniotic epithelial cell and Mesothelial cell
Data format
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sample030_096
bottom peaks comparison between Amniotic epithelial cell and Migratory langerhans cell
Data format
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sample030_097
bottom peaks comparison between Amniotic epithelial cell and Mesenchymal stem cell of umbilical cord blood
Data format
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sample030_098
bottom peaks comparison between Amniotic epithelial cell and Myoblast
Data format
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sample030_099
bottom peaks comparison between Amniotic epithelial cell and Nasal epithelial cell
Data format
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sample030_100
bottom peaks comparison between Amniotic epithelial cell and Natural killer cell
Data format
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sample030_101
bottom peaks comparison between Amniotic epithelial cell and Neural stem cell
Data format
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sample030_102
bottom peaks comparison between Amniotic epithelial cell and Neuron
Data format
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sample030_103
bottom peaks comparison between Amniotic epithelial cell and Neutrophil cell
Data format
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sample030_104
bottom peaks comparison between Amniotic epithelial cell and Nucleus pulposus
Data format
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sample030_105
bottom peaks comparison between Amniotic epithelial cell and Olfactory epithelial cell
Data format
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sample030_106
bottom peaks comparison between Amniotic epithelial cell and Osteoblast
Data format
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sample030_107
bottom peaks comparison between Amniotic epithelial cell and Differentiated osteoblast
Data format
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sample030_108
bottom peaks comparison between Amniotic epithelial cell and Pricyte
Data format
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sample030_109
bottom peaks comparison between Amniotic epithelial cell and Perineurial
Data format
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sample030_110
bottom peaks comparison between Amniotic epithelial cell and Peripheral blood mononuclear cell
Data format
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sample030_111
bottom peaks comparison between Amniotic epithelial cell and Placental epithelial cell
Data format
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sample030_112
bottom peaks comparison between Amniotic epithelial cell and Preadipocyte in breast
Data format
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sample030_113
bottom peaks comparison between Amniotic epithelial cell and Preadipocyte in omentum
Data format
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sample030_114
bottom peaks comparison between Amniotic epithelial cell and Subcutaneous preadipocyte
Data format
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sample030_115
bottom peaks comparison between Amniotic epithelial cell and Visceral preadipocyte
Data format
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sample030_116
bottom peaks comparison between Amniotic epithelial cell and Prostate epithelial cell
Data format
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sample030_117
bottom peaks comparison between Amniotic epithelial cell and Prostate stromal cell
Data format
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sample030_118
bottom peaks comparison between Amniotic epithelial cell and Renal cortical epithelial cell
Data format
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sample030_119
bottom peaks comparison between Amniotic epithelial cell and Renal glomerular endothelial cell
Data format
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sample030_120
bottom peaks comparison between Amniotic epithelial cell and Renal mesangial cell
Data format
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sample030_121
bottom peaks comparison between Amniotic epithelial cell and Renal proximal tubular epithelial cell
Data format
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sample030_122
bottom peaks comparison between Amniotic epithelial cell and Renal proximal tubular epithelial cell
Data format
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sample030_123
bottom peaks comparison between Amniotic epithelial cell and Salivary acinar cell
Data format
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sample030_124
bottom peaks comparison between Amniotic epithelial cell and Schwann
Data format
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sample030_125
bottom peaks comparison between Amniotic epithelial cell and Sebocyte
Data format
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sample030_126
bottom peaks comparison between Amniotic epithelial cell and Sertoli
Data format
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sample030_127
bottom peaks comparison between Amniotic epithelial cell and Skeletal muscle
Data format
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sample030_128
bottom peaks comparison between Amniotic epithelial cell and Skeletal muscle differentiated into myotubes
Data format
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sample030_129
bottom peaks comparison between Amniotic epithelial cell and Skeletal muscle satellite cell
Data format
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sample030_130
bottom peaks comparison between Amniotic epithelial cell and Small airway epithelial cell
Data format
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sample030_131
bottom peaks comparison between Amniotic epithelial cell and Airway smooth muscle in asthma
Data format
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sample030_132
bottom peaks comparison between Amniotic epithelial cell and Airway smooth muscle in control
Data format
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sample030_133
bottom peaks comparison between Amniotic epithelial cell and Smooth muscle in aorta
Data format
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sample030_134
bottom peaks comparison between Amniotic epithelial cell and Smooth muscle in brachiocephalic artery
Data format
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sample030_135
bottom peaks comparison between Amniotic epithelial cell and Smooth muscle in brain vessel
Data format
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sample030_136
bottom peaks comparison between Amniotic epithelial cell and Smooth muscle in bronchial tube
Data format
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sample030_137
bottom peaks comparison between Amniotic epithelial cell and Smooth muscle in carotid artery
Data format
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sample030_138
bottom peaks comparison between Amniotic epithelial cell and Smooth muscle in colon
Data format
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sample030_139
bottom peaks comparison between Amniotic epithelial cell and Smooth muscle in coronary
Data format
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sample030_140
bottom peaks comparison between Amniotic epithelial cell and Smooth muscle in esophagus
Data format
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sample030_141
bottom peaks comparison between Amniotic epithelial cell and Smooth muscle in internal thoracic artery
Data format
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sample030_142
bottom peaks comparison between Amniotic epithelial cell and Smooth muscle in prostate
Data format
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sample030_143
bottom peaks comparison between Amniotic epithelial cell and Smooth muscle in pulmonary artery
Data format
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sample030_144
bottom peaks comparison between Amniotic epithelial cell and Smooth muscle in subclavian artery
Data format
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sample030_145
bottom peaks comparison between Amniotic epithelial cell and Smooth muscle in trachea
Data format
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sample030_146
bottom peaks comparison between Amniotic epithelial cell and Smooth muscle in umbilical artery
Data format
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sample030_147
bottom peaks comparison between Amniotic epithelial cell and Smooth muscle in umbilical vein
Data format
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sample030_148
bottom peaks comparison between Amniotic epithelial cell and Smooth muscle in uterine
Data format
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sample030_149
bottom peaks comparison between Amniotic epithelial cell and Synoviocyte
Data format
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sample030_150
bottom peaks comparison between Amniotic epithelial cell and Tenocyte
Data format
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sample030_151
bottom peaks comparison between Amniotic epithelial cell and Trabecular meshwork
Data format
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sample030_152
bottom peaks comparison between Amniotic epithelial cell and Tracheal epithelial cell
Data format
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sample030_153
bottom peaks comparison between Amniotic epithelial cell and Urothelial cell
Data format
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sample030_154
bottom peaks comparison between Amniotic epithelial cell and Whole blood for donor 1
Data format
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sample030_155
bottom peaks comparison between Amniotic epithelial cell and Whole blood for donor 2
Data format
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sample030_156
bottom peaks comparison between Amniotic epithelial cell and Whole blood for donor 3
Data format
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sample031_032
bottom peaks comparison between Amniotic membrane cell and Anulus fibrosus cell in spinal cord
Data format
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sample031_033
bottom peaks comparison between Amniotic membrane cell and Adtrocyte in cerebellum
Data format
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sample031_034
bottom peaks comparison between Amniotic membrane cell and Astrocyte in cerebral cortex
Data format
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sample031_035
bottom peaks comparison between Amniotic membrane cell and Bronchial epithelial cell
Data format
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sample031_036
bottom peaks comparison between Amniotic membrane cell and Cardiac myocyte
Data format
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sample031_037
bottom peaks comparison between Amniotic membrane cell and Chondroblast cell in cartilage
Data format
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sample031_038
bottom peaks comparison between Amniotic membrane cell and Redifferentiated chondrocyte in cartilage
Data format
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sample031_039
bottom peaks comparison between Amniotic membrane cell and Chorionic membrane cell
Data format
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sample031_040
bottom peaks comparison between Amniotic membrane cell and Ciliary epithelial cell
Data format
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sample031_041
bottom peaks comparison between Amniotic membrane cell and Corneal epithelial cell
Data format
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sample031_042
bottom peaks comparison between Amniotic membrane cell and Immature monocyte-derived dendritic cell
Data format
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sample031_043
bottom peaks comparison between Amniotic membrane cell and Endothelial cell in aorta
Data format
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sample031_044
bottom peaks comparison between Amniotic membrane cell and Endothelial cell in artery
Data format
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sample031_045
bottom peaks comparison between Amniotic membrane cell and Endothelial cell in lymph vessel
Data format
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sample031_046
bottom peaks comparison between Amniotic membrane cell and Endothelial cell in microvessel
Data format
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sample031_047
bottom peaks comparison between Amniotic membrane cell and Endothelial cell in thorax
Data format
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sample031_048
bottom peaks comparison between Amniotic membrane cell and Endothelial cell in umbilical vein
Data format
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sample031_049
bottom peaks comparison between Amniotic membrane cell and Endothelial cell in vein
Data format
hide
sample031_050
bottom peaks comparison between Amniotic membrane cell and Epithelical cell in esophagus
Data format
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sample031_051
bottom peaks comparison between Amniotic membrane cell and Adventitial fibroblast in aorta
Data format
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sample031_052
bottom peaks comparison between Amniotic membrane cell and Fibroblast in heart
Data format
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sample031_053
bottom peaks comparison between Amniotic membrane cell and Fibroblast in choroid plexus
Data format
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sample031_054
bottom peaks comparison between Amniotic membrane cell and Fibroblast in conjunctiva
Data format
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sample031_055
bottom peaks comparison between Amniotic membrane cell and Fibroblast in derma
Data format
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sample031_056
bottom peaks comparison between Amniotic membrane cell and Fibroblast in lung
Data format
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sample031_057
bottom peaks comparison between Amniotic membrane cell and Fibroblast in lymphatic vessel
Data format
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sample031_058
bottom peaks comparison between Amniotic membrane cell and Fibroblast in mamma
Data format
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sample031_059
bottom peaks comparison between Amniotic membrane cell and Fibroblast in periodontal ligament
Data format
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sample031_060
bottom peaks comparison between Amniotic membrane cell and Fibroblast in skin for dystrophia mytonica sample
Data format
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sample031_061
bottom peaks comparison between Amniotic membrane cell and Fibroblast in skin for normal sample
Data format
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sample031_062
bottom peaks comparison between Amniotic membrane cell and Fibroblast in skin for spinal muscular atrophy
Data format
hide
sample031_063
bottom peaks comparison between Amniotic membrane cell and Fibroblast of villous mesenchymal cell
Data format
hide
sample031_064
bottom peaks comparison between Amniotic membrane cell and Gamma delta+ T cell
Data format
hide
sample031_065
bottom peaks comparison between Amniotic membrane cell and Gingival epithelial cell
Data format
hide
sample031_066
bottom peaks comparison between Amniotic membrane cell and Dermal papilla cell in hair follicle
Data format
hide
sample031_067
bottom peaks comparison between Amniotic membrane cell and Outer root sheath cell in hair follicle
Data format
hide
sample031_068
bottom peaks comparison between Amniotic membrane cell and Hepatic sinusoidal endothelial cell
Data format
hide
sample031_069
bottom peaks comparison between Amniotic membrane cell and Hepatic stellate lipocyte
Data format
hide
sample031_070
bottom peaks comparison between Amniotic membrane cell and Hepatocyte
Data format
hide
sample031_071
bottom peaks comparison between Amniotic membrane cell and Immature langerhans cell
Data format
hide
sample031_072
bottom peaks comparison between Amniotic membrane cell and Keratinocyte epidermal cell
Data format
hide
sample031_073
bottom peaks comparison between Amniotic membrane cell and Keratocyte
Data format
hide
sample031_074
bottom peaks comparison between Amniotic membrane cell and Lens epithelial cell
Data format
hide
sample031_075
bottom peaks comparison between Amniotic membrane cell and Monocyte-derived macrophage
Data format
hide
sample031_076
bottom peaks comparison between Amniotic membrane cell and Mallassez-devied cell
Data format
hide
sample031_077
bottom peaks comparison between Amniotic membrane cell and Mammary epithelial cell
Data format
hide
sample031_078
bottom peaks comparison between Amniotic membrane cell and Mast cell
Data format
hide
sample031_079
bottom peaks comparison between Amniotic membrane cell and Expanded mast cell
Data format
hide
sample031_080
bottom peaks comparison between Amniotic membrane cell and Expanded and stimulated mast cell
Data format
hide
sample031_081
bottom peaks comparison between Amniotic membrane cell and Melanocyte-dark
Data format
hide
sample031_082
bottom peaks comparison between Amniotic membrane cell and Melanocyte-light
Data format
hide
sample031_083
bottom peaks comparison between Amniotic membrane cell and Meningeal cell
Data format
hide
sample031_084
bottom peaks comparison between Amniotic membrane cell and Mesenchymal precursor cell in adipose
Data format
hide
sample031_085
bottom peaks comparison between Amniotic membrane cell and Mesenchymal precursor cell in bone marrow
Data format
hide
sample031_086
bottom peaks comparison between Amniotic membrane cell and Mesenchymal precursor cell in heart
Data format
hide
sample031_087
bottom peaks comparison between Amniotic membrane cell and Mesenchymal precursor cell in left ovary for ovarian cancer sample
Data format
hide
sample031_088
bottom peaks comparison between Amniotic membrane cell and Mesenchymal precursor cell for metastatic ovarian cancer sample
Data format
hide
sample031_089
bottom peaks comparison between Amniotic membrane cell and Mesenchymal precursor cell in right ovary for ovarian cancer sample
Data format
hide
sample031_090
bottom peaks comparison between Amniotic membrane cell and Mesenchymal stem cell in adipose
Data format
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sample031_091
bottom peaks comparison between Amniotic membrane cell and Mesenchymal stem cell in amniotic membrane
Data format
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sample031_092
bottom peaks comparison between Amniotic membrane cell and Mesenchymal stem cell in bone marrow
Data format
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sample031_093
bottom peaks comparison between Amniotic membrane cell and Mesenchymal stem cell in liver
Data format
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sample031_094
bottom peaks comparison between Amniotic membrane cell and Mesenchymal stem cell in umbilical cord
Data format
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sample031_095
bottom peaks comparison between Amniotic membrane cell and Mesothelial cell
Data format
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sample031_096
bottom peaks comparison between Amniotic membrane cell and Migratory langerhans cell
Data format
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sample031_097
bottom peaks comparison between Amniotic membrane cell and Mesenchymal stem cell of umbilical cord blood
Data format
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sample031_098
bottom peaks comparison between Amniotic membrane cell and Myoblast
Data format
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sample031_099
bottom peaks comparison between Amniotic membrane cell and Nasal epithelial cell
Data format
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sample031_100
bottom peaks comparison between Amniotic membrane cell and Natural killer cell
Data format
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sample031_101
bottom peaks comparison between Amniotic membrane cell and Neural stem cell
Data format
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sample031_102
bottom peaks comparison between Amniotic membrane cell and Neuron
Data format
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sample031_103
bottom peaks comparison between Amniotic membrane cell and Neutrophil cell
Data format
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sample031_104
bottom peaks comparison between Amniotic membrane cell and Nucleus pulposus
Data format
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sample031_105
bottom peaks comparison between Amniotic membrane cell and Olfactory epithelial cell
Data format
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sample031_106
bottom peaks comparison between Amniotic membrane cell and Osteoblast
Data format
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sample031_107
bottom peaks comparison between Amniotic membrane cell and Differentiated osteoblast
Data format
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sample031_108
bottom peaks comparison between Amniotic membrane cell and Pricyte
Data format
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sample031_109
bottom peaks comparison between Amniotic membrane cell and Perineurial
Data format
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sample031_110
bottom peaks comparison between Amniotic membrane cell and Peripheral blood mononuclear cell
Data format
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sample031_111
bottom peaks comparison between Amniotic membrane cell and Placental epithelial cell
Data format
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sample031_112
bottom peaks comparison between Amniotic membrane cell and Preadipocyte in breast
Data format
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sample031_113
bottom peaks comparison between Amniotic membrane cell and Preadipocyte in omentum
Data format
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sample031_114
bottom peaks comparison between Amniotic membrane cell and Subcutaneous preadipocyte
Data format
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sample031_115
bottom peaks comparison between Amniotic membrane cell and Visceral preadipocyte
Data format
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sample031_116
bottom peaks comparison between Amniotic membrane cell and Prostate epithelial cell
Data format
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sample031_117
bottom peaks comparison between Amniotic membrane cell and Prostate stromal cell
Data format
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sample031_118
bottom peaks comparison between Amniotic membrane cell and Renal cortical epithelial cell
Data format
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sample031_119
bottom peaks comparison between Amniotic membrane cell and Renal glomerular endothelial cell
Data format
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sample031_120
bottom peaks comparison between Amniotic membrane cell and Renal mesangial cell
Data format
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sample031_121
bottom peaks comparison between Amniotic membrane cell and Renal proximal tubular epithelial cell
Data format
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sample031_122
bottom peaks comparison between Amniotic membrane cell and Renal proximal tubular epithelial cell
Data format
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sample031_123
bottom peaks comparison between Amniotic membrane cell and Salivary acinar cell
Data format
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sample031_124
bottom peaks comparison between Amniotic membrane cell and Schwann
Data format
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sample031_125
bottom peaks comparison between Amniotic membrane cell and Sebocyte
Data format
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sample031_126
bottom peaks comparison between Amniotic membrane cell and Sertoli
Data format
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sample031_127
bottom peaks comparison between Amniotic membrane cell and Skeletal muscle
Data format
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sample031_128
bottom peaks comparison between Amniotic membrane cell and Skeletal muscle differentiated into myotubes
Data format
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sample031_129
bottom peaks comparison between Amniotic membrane cell and Skeletal muscle satellite cell
Data format
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sample031_130
bottom peaks comparison between Amniotic membrane cell and Small airway epithelial cell
Data format
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sample031_131
bottom peaks comparison between Amniotic membrane cell and Airway smooth muscle in asthma
Data format
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sample031_132
bottom peaks comparison between Amniotic membrane cell and Airway smooth muscle in control
Data format
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sample031_133
bottom peaks comparison between Amniotic membrane cell and Smooth muscle in aorta
Data format
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sample031_134
bottom peaks comparison between Amniotic membrane cell and Smooth muscle in brachiocephalic artery
Data format
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sample031_135
bottom peaks comparison between Amniotic membrane cell and Smooth muscle in brain vessel
Data format
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sample031_136
bottom peaks comparison between Amniotic membrane cell and Smooth muscle in bronchial tube
Data format
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sample031_137
bottom peaks comparison between Amniotic membrane cell and Smooth muscle in carotid artery
Data format
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sample031_138
bottom peaks comparison between Amniotic membrane cell and Smooth muscle in colon
Data format
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sample031_139
bottom peaks comparison between Amniotic membrane cell and Smooth muscle in coronary
Data format
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sample031_140
bottom peaks comparison between Amniotic membrane cell and Smooth muscle in esophagus
Data format
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sample031_141
bottom peaks comparison between Amniotic membrane cell and Smooth muscle in internal thoracic artery
Data format
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sample031_142
bottom peaks comparison between Amniotic membrane cell and Smooth muscle in prostate
Data format
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sample031_143
bottom peaks comparison between Amniotic membrane cell and Smooth muscle in pulmonary artery
Data format
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sample031_144
bottom peaks comparison between Amniotic membrane cell and Smooth muscle in subclavian artery
Data format
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sample031_145
bottom peaks comparison between Amniotic membrane cell and Smooth muscle in trachea
Data format
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sample031_146
bottom peaks comparison between Amniotic membrane cell and Smooth muscle in umbilical artery
Data format
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sample031_147
bottom peaks comparison between Amniotic membrane cell and Smooth muscle in umbilical vein
Data format
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sample031_148
bottom peaks comparison between Amniotic membrane cell and Smooth muscle in uterine
Data format
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sample031_149
bottom peaks comparison between Amniotic membrane cell and Synoviocyte
Data format
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sample031_150
bottom peaks comparison between Amniotic membrane cell and Tenocyte
Data format
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sample031_151
bottom peaks comparison between Amniotic membrane cell and Trabecular meshwork
Data format
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sample031_152
bottom peaks comparison between Amniotic membrane cell and Tracheal epithelial cell
Data format
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sample031_153
bottom peaks comparison between Amniotic membrane cell and Urothelial cell
Data format
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sample031_154
bottom peaks comparison between Amniotic membrane cell and Whole blood for donor 1
Data format
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sample031_155
bottom peaks comparison between Amniotic membrane cell and Whole blood for donor 2
Data format
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sample031_156
bottom peaks comparison between Amniotic membrane cell and Whole blood for donor 3
Data format
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sample032_033
bottom peaks comparison between Anulus fibrosus cell in spinal cord and Adtrocyte in cerebellum
Data format
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sample032_034
bottom peaks comparison between Anulus fibrosus cell in spinal cord and Astrocyte in cerebral cortex
Data format
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sample032_035
bottom peaks comparison between Anulus fibrosus cell in spinal cord and Bronchial epithelial cell
Data format
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sample032_036
bottom peaks comparison between Anulus fibrosus cell in spinal cord and Cardiac myocyte
Data format
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sample032_037
bottom peaks comparison between Anulus fibrosus cell in spinal cord and Chondroblast cell in cartilage
Data format
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sample032_038
bottom peaks comparison between Anulus fibrosus cell in spinal cord and Redifferentiated chondrocyte in cartilage
Data format
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sample032_039
bottom peaks comparison between Anulus fibrosus cell in spinal cord and Chorionic membrane cell
Data format
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sample032_040
bottom peaks comparison between Anulus fibrosus cell in spinal cord and Ciliary epithelial cell
Data format
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sample032_041
bottom peaks comparison between Anulus fibrosus cell in spinal cord and Corneal epithelial cell
Data format
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sample032_042
bottom peaks comparison between Anulus fibrosus cell in spinal cord and Immature monocyte-derived dendritic cell
Data format
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sample032_043
bottom peaks comparison between Anulus fibrosus cell in spinal cord and Endothelial cell in aorta
Data format
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sample032_044
bottom peaks comparison between Anulus fibrosus cell in spinal cord and Endothelial cell in artery
Data format
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sample032_045
bottom peaks comparison between Anulus fibrosus cell in spinal cord and Endothelial cell in lymph vessel
Data format
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sample032_046
bottom peaks comparison between Anulus fibrosus cell in spinal cord and Endothelial cell in microvessel
Data format
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sample032_047
bottom peaks comparison between Anulus fibrosus cell in spinal cord and Endothelial cell in thorax
Data format
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sample032_048
bottom peaks comparison between Anulus fibrosus cell in spinal cord and Endothelial cell in umbilical vein
Data format
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sample032_049
bottom peaks comparison between Anulus fibrosus cell in spinal cord and Endothelial cell in vein
Data format
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sample032_050
bottom peaks comparison between Anulus fibrosus cell in spinal cord and Epithelical cell in esophagus
Data format
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sample032_051
bottom peaks comparison between Anulus fibrosus cell in spinal cord and Adventitial fibroblast in aorta
Data format
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sample032_052
bottom peaks comparison between Anulus fibrosus cell in spinal cord and Fibroblast in heart
Data format
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sample032_053
bottom peaks comparison between Anulus fibrosus cell in spinal cord and Fibroblast in choroid plexus
Data format
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sample032_054
bottom peaks comparison between Anulus fibrosus cell in spinal cord and Fibroblast in conjunctiva
Data format
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sample032_055
bottom peaks comparison between Anulus fibrosus cell in spinal cord and Fibroblast in derma
Data format
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sample032_056
bottom peaks comparison between Anulus fibrosus cell in spinal cord and Fibroblast in lung
Data format
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sample032_057
bottom peaks comparison between Anulus fibrosus cell in spinal cord and Fibroblast in lymphatic vessel
Data format
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sample032_058
bottom peaks comparison between Anulus fibrosus cell in spinal cord and Fibroblast in mamma
Data format
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sample032_059
bottom peaks comparison between Anulus fibrosus cell in spinal cord and Fibroblast in periodontal ligament
Data format
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sample032_060
bottom peaks comparison between Anulus fibrosus cell in spinal cord and Fibroblast in skin for dystrophia mytonica sample
Data format
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sample032_061
bottom peaks comparison between Anulus fibrosus cell in spinal cord and Fibroblast in skin for normal sample
Data format
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sample032_062
bottom peaks comparison between Anulus fibrosus cell in spinal cord and Fibroblast in skin for spinal muscular atrophy
Data format
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sample032_063
bottom peaks comparison between Anulus fibrosus cell in spinal cord and Fibroblast of villous mesenchymal cell
Data format
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sample032_064
bottom peaks comparison between Anulus fibrosus cell in spinal cord and Gamma delta+ T cell
Data format
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sample032_065
bottom peaks comparison between Anulus fibrosus cell in spinal cord and Gingival epithelial cell
Data format
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sample032_066
bottom peaks comparison between Anulus fibrosus cell in spinal cord and Dermal papilla cell in hair follicle
Data format
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sample032_067
bottom peaks comparison between Anulus fibrosus cell in spinal cord and Outer root sheath cell in hair follicle
Data format
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sample032_068
bottom peaks comparison between Anulus fibrosus cell in spinal cord and Hepatic sinusoidal endothelial cell
Data format
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sample032_069
bottom peaks comparison between Anulus fibrosus cell in spinal cord and Hepatic stellate lipocyte
Data format
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sample032_070
bottom peaks comparison between Anulus fibrosus cell in spinal cord and Hepatocyte
Data format
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sample032_071
bottom peaks comparison between Anulus fibrosus cell in spinal cord and Immature langerhans cell
Data format
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sample032_072
bottom peaks comparison between Anulus fibrosus cell in spinal cord and Keratinocyte epidermal cell
Data format
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sample032_073
bottom peaks comparison between Anulus fibrosus cell in spinal cord and Keratocyte
Data format
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sample032_074
bottom peaks comparison between Anulus fibrosus cell in spinal cord and Lens epithelial cell
Data format
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sample032_075
bottom peaks comparison between Anulus fibrosus cell in spinal cord and Monocyte-derived macrophage
Data format
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sample032_076
bottom peaks comparison between Anulus fibrosus cell in spinal cord and Mallassez-devied cell
Data format
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sample032_077
bottom peaks comparison between Anulus fibrosus cell in spinal cord and Mammary epithelial cell
Data format
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sample032_078
bottom peaks comparison between Anulus fibrosus cell in spinal cord and Mast cell
Data format
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sample032_079
bottom peaks comparison between Anulus fibrosus cell in spinal cord and Expanded mast cell
Data format
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sample032_080
bottom peaks comparison between Anulus fibrosus cell in spinal cord and Expanded and stimulated mast cell
Data format
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sample032_081
bottom peaks comparison between Anulus fibrosus cell in spinal cord and Melanocyte-dark
Data format
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sample032_082
bottom peaks comparison between Anulus fibrosus cell in spinal cord and Melanocyte-light
Data format
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sample032_083
bottom peaks comparison between Anulus fibrosus cell in spinal cord and Meningeal cell
Data format
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sample032_084
bottom peaks comparison between Anulus fibrosus cell in spinal cord and Mesenchymal precursor cell in adipose
Data format
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sample032_085
bottom peaks comparison between Anulus fibrosus cell in spinal cord and Mesenchymal precursor cell in bone marrow
Data format
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sample032_086
bottom peaks comparison between Anulus fibrosus cell in spinal cord and Mesenchymal precursor cell in heart
Data format
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sample032_087
bottom peaks comparison between Anulus fibrosus cell in spinal cord and Mesenchymal precursor cell in left ovary for ovarian cancer sample
Data format
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sample032_088
bottom peaks comparison between Anulus fibrosus cell in spinal cord and Mesenchymal precursor cell for metastatic ovarian cancer sample
Data format
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sample032_089
bottom peaks comparison between Anulus fibrosus cell in spinal cord and Mesenchymal precursor cell in right ovary for ovarian cancer sample
Data format
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sample032_090
bottom peaks comparison between Anulus fibrosus cell in spinal cord and Mesenchymal stem cell in adipose
Data format
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sample032_091
bottom peaks comparison between Anulus fibrosus cell in spinal cord and Mesenchymal stem cell in amniotic membrane
Data format
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sample032_092
bottom peaks comparison between Anulus fibrosus cell in spinal cord and Mesenchymal stem cell in bone marrow
Data format
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sample032_093
bottom peaks comparison between Anulus fibrosus cell in spinal cord and Mesenchymal stem cell in liver
Data format
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sample032_094
bottom peaks comparison between Anulus fibrosus cell in spinal cord and Mesenchymal stem cell in umbilical cord
Data format
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sample032_095
bottom peaks comparison between Anulus fibrosus cell in spinal cord and Mesothelial cell
Data format
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sample032_096
bottom peaks comparison between Anulus fibrosus cell in spinal cord and Migratory langerhans cell
Data format
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sample032_097
bottom peaks comparison between Anulus fibrosus cell in spinal cord and Mesenchymal stem cell of umbilical cord blood
Data format
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sample032_098
bottom peaks comparison between Anulus fibrosus cell in spinal cord and Myoblast
Data format
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sample032_099
bottom peaks comparison between Anulus fibrosus cell in spinal cord and Nasal epithelial cell
Data format
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sample032_100
bottom peaks comparison between Anulus fibrosus cell in spinal cord and Natural killer cell
Data format
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sample032_101
bottom peaks comparison between Anulus fibrosus cell in spinal cord and Neural stem cell
Data format
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sample032_102
bottom peaks comparison between Anulus fibrosus cell in spinal cord and Neuron
Data format
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sample032_103
bottom peaks comparison between Anulus fibrosus cell in spinal cord and Neutrophil cell
Data format
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sample032_104
bottom peaks comparison between Anulus fibrosus cell in spinal cord and Nucleus pulposus
Data format
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sample032_105
bottom peaks comparison between Anulus fibrosus cell in spinal cord and Olfactory epithelial cell
Data format
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sample032_106
bottom peaks comparison between Anulus fibrosus cell in spinal cord and Osteoblast
Data format
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sample032_107
bottom peaks comparison between Anulus fibrosus cell in spinal cord and Differentiated osteoblast
Data format
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sample032_108
bottom peaks comparison between Anulus fibrosus cell in spinal cord and Pricyte
Data format
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sample032_109
bottom peaks comparison between Anulus fibrosus cell in spinal cord and Perineurial
Data format
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sample032_110
bottom peaks comparison between Anulus fibrosus cell in spinal cord and Peripheral blood mononuclear cell
Data format
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sample032_111
bottom peaks comparison between Anulus fibrosus cell in spinal cord and Placental epithelial cell
Data format
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sample032_112
bottom peaks comparison between Anulus fibrosus cell in spinal cord and Preadipocyte in breast
Data format
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sample032_113
bottom peaks comparison between Anulus fibrosus cell in spinal cord and Preadipocyte in omentum
Data format
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sample032_114
bottom peaks comparison between Anulus fibrosus cell in spinal cord and Subcutaneous preadipocyte
Data format
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sample032_115
bottom peaks comparison between Anulus fibrosus cell in spinal cord and Visceral preadipocyte
Data format
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sample032_116
bottom peaks comparison between Anulus fibrosus cell in spinal cord and Prostate epithelial cell
Data format
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sample032_117
bottom peaks comparison between Anulus fibrosus cell in spinal cord and Prostate stromal cell
Data format
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sample032_118
bottom peaks comparison between Anulus fibrosus cell in spinal cord and Renal cortical epithelial cell
Data format
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sample032_119
bottom peaks comparison between Anulus fibrosus cell in spinal cord and Renal glomerular endothelial cell
Data format
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sample032_120
bottom peaks comparison between Anulus fibrosus cell in spinal cord and Renal mesangial cell
Data format
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sample032_121
bottom peaks comparison between Anulus fibrosus cell in spinal cord and Renal proximal tubular epithelial cell
Data format
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sample032_122
bottom peaks comparison between Anulus fibrosus cell in spinal cord and Renal proximal tubular epithelial cell
Data format
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sample032_123
bottom peaks comparison between Anulus fibrosus cell in spinal cord and Salivary acinar cell
Data format
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sample032_124
bottom peaks comparison between Anulus fibrosus cell in spinal cord and Schwann
Data format
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sample032_125
bottom peaks comparison between Anulus fibrosus cell in spinal cord and Sebocyte
Data format
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sample032_126
bottom peaks comparison between Anulus fibrosus cell in spinal cord and Sertoli
Data format
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sample032_127
bottom peaks comparison between Anulus fibrosus cell in spinal cord and Skeletal muscle
Data format
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sample032_128
bottom peaks comparison between Anulus fibrosus cell in spinal cord and Skeletal muscle differentiated into myotubes
Data format
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sample032_129
bottom peaks comparison between Anulus fibrosus cell in spinal cord and Skeletal muscle satellite cell
Data format
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sample032_130
bottom peaks comparison between Anulus fibrosus cell in spinal cord and Small airway epithelial cell
Data format
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sample032_131
bottom peaks comparison between Anulus fibrosus cell in spinal cord and Airway smooth muscle in asthma
Data format
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sample032_132
bottom peaks comparison between Anulus fibrosus cell in spinal cord and Airway smooth muscle in control
Data format
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sample032_133
bottom peaks comparison between Anulus fibrosus cell in spinal cord and Smooth muscle in aorta
Data format
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sample032_134
bottom peaks comparison between Anulus fibrosus cell in spinal cord and Smooth muscle in brachiocephalic artery
Data format
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sample032_135
bottom peaks comparison between Anulus fibrosus cell in spinal cord and Smooth muscle in brain vessel
Data format
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sample032_136
bottom peaks comparison between Anulus fibrosus cell in spinal cord and Smooth muscle in bronchial tube
Data format
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sample032_137
bottom peaks comparison between Anulus fibrosus cell in spinal cord and Smooth muscle in carotid artery
Data format
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sample032_138
bottom peaks comparison between Anulus fibrosus cell in spinal cord and Smooth muscle in colon
Data format
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sample032_139
bottom peaks comparison between Anulus fibrosus cell in spinal cord and Smooth muscle in coronary
Data format
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sample032_140
bottom peaks comparison between Anulus fibrosus cell in spinal cord and Smooth muscle in esophagus
Data format
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sample032_141
bottom peaks comparison between Anulus fibrosus cell in spinal cord and Smooth muscle in internal thoracic artery
Data format
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sample032_142
bottom peaks comparison between Anulus fibrosus cell in spinal cord and Smooth muscle in prostate
Data format
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sample032_143
bottom peaks comparison between Anulus fibrosus cell in spinal cord and Smooth muscle in pulmonary artery
Data format
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sample032_144
bottom peaks comparison between Anulus fibrosus cell in spinal cord and Smooth muscle in subclavian artery
Data format
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sample032_145
bottom peaks comparison between Anulus fibrosus cell in spinal cord and Smooth muscle in trachea
Data format
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sample032_146
bottom peaks comparison between Anulus fibrosus cell in spinal cord and Smooth muscle in umbilical artery
Data format
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sample032_147
bottom peaks comparison between Anulus fibrosus cell in spinal cord and Smooth muscle in umbilical vein
Data format
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sample032_148
bottom peaks comparison between Anulus fibrosus cell in spinal cord and Smooth muscle in uterine
Data format
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sample032_149
bottom peaks comparison between Anulus fibrosus cell in spinal cord and Synoviocyte
Data format
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sample032_150
bottom peaks comparison between Anulus fibrosus cell in spinal cord and Tenocyte
Data format
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sample032_151
bottom peaks comparison between Anulus fibrosus cell in spinal cord and Trabecular meshwork
Data format
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sample032_152
bottom peaks comparison between Anulus fibrosus cell in spinal cord and Tracheal epithelial cell
Data format
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sample032_153
bottom peaks comparison between Anulus fibrosus cell in spinal cord and Urothelial cell
Data format
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sample032_154
bottom peaks comparison between Anulus fibrosus cell in spinal cord and Whole blood for donor 1
Data format
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sample032_155
bottom peaks comparison between Anulus fibrosus cell in spinal cord and Whole blood for donor 2
Data format
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sample032_156
bottom peaks comparison between Anulus fibrosus cell in spinal cord and Whole blood for donor 3
Data format
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sample033_034
bottom peaks comparison between Adtrocyte in cerebellum and Astrocyte in cerebral cortex
Data format
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sample033_035
bottom peaks comparison between Adtrocyte in cerebellum and Bronchial epithelial cell
Data format
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sample033_036
bottom peaks comparison between Adtrocyte in cerebellum and Cardiac myocyte
Data format
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sample033_037
bottom peaks comparison between Adtrocyte in cerebellum and Chondroblast cell in cartilage
Data format
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sample033_038
bottom peaks comparison between Adtrocyte in cerebellum and Redifferentiated chondrocyte in cartilage
Data format
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sample033_039
bottom peaks comparison between Adtrocyte in cerebellum and Chorionic membrane cell
Data format
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sample033_040
bottom peaks comparison between Adtrocyte in cerebellum and Ciliary epithelial cell
Data format
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sample033_041
bottom peaks comparison between Adtrocyte in cerebellum and Corneal epithelial cell
Data format
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sample033_042
bottom peaks comparison between Adtrocyte in cerebellum and Immature monocyte-derived dendritic cell
Data format
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sample033_043
bottom peaks comparison between Adtrocyte in cerebellum and Endothelial cell in aorta
Data format
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sample033_044
bottom peaks comparison between Adtrocyte in cerebellum and Endothelial cell in artery
Data format
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sample033_045
bottom peaks comparison between Adtrocyte in cerebellum and Endothelial cell in lymph vessel
Data format
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sample033_046
bottom peaks comparison between Adtrocyte in cerebellum and Endothelial cell in microvessel
Data format
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sample033_047
bottom peaks comparison between Adtrocyte in cerebellum and Endothelial cell in thorax
Data format
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sample033_048
bottom peaks comparison between Adtrocyte in cerebellum and Endothelial cell in umbilical vein
Data format
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sample033_049
bottom peaks comparison between Adtrocyte in cerebellum and Endothelial cell in vein
Data format
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sample033_050
bottom peaks comparison between Adtrocyte in cerebellum and Epithelical cell in esophagus
Data format
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sample033_051
bottom peaks comparison between Adtrocyte in cerebellum and Adventitial fibroblast in aorta
Data format
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sample033_052
bottom peaks comparison between Adtrocyte in cerebellum and Fibroblast in heart
Data format
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sample033_053
bottom peaks comparison between Adtrocyte in cerebellum and Fibroblast in choroid plexus
Data format
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sample033_054
bottom peaks comparison between Adtrocyte in cerebellum and Fibroblast in conjunctiva
Data format
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sample033_055
bottom peaks comparison between Adtrocyte in cerebellum and Fibroblast in derma
Data format
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sample033_056
bottom peaks comparison between Adtrocyte in cerebellum and Fibroblast in lung
Data format
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sample033_057
bottom peaks comparison between Adtrocyte in cerebellum and Fibroblast in lymphatic vessel
Data format
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sample033_058
bottom peaks comparison between Adtrocyte in cerebellum and Fibroblast in mamma
Data format
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sample033_059
bottom peaks comparison between Adtrocyte in cerebellum and Fibroblast in periodontal ligament
Data format
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sample033_060
bottom peaks comparison between Adtrocyte in cerebellum and Fibroblast in skin for dystrophia mytonica sample
Data format
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sample033_061
bottom peaks comparison between Adtrocyte in cerebellum and Fibroblast in skin for normal sample
Data format
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sample033_062
bottom peaks comparison between Adtrocyte in cerebellum and Fibroblast in skin for spinal muscular atrophy
Data format
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sample033_063
bottom peaks comparison between Adtrocyte in cerebellum and Fibroblast of villous mesenchymal cell
Data format
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sample033_064
bottom peaks comparison between Adtrocyte in cerebellum and Gamma delta+ T cell
Data format
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sample033_065
bottom peaks comparison between Adtrocyte in cerebellum and Gingival epithelial cell
Data format
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sample033_066
bottom peaks comparison between Adtrocyte in cerebellum and Dermal papilla cell in hair follicle
Data format
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sample033_067
bottom peaks comparison between Adtrocyte in cerebellum and Outer root sheath cell in hair follicle
Data format
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sample033_068
bottom peaks comparison between Adtrocyte in cerebellum and Hepatic sinusoidal endothelial cell
Data format
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sample033_069
bottom peaks comparison between Adtrocyte in cerebellum and Hepatic stellate lipocyte
Data format
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sample033_070
bottom peaks comparison between Adtrocyte in cerebellum and Hepatocyte
Data format
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sample033_071
bottom peaks comparison between Adtrocyte in cerebellum and Immature langerhans cell
Data format
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sample033_072
bottom peaks comparison between Adtrocyte in cerebellum and Keratinocyte epidermal cell
Data format
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sample033_073
bottom peaks comparison between Adtrocyte in cerebellum and Keratocyte
Data format
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sample033_074
bottom peaks comparison between Adtrocyte in cerebellum and Lens epithelial cell
Data format
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sample033_075
bottom peaks comparison between Adtrocyte in cerebellum and Monocyte-derived macrophage
Data format
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sample033_076
bottom peaks comparison between Adtrocyte in cerebellum and Mallassez-devied cell
Data format
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sample033_077
bottom peaks comparison between Adtrocyte in cerebellum and Mammary epithelial cell
Data format
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sample033_078
bottom peaks comparison between Adtrocyte in cerebellum and Mast cell
Data format
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sample033_079
bottom peaks comparison between Adtrocyte in cerebellum and Expanded mast cell
Data format
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sample033_080
bottom peaks comparison between Adtrocyte in cerebellum and Expanded and stimulated mast cell
Data format
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sample033_081
bottom peaks comparison between Adtrocyte in cerebellum and Melanocyte-dark
Data format
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sample033_082
bottom peaks comparison between Adtrocyte in cerebellum and Melanocyte-light
Data format
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sample033_083
bottom peaks comparison between Adtrocyte in cerebellum and Meningeal cell
Data format
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sample033_084
bottom peaks comparison between Adtrocyte in cerebellum and Mesenchymal precursor cell in adipose
Data format
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sample033_085
bottom peaks comparison between Adtrocyte in cerebellum and Mesenchymal precursor cell in bone marrow
Data format
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sample033_086
bottom peaks comparison between Adtrocyte in cerebellum and Mesenchymal precursor cell in heart
Data format
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sample033_087
bottom peaks comparison between Adtrocyte in cerebellum and Mesenchymal precursor cell in left ovary for ovarian cancer sample
Data format
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sample033_088
bottom peaks comparison between Adtrocyte in cerebellum and Mesenchymal precursor cell for metastatic ovarian cancer sample
Data format
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sample033_089
bottom peaks comparison between Adtrocyte in cerebellum and Mesenchymal precursor cell in right ovary for ovarian cancer sample
Data format
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sample033_090
bottom peaks comparison between Adtrocyte in cerebellum and Mesenchymal stem cell in adipose
Data format
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sample033_091
bottom peaks comparison between Adtrocyte in cerebellum and Mesenchymal stem cell in amniotic membrane
Data format
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sample033_092
bottom peaks comparison between Adtrocyte in cerebellum and Mesenchymal stem cell in bone marrow
Data format
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sample033_093
bottom peaks comparison between Adtrocyte in cerebellum and Mesenchymal stem cell in liver
Data format
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sample033_094
bottom peaks comparison between Adtrocyte in cerebellum and Mesenchymal stem cell in umbilical cord
Data format
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sample033_095
bottom peaks comparison between Adtrocyte in cerebellum and Mesothelial cell
Data format
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sample033_096
bottom peaks comparison between Adtrocyte in cerebellum and Migratory langerhans cell
Data format
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sample033_097
bottom peaks comparison between Adtrocyte in cerebellum and Mesenchymal stem cell of umbilical cord blood
Data format
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sample033_098
bottom peaks comparison between Adtrocyte in cerebellum and Myoblast
Data format
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sample033_099
bottom peaks comparison between Adtrocyte in cerebellum and Nasal epithelial cell
Data format
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sample033_100
bottom peaks comparison between Adtrocyte in cerebellum and Natural killer cell
Data format
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sample033_101
bottom peaks comparison between Adtrocyte in cerebellum and Neural stem cell
Data format
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sample033_102
bottom peaks comparison between Adtrocyte in cerebellum and Neuron
Data format
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sample033_103
bottom peaks comparison between Adtrocyte in cerebellum and Neutrophil cell
Data format
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sample033_104
bottom peaks comparison between Adtrocyte in cerebellum and Nucleus pulposus
Data format
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sample033_105
bottom peaks comparison between Adtrocyte in cerebellum and Olfactory epithelial cell
Data format
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sample033_106
bottom peaks comparison between Adtrocyte in cerebellum and Osteoblast
Data format
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sample033_107
bottom peaks comparison between Adtrocyte in cerebellum and Differentiated osteoblast
Data format
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sample033_108
bottom peaks comparison between Adtrocyte in cerebellum and Pricyte
Data format
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sample033_109
bottom peaks comparison between Adtrocyte in cerebellum and Perineurial
Data format
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sample033_110
bottom peaks comparison between Adtrocyte in cerebellum and Peripheral blood mononuclear cell
Data format
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sample033_111
bottom peaks comparison between Adtrocyte in cerebellum and Placental epithelial cell
Data format
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sample033_112
bottom peaks comparison between Adtrocyte in cerebellum and Preadipocyte in breast
Data format
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sample033_113
bottom peaks comparison between Adtrocyte in cerebellum and Preadipocyte in omentum
Data format
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sample033_114
bottom peaks comparison between Adtrocyte in cerebellum and Subcutaneous preadipocyte
Data format
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sample033_115
bottom peaks comparison between Adtrocyte in cerebellum and Visceral preadipocyte
Data format
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sample033_116
bottom peaks comparison between Adtrocyte in cerebellum and Prostate epithelial cell
Data format
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sample033_117
bottom peaks comparison between Adtrocyte in cerebellum and Prostate stromal cell
Data format
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sample033_118
bottom peaks comparison between Adtrocyte in cerebellum and Renal cortical epithelial cell
Data format
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sample033_119
bottom peaks comparison between Adtrocyte in cerebellum and Renal glomerular endothelial cell
Data format
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sample033_120
bottom peaks comparison between Adtrocyte in cerebellum and Renal mesangial cell
Data format
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sample033_121
bottom peaks comparison between Adtrocyte in cerebellum and Renal proximal tubular epithelial cell
Data format
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sample033_122
bottom peaks comparison between Adtrocyte in cerebellum and Renal proximal tubular epithelial cell
Data format
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sample033_123
bottom peaks comparison between Adtrocyte in cerebellum and Salivary acinar cell
Data format
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sample033_124
bottom peaks comparison between Adtrocyte in cerebellum and Schwann
Data format
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sample033_125
bottom peaks comparison between Adtrocyte in cerebellum and Sebocyte
Data format
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sample033_126
bottom peaks comparison between Adtrocyte in cerebellum and Sertoli
Data format
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sample033_127
bottom peaks comparison between Adtrocyte in cerebellum and Skeletal muscle
Data format
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sample033_128
bottom peaks comparison between Adtrocyte in cerebellum and Skeletal muscle differentiated into myotubes
Data format
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sample033_129
bottom peaks comparison between Adtrocyte in cerebellum and Skeletal muscle satellite cell
Data format
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sample033_130
bottom peaks comparison between Adtrocyte in cerebellum and Small airway epithelial cell
Data format
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sample033_131
bottom peaks comparison between Adtrocyte in cerebellum and Airway smooth muscle in asthma
Data format
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sample033_132
bottom peaks comparison between Adtrocyte in cerebellum and Airway smooth muscle in control
Data format
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sample033_133
bottom peaks comparison between Adtrocyte in cerebellum and Smooth muscle in aorta
Data format
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sample033_134
bottom peaks comparison between Adtrocyte in cerebellum and Smooth muscle in brachiocephalic artery
Data format
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sample033_135
bottom peaks comparison between Adtrocyte in cerebellum and Smooth muscle in brain vessel
Data format
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sample033_136
bottom peaks comparison between Adtrocyte in cerebellum and Smooth muscle in bronchial tube
Data format
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sample033_137
bottom peaks comparison between Adtrocyte in cerebellum and Smooth muscle in carotid artery
Data format
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sample033_138
bottom peaks comparison between Adtrocyte in cerebellum and Smooth muscle in colon
Data format
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sample033_139
bottom peaks comparison between Adtrocyte in cerebellum and Smooth muscle in coronary
Data format
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sample033_140
bottom peaks comparison between Adtrocyte in cerebellum and Smooth muscle in esophagus
Data format
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sample033_141
bottom peaks comparison between Adtrocyte in cerebellum and Smooth muscle in internal thoracic artery
Data format
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sample033_142
bottom peaks comparison between Adtrocyte in cerebellum and Smooth muscle in prostate
Data format
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sample033_143
bottom peaks comparison between Adtrocyte in cerebellum and Smooth muscle in pulmonary artery
Data format
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sample033_144
bottom peaks comparison between Adtrocyte in cerebellum and Smooth muscle in subclavian artery
Data format
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sample033_145
bottom peaks comparison between Adtrocyte in cerebellum and Smooth muscle in trachea
Data format
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sample033_146
bottom peaks comparison between Adtrocyte in cerebellum and Smooth muscle in umbilical artery
Data format
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sample033_147
bottom peaks comparison between Adtrocyte in cerebellum and Smooth muscle in umbilical vein
Data format
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sample033_148
bottom peaks comparison between Adtrocyte in cerebellum and Smooth muscle in uterine
Data format
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sample033_149
bottom peaks comparison between Adtrocyte in cerebellum and Synoviocyte
Data format
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sample033_150
bottom peaks comparison between Adtrocyte in cerebellum and Tenocyte
Data format
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sample033_151
bottom peaks comparison between Adtrocyte in cerebellum and Trabecular meshwork
Data format
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sample033_152
bottom peaks comparison between Adtrocyte in cerebellum and Tracheal epithelial cell
Data format
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sample033_153
bottom peaks comparison between Adtrocyte in cerebellum and Urothelial cell
Data format
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sample033_154
bottom peaks comparison between Adtrocyte in cerebellum and Whole blood for donor 1
Data format
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sample033_155
bottom peaks comparison between Adtrocyte in cerebellum and Whole blood for donor 2
Data format
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sample033_156
bottom peaks comparison between Adtrocyte in cerebellum and Whole blood for donor 3
Data format
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sample034_035
bottom peaks comparison between Astrocyte in cerebral cortex and Bronchial epithelial cell
Data format
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sample034_036
bottom peaks comparison between Astrocyte in cerebral cortex and Cardiac myocyte
Data format
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sample034_037
bottom peaks comparison between Astrocyte in cerebral cortex and Chondroblast cell in cartilage
Data format
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sample034_038
bottom peaks comparison between Astrocyte in cerebral cortex and Redifferentiated chondrocyte in cartilage
Data format
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sample034_039
bottom peaks comparison between Astrocyte in cerebral cortex and Chorionic membrane cell
Data format
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sample034_040
bottom peaks comparison between Astrocyte in cerebral cortex and Ciliary epithelial cell
Data format
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sample034_041
bottom peaks comparison between Astrocyte in cerebral cortex and Corneal epithelial cell
Data format
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sample034_042
bottom peaks comparison between Astrocyte in cerebral cortex and Immature monocyte-derived dendritic cell
Data format
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sample034_043
bottom peaks comparison between Astrocyte in cerebral cortex and Endothelial cell in aorta
Data format
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sample034_044
bottom peaks comparison between Astrocyte in cerebral cortex and Endothelial cell in artery
Data format
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sample034_045
bottom peaks comparison between Astrocyte in cerebral cortex and Endothelial cell in lymph vessel
Data format
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sample034_046
bottom peaks comparison between Astrocyte in cerebral cortex and Endothelial cell in microvessel
Data format
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sample034_047
bottom peaks comparison between Astrocyte in cerebral cortex and Endothelial cell in thorax
Data format
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sample034_048
bottom peaks comparison between Astrocyte in cerebral cortex and Endothelial cell in umbilical vein
Data format
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sample034_049
bottom peaks comparison between Astrocyte in cerebral cortex and Endothelial cell in vein
Data format
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sample034_050
bottom peaks comparison between Astrocyte in cerebral cortex and Epithelical cell in esophagus
Data format
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sample034_051
bottom peaks comparison between Astrocyte in cerebral cortex and Adventitial fibroblast in aorta
Data format
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sample034_052
bottom peaks comparison between Astrocyte in cerebral cortex and Fibroblast in heart
Data format
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sample034_053
bottom peaks comparison between Astrocyte in cerebral cortex and Fibroblast in choroid plexus
Data format
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sample034_054
bottom peaks comparison between Astrocyte in cerebral cortex and Fibroblast in conjunctiva
Data format
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sample034_055
bottom peaks comparison between Astrocyte in cerebral cortex and Fibroblast in derma
Data format
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sample034_056
bottom peaks comparison between Astrocyte in cerebral cortex and Fibroblast in lung
Data format
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sample034_057
bottom peaks comparison between Astrocyte in cerebral cortex and Fibroblast in lymphatic vessel
Data format
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sample034_058
bottom peaks comparison between Astrocyte in cerebral cortex and Fibroblast in mamma
Data format
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sample034_059
bottom peaks comparison between Astrocyte in cerebral cortex and Fibroblast in periodontal ligament
Data format
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sample034_060
bottom peaks comparison between Astrocyte in cerebral cortex and Fibroblast in skin for dystrophia mytonica sample
Data format
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sample034_061
bottom peaks comparison between Astrocyte in cerebral cortex and Fibroblast in skin for normal sample
Data format
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sample034_062
bottom peaks comparison between Astrocyte in cerebral cortex and Fibroblast in skin for spinal muscular atrophy
Data format
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sample034_063
bottom peaks comparison between Astrocyte in cerebral cortex and Fibroblast of villous mesenchymal cell
Data format
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sample034_064
bottom peaks comparison between Astrocyte in cerebral cortex and Gamma delta+ T cell
Data format
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sample034_065
bottom peaks comparison between Astrocyte in cerebral cortex and Gingival epithelial cell
Data format
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sample034_066
bottom peaks comparison between Astrocyte in cerebral cortex and Dermal papilla cell in hair follicle
Data format
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sample034_067
bottom peaks comparison between Astrocyte in cerebral cortex and Outer root sheath cell in hair follicle
Data format
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sample034_068
bottom peaks comparison between Astrocyte in cerebral cortex and Hepatic sinusoidal endothelial cell
Data format
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sample034_069
bottom peaks comparison between Astrocyte in cerebral cortex and Hepatic stellate lipocyte
Data format
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sample034_070
bottom peaks comparison between Astrocyte in cerebral cortex and Hepatocyte
Data format
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sample034_071
bottom peaks comparison between Astrocyte in cerebral cortex and Immature langerhans cell
Data format
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sample034_072
bottom peaks comparison between Astrocyte in cerebral cortex and Keratinocyte epidermal cell
Data format
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sample034_073
bottom peaks comparison between Astrocyte in cerebral cortex and Keratocyte
Data format
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sample034_074
bottom peaks comparison between Astrocyte in cerebral cortex and Lens epithelial cell
Data format
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sample034_075
bottom peaks comparison between Astrocyte in cerebral cortex and Monocyte-derived macrophage
Data format
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sample034_076
bottom peaks comparison between Astrocyte in cerebral cortex and Mallassez-devied cell
Data format
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sample034_077
bottom peaks comparison between Astrocyte in cerebral cortex and Mammary epithelial cell
Data format
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sample034_078
bottom peaks comparison between Astrocyte in cerebral cortex and Mast cell
Data format
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sample034_079
bottom peaks comparison between Astrocyte in cerebral cortex and Expanded mast cell
Data format
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sample034_080
bottom peaks comparison between Astrocyte in cerebral cortex and Expanded and stimulated mast cell
Data format
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sample034_081
bottom peaks comparison between Astrocyte in cerebral cortex and Melanocyte-dark
Data format
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sample034_082
bottom peaks comparison between Astrocyte in cerebral cortex and Melanocyte-light
Data format
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sample034_083
bottom peaks comparison between Astrocyte in cerebral cortex and Meningeal cell
Data format
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sample034_084
bottom peaks comparison between Astrocyte in cerebral cortex and Mesenchymal precursor cell in adipose
Data format
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sample034_085
bottom peaks comparison between Astrocyte in cerebral cortex and Mesenchymal precursor cell in bone marrow
Data format
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sample034_086
bottom peaks comparison between Astrocyte in cerebral cortex and Mesenchymal precursor cell in heart
Data format
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sample034_087
bottom peaks comparison between Astrocyte in cerebral cortex and Mesenchymal precursor cell in left ovary for ovarian cancer sample
Data format
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sample034_088
bottom peaks comparison between Astrocyte in cerebral cortex and Mesenchymal precursor cell for metastatic ovarian cancer sample
Data format
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sample034_089
bottom peaks comparison between Astrocyte in cerebral cortex and Mesenchymal precursor cell in right ovary for ovarian cancer sample
Data format
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sample034_090
bottom peaks comparison between Astrocyte in cerebral cortex and Mesenchymal stem cell in adipose
Data format
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sample034_091
bottom peaks comparison between Astrocyte in cerebral cortex and Mesenchymal stem cell in amniotic membrane
Data format
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sample034_092
bottom peaks comparison between Astrocyte in cerebral cortex and Mesenchymal stem cell in bone marrow
Data format
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sample034_093
bottom peaks comparison between Astrocyte in cerebral cortex and Mesenchymal stem cell in liver
Data format
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sample034_094
bottom peaks comparison between Astrocyte in cerebral cortex and Mesenchymal stem cell in umbilical cord
Data format
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sample034_095
bottom peaks comparison between Astrocyte in cerebral cortex and Mesothelial cell
Data format
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sample034_096
bottom peaks comparison between Astrocyte in cerebral cortex and Migratory langerhans cell
Data format
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sample034_097
bottom peaks comparison between Astrocyte in cerebral cortex and Mesenchymal stem cell of umbilical cord blood
Data format
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sample034_098
bottom peaks comparison between Astrocyte in cerebral cortex and Myoblast
Data format
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sample034_099
bottom peaks comparison between Astrocyte in cerebral cortex and Nasal epithelial cell
Data format
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sample034_100
bottom peaks comparison between Astrocyte in cerebral cortex and Natural killer cell
Data format
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sample034_101
bottom peaks comparison between Astrocyte in cerebral cortex and Neural stem cell
Data format
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sample034_102
bottom peaks comparison between Astrocyte in cerebral cortex and Neuron
Data format
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sample034_103
bottom peaks comparison between Astrocyte in cerebral cortex and Neutrophil cell
Data format
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sample034_104
bottom peaks comparison between Astrocyte in cerebral cortex and Nucleus pulposus
Data format
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sample034_105
bottom peaks comparison between Astrocyte in cerebral cortex and Olfactory epithelial cell
Data format
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sample034_106
bottom peaks comparison between Astrocyte in cerebral cortex and Osteoblast
Data format
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sample034_107
bottom peaks comparison between Astrocyte in cerebral cortex and Differentiated osteoblast
Data format
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sample034_108
bottom peaks comparison between Astrocyte in cerebral cortex and Pricyte
Data format
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sample034_109
bottom peaks comparison between Astrocyte in cerebral cortex and Perineurial
Data format
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sample034_110
bottom peaks comparison between Astrocyte in cerebral cortex and Peripheral blood mononuclear cell
Data format
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sample034_111
bottom peaks comparison between Astrocyte in cerebral cortex and Placental epithelial cell
Data format
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sample034_112
bottom peaks comparison between Astrocyte in cerebral cortex and Preadipocyte in breast
Data format
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sample034_113
bottom peaks comparison between Astrocyte in cerebral cortex and Preadipocyte in omentum
Data format
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sample034_114
bottom peaks comparison between Astrocyte in cerebral cortex and Subcutaneous preadipocyte
Data format
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sample034_115
bottom peaks comparison between Astrocyte in cerebral cortex and Visceral preadipocyte
Data format
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sample034_116
bottom peaks comparison between Astrocyte in cerebral cortex and Prostate epithelial cell
Data format
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sample034_117
bottom peaks comparison between Astrocyte in cerebral cortex and Prostate stromal cell
Data format
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sample034_118
bottom peaks comparison between Astrocyte in cerebral cortex and Renal cortical epithelial cell
Data format
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sample034_119
bottom peaks comparison between Astrocyte in cerebral cortex and Renal glomerular endothelial cell
Data format
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sample034_120
bottom peaks comparison between Astrocyte in cerebral cortex and Renal mesangial cell
Data format
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sample034_121
bottom peaks comparison between Astrocyte in cerebral cortex and Renal proximal tubular epithelial cell
Data format
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sample034_122
bottom peaks comparison between Astrocyte in cerebral cortex and Renal proximal tubular epithelial cell
Data format
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sample034_123
bottom peaks comparison between Astrocyte in cerebral cortex and Salivary acinar cell
Data format
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sample034_124
bottom peaks comparison between Astrocyte in cerebral cortex and Schwann
Data format
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sample034_125
bottom peaks comparison between Astrocyte in cerebral cortex and Sebocyte
Data format
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sample034_126
bottom peaks comparison between Astrocyte in cerebral cortex and Sertoli
Data format
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sample034_127
bottom peaks comparison between Astrocyte in cerebral cortex and Skeletal muscle
Data format
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sample034_128
bottom peaks comparison between Astrocyte in cerebral cortex and Skeletal muscle differentiated into myotubes
Data format
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sample034_129
bottom peaks comparison between Astrocyte in cerebral cortex and Skeletal muscle satellite cell
Data format
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sample034_130
bottom peaks comparison between Astrocyte in cerebral cortex and Small airway epithelial cell
Data format
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sample034_131
bottom peaks comparison between Astrocyte in cerebral cortex and Airway smooth muscle in asthma
Data format
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sample034_132
bottom peaks comparison between Astrocyte in cerebral cortex and Airway smooth muscle in control
Data format
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sample034_133
bottom peaks comparison between Astrocyte in cerebral cortex and Smooth muscle in aorta
Data format
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sample034_134
bottom peaks comparison between Astrocyte in cerebral cortex and Smooth muscle in brachiocephalic artery
Data format
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sample034_135
bottom peaks comparison between Astrocyte in cerebral cortex and Smooth muscle in brain vessel
Data format
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sample034_136
bottom peaks comparison between Astrocyte in cerebral cortex and Smooth muscle in bronchial tube
Data format
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sample034_137
bottom peaks comparison between Astrocyte in cerebral cortex and Smooth muscle in carotid artery
Data format
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sample034_138
bottom peaks comparison between Astrocyte in cerebral cortex and Smooth muscle in colon
Data format
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sample034_139
bottom peaks comparison between Astrocyte in cerebral cortex and Smooth muscle in coronary
Data format
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sample034_140
bottom peaks comparison between Astrocyte in cerebral cortex and Smooth muscle in esophagus
Data format
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sample034_141
bottom peaks comparison between Astrocyte in cerebral cortex and Smooth muscle in internal thoracic artery
Data format
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sample034_142
bottom peaks comparison between Astrocyte in cerebral cortex and Smooth muscle in prostate
Data format
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sample034_143
bottom peaks comparison between Astrocyte in cerebral cortex and Smooth muscle in pulmonary artery
Data format
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sample034_144
bottom peaks comparison between Astrocyte in cerebral cortex and Smooth muscle in subclavian artery
Data format
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sample034_145
bottom peaks comparison between Astrocyte in cerebral cortex and Smooth muscle in trachea
Data format
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sample034_146
bottom peaks comparison between Astrocyte in cerebral cortex and Smooth muscle in umbilical artery
Data format
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sample034_147
bottom peaks comparison between Astrocyte in cerebral cortex and Smooth muscle in umbilical vein
Data format
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sample034_148
bottom peaks comparison between Astrocyte in cerebral cortex and Smooth muscle in uterine
Data format
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sample034_149
bottom peaks comparison between Astrocyte in cerebral cortex and Synoviocyte
Data format
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sample034_150
bottom peaks comparison between Astrocyte in cerebral cortex and Tenocyte
Data format
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sample034_151
bottom peaks comparison between Astrocyte in cerebral cortex and Trabecular meshwork
Data format
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sample034_152
bottom peaks comparison between Astrocyte in cerebral cortex and Tracheal epithelial cell
Data format
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sample034_153
bottom peaks comparison between Astrocyte in cerebral cortex and Urothelial cell
Data format
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sample034_154
bottom peaks comparison between Astrocyte in cerebral cortex and Whole blood for donor 1
Data format
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sample034_155
bottom peaks comparison between Astrocyte in cerebral cortex and Whole blood for donor 2
Data format
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sample034_156
bottom peaks comparison between Astrocyte in cerebral cortex and Whole blood for donor 3
Data format
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sample035_036
bottom peaks comparison between Bronchial epithelial cell and Cardiac myocyte
Data format
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sample035_037
bottom peaks comparison between Bronchial epithelial cell and Chondroblast cell in cartilage
Data format
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sample035_038
bottom peaks comparison between Bronchial epithelial cell and Redifferentiated chondrocyte in cartilage
Data format
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sample035_039
bottom peaks comparison between Bronchial epithelial cell and Chorionic membrane cell
Data format
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sample035_040
bottom peaks comparison between Bronchial epithelial cell and Ciliary epithelial cell
Data format
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sample035_041
bottom peaks comparison between Bronchial epithelial cell and Corneal epithelial cell
Data format
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sample035_042
bottom peaks comparison between Bronchial epithelial cell and Immature monocyte-derived dendritic cell
Data format
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sample035_043
bottom peaks comparison between Bronchial epithelial cell and Endothelial cell in aorta
Data format
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sample035_044
bottom peaks comparison between Bronchial epithelial cell and Endothelial cell in artery
Data format
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sample035_045
bottom peaks comparison between Bronchial epithelial cell and Endothelial cell in lymph vessel
Data format
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sample035_046
bottom peaks comparison between Bronchial epithelial cell and Endothelial cell in microvessel
Data format
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sample035_047
bottom peaks comparison between Bronchial epithelial cell and Endothelial cell in thorax
Data format
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sample035_048
bottom peaks comparison between Bronchial epithelial cell and Endothelial cell in umbilical vein
Data format
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sample035_049
bottom peaks comparison between Bronchial epithelial cell and Endothelial cell in vein
Data format
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sample035_050
bottom peaks comparison between Bronchial epithelial cell and Epithelical cell in esophagus
Data format
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sample035_051
bottom peaks comparison between Bronchial epithelial cell and Adventitial fibroblast in aorta
Data format
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sample035_052
bottom peaks comparison between Bronchial epithelial cell and Fibroblast in heart
Data format
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sample035_053
bottom peaks comparison between Bronchial epithelial cell and Fibroblast in choroid plexus
Data format
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sample035_054
bottom peaks comparison between Bronchial epithelial cell and Fibroblast in conjunctiva
Data format
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sample035_055
bottom peaks comparison between Bronchial epithelial cell and Fibroblast in derma
Data format
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sample035_056
bottom peaks comparison between Bronchial epithelial cell and Fibroblast in lung
Data format
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sample035_057
bottom peaks comparison between Bronchial epithelial cell and Fibroblast in lymphatic vessel
Data format
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sample035_058
bottom peaks comparison between Bronchial epithelial cell and Fibroblast in mamma
Data format
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sample035_059
bottom peaks comparison between Bronchial epithelial cell and Fibroblast in periodontal ligament
Data format
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sample035_060
bottom peaks comparison between Bronchial epithelial cell and Fibroblast in skin for dystrophia mytonica sample
Data format
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sample035_061
bottom peaks comparison between Bronchial epithelial cell and Fibroblast in skin for normal sample
Data format
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sample035_062
bottom peaks comparison between Bronchial epithelial cell and Fibroblast in skin for spinal muscular atrophy
Data format
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sample035_063
bottom peaks comparison between Bronchial epithelial cell and Fibroblast of villous mesenchymal cell
Data format
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sample035_064
bottom peaks comparison between Bronchial epithelial cell and Gamma delta+ T cell
Data format
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sample035_065
bottom peaks comparison between Bronchial epithelial cell and Gingival epithelial cell
Data format
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sample035_066
bottom peaks comparison between Bronchial epithelial cell and Dermal papilla cell in hair follicle
Data format
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sample035_067
bottom peaks comparison between Bronchial epithelial cell and Outer root sheath cell in hair follicle
Data format
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sample035_068
bottom peaks comparison between Bronchial epithelial cell and Hepatic sinusoidal endothelial cell
Data format
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sample035_069
bottom peaks comparison between Bronchial epithelial cell and Hepatic stellate lipocyte
Data format
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sample035_070
bottom peaks comparison between Bronchial epithelial cell and Hepatocyte
Data format
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sample035_071
bottom peaks comparison between Bronchial epithelial cell and Immature langerhans cell
Data format
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sample035_072
bottom peaks comparison between Bronchial epithelial cell and Keratinocyte epidermal cell
Data format
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sample035_073
bottom peaks comparison between Bronchial epithelial cell and Keratocyte
Data format
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sample035_074
bottom peaks comparison between Bronchial epithelial cell and Lens epithelial cell
Data format
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sample035_075
bottom peaks comparison between Bronchial epithelial cell and Monocyte-derived macrophage
Data format
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sample035_076
bottom peaks comparison between Bronchial epithelial cell and Mallassez-devied cell
Data format
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sample035_077
bottom peaks comparison between Bronchial epithelial cell and Mammary epithelial cell
Data format
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sample035_078
bottom peaks comparison between Bronchial epithelial cell and Mast cell
Data format
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sample035_079
bottom peaks comparison between Bronchial epithelial cell and Expanded mast cell
Data format
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sample035_080
bottom peaks comparison between Bronchial epithelial cell and Expanded and stimulated mast cell
Data format
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sample035_081
bottom peaks comparison between Bronchial epithelial cell and Melanocyte-dark
Data format
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sample035_082
bottom peaks comparison between Bronchial epithelial cell and Melanocyte-light
Data format
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sample035_083
bottom peaks comparison between Bronchial epithelial cell and Meningeal cell
Data format
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sample035_084
bottom peaks comparison between Bronchial epithelial cell and Mesenchymal precursor cell in adipose
Data format
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sample035_085
bottom peaks comparison between Bronchial epithelial cell and Mesenchymal precursor cell in bone marrow
Data format
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sample035_086
bottom peaks comparison between Bronchial epithelial cell and Mesenchymal precursor cell in heart
Data format
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sample035_087
bottom peaks comparison between Bronchial epithelial cell and Mesenchymal precursor cell in left ovary for ovarian cancer sample
Data format
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sample035_088
bottom peaks comparison between Bronchial epithelial cell and Mesenchymal precursor cell for metastatic ovarian cancer sample
Data format
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sample035_089
bottom peaks comparison between Bronchial epithelial cell and Mesenchymal precursor cell in right ovary for ovarian cancer sample
Data format
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sample035_090
bottom peaks comparison between Bronchial epithelial cell and Mesenchymal stem cell in adipose
Data format
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sample035_091
bottom peaks comparison between Bronchial epithelial cell and Mesenchymal stem cell in amniotic membrane
Data format
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sample035_092
bottom peaks comparison between Bronchial epithelial cell and Mesenchymal stem cell in bone marrow
Data format
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sample035_093
bottom peaks comparison between Bronchial epithelial cell and Mesenchymal stem cell in liver
Data format
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sample035_094
bottom peaks comparison between Bronchial epithelial cell and Mesenchymal stem cell in umbilical cord
Data format
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sample035_095
bottom peaks comparison between Bronchial epithelial cell and Mesothelial cell
Data format
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sample035_096
bottom peaks comparison between Bronchial epithelial cell and Migratory langerhans cell
Data format
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sample035_097
bottom peaks comparison between Bronchial epithelial cell and Mesenchymal stem cell of umbilical cord blood
Data format
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sample035_098
bottom peaks comparison between Bronchial epithelial cell and Myoblast
Data format
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sample035_099
bottom peaks comparison between Bronchial epithelial cell and Nasal epithelial cell
Data format
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sample035_100
bottom peaks comparison between Bronchial epithelial cell and Natural killer cell
Data format
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sample035_101
bottom peaks comparison between Bronchial epithelial cell and Neural stem cell
Data format
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sample035_102
bottom peaks comparison between Bronchial epithelial cell and Neuron
Data format
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sample035_103
bottom peaks comparison between Bronchial epithelial cell and Neutrophil cell
Data format
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sample035_104
bottom peaks comparison between Bronchial epithelial cell and Nucleus pulposus
Data format
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sample035_105
bottom peaks comparison between Bronchial epithelial cell and Olfactory epithelial cell
Data format
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sample035_106
bottom peaks comparison between Bronchial epithelial cell and Osteoblast
Data format
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sample035_107
bottom peaks comparison between Bronchial epithelial cell and Differentiated osteoblast
Data format
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sample035_108
bottom peaks comparison between Bronchial epithelial cell and Pricyte
Data format
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sample035_109
bottom peaks comparison between Bronchial epithelial cell and Perineurial
Data format
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sample035_110
bottom peaks comparison between Bronchial epithelial cell and Peripheral blood mononuclear cell
Data format
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sample035_111
bottom peaks comparison between Bronchial epithelial cell and Placental epithelial cell
Data format
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sample035_112
bottom peaks comparison between Bronchial epithelial cell and Preadipocyte in breast
Data format
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sample035_113
bottom peaks comparison between Bronchial epithelial cell and Preadipocyte in omentum
Data format
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sample035_114
bottom peaks comparison between Bronchial epithelial cell and Subcutaneous preadipocyte
Data format
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sample035_115
bottom peaks comparison between Bronchial epithelial cell and Visceral preadipocyte
Data format
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sample035_116
bottom peaks comparison between Bronchial epithelial cell and Prostate epithelial cell
Data format
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sample035_117
bottom peaks comparison between Bronchial epithelial cell and Prostate stromal cell
Data format
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sample035_118
bottom peaks comparison between Bronchial epithelial cell and Renal cortical epithelial cell
Data format
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sample035_119
bottom peaks comparison between Bronchial epithelial cell and Renal glomerular endothelial cell
Data format
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sample035_120
bottom peaks comparison between Bronchial epithelial cell and Renal mesangial cell
Data format
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sample035_121
bottom peaks comparison between Bronchial epithelial cell and Renal proximal tubular epithelial cell
Data format
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sample035_122
bottom peaks comparison between Bronchial epithelial cell and Renal proximal tubular epithelial cell
Data format
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sample035_123
bottom peaks comparison between Bronchial epithelial cell and Salivary acinar cell
Data format
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sample035_124
bottom peaks comparison between Bronchial epithelial cell and Schwann
Data format
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sample035_125
bottom peaks comparison between Bronchial epithelial cell and Sebocyte
Data format
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sample035_126
bottom peaks comparison between Bronchial epithelial cell and Sertoli
Data format
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sample035_127
bottom peaks comparison between Bronchial epithelial cell and Skeletal muscle
Data format
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sample035_128
bottom peaks comparison between Bronchial epithelial cell and Skeletal muscle differentiated into myotubes
Data format
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sample035_129
bottom peaks comparison between Bronchial epithelial cell and Skeletal muscle satellite cell
Data format
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sample035_130
bottom peaks comparison between Bronchial epithelial cell and Small airway epithelial cell
Data format
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sample035_131
bottom peaks comparison between Bronchial epithelial cell and Airway smooth muscle in asthma
Data format
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sample035_132
bottom peaks comparison between Bronchial epithelial cell and Airway smooth muscle in control
Data format
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sample035_133
bottom peaks comparison between Bronchial epithelial cell and Smooth muscle in aorta
Data format
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sample035_134
bottom peaks comparison between Bronchial epithelial cell and Smooth muscle in brachiocephalic artery
Data format
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sample035_135
bottom peaks comparison between Bronchial epithelial cell and Smooth muscle in brain vessel
Data format
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sample035_136
bottom peaks comparison between Bronchial epithelial cell and Smooth muscle in bronchial tube
Data format
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sample035_137
bottom peaks comparison between Bronchial epithelial cell and Smooth muscle in carotid artery
Data format
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sample035_138
bottom peaks comparison between Bronchial epithelial cell and Smooth muscle in colon
Data format
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sample035_139
bottom peaks comparison between Bronchial epithelial cell and Smooth muscle in coronary
Data format
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sample035_140
bottom peaks comparison between Bronchial epithelial cell and Smooth muscle in esophagus
Data format
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sample035_141
bottom peaks comparison between Bronchial epithelial cell and Smooth muscle in internal thoracic artery
Data format
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sample035_142
bottom peaks comparison between Bronchial epithelial cell and Smooth muscle in prostate
Data format
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sample035_143
bottom peaks comparison between Bronchial epithelial cell and Smooth muscle in pulmonary artery
Data format
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sample035_144
bottom peaks comparison between Bronchial epithelial cell and Smooth muscle in subclavian artery
Data format
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sample035_145
bottom peaks comparison between Bronchial epithelial cell and Smooth muscle in trachea
Data format
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sample035_146
bottom peaks comparison between Bronchial epithelial cell and Smooth muscle in umbilical artery
Data format
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sample035_147
bottom peaks comparison between Bronchial epithelial cell and Smooth muscle in umbilical vein
Data format
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sample035_148
bottom peaks comparison between Bronchial epithelial cell and Smooth muscle in uterine
Data format
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sample035_149
bottom peaks comparison between Bronchial epithelial cell and Synoviocyte
Data format
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sample035_150
bottom peaks comparison between Bronchial epithelial cell and Tenocyte
Data format
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sample035_151
bottom peaks comparison between Bronchial epithelial cell and Trabecular meshwork
Data format
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sample035_152
bottom peaks comparison between Bronchial epithelial cell and Tracheal epithelial cell
Data format
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sample035_153
bottom peaks comparison between Bronchial epithelial cell and Urothelial cell
Data format
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sample035_154
bottom peaks comparison between Bronchial epithelial cell and Whole blood for donor 1
Data format
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sample035_155
bottom peaks comparison between Bronchial epithelial cell and Whole blood for donor 2
Data format
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sample035_156
bottom peaks comparison between Bronchial epithelial cell and Whole blood for donor 3
Data format
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sample036_037
bottom peaks comparison between Cardiac myocyte and Chondroblast cell in cartilage
Data format
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sample036_038
bottom peaks comparison between Cardiac myocyte and Redifferentiated chondrocyte in cartilage
Data format
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sample036_039
bottom peaks comparison between Cardiac myocyte and Chorionic membrane cell
Data format
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sample036_040
bottom peaks comparison between Cardiac myocyte and Ciliary epithelial cell
Data format
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sample036_041
bottom peaks comparison between Cardiac myocyte and Corneal epithelial cell
Data format
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sample036_042
bottom peaks comparison between Cardiac myocyte and Immature monocyte-derived dendritic cell
Data format
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sample036_043
bottom peaks comparison between Cardiac myocyte and Endothelial cell in aorta
Data format
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sample036_044
bottom peaks comparison between Cardiac myocyte and Endothelial cell in artery
Data format
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sample036_045
bottom peaks comparison between Cardiac myocyte and Endothelial cell in lymph vessel
Data format
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sample036_046
bottom peaks comparison between Cardiac myocyte and Endothelial cell in microvessel
Data format
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sample036_047
bottom peaks comparison between Cardiac myocyte and Endothelial cell in thorax
Data format
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sample036_048
bottom peaks comparison between Cardiac myocyte and Endothelial cell in umbilical vein
Data format
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sample036_049
bottom peaks comparison between Cardiac myocyte and Endothelial cell in vein
Data format
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sample036_050
bottom peaks comparison between Cardiac myocyte and Epithelical cell in esophagus
Data format
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sample036_051
bottom peaks comparison between Cardiac myocyte and Adventitial fibroblast in aorta
Data format
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sample036_052
bottom peaks comparison between Cardiac myocyte and Fibroblast in heart
Data format
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sample036_053
bottom peaks comparison between Cardiac myocyte and Fibroblast in choroid plexus
Data format
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sample036_054
bottom peaks comparison between Cardiac myocyte and Fibroblast in conjunctiva
Data format
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sample036_055
bottom peaks comparison between Cardiac myocyte and Fibroblast in derma
Data format
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sample036_056
bottom peaks comparison between Cardiac myocyte and Fibroblast in lung
Data format
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sample036_057
bottom peaks comparison between Cardiac myocyte and Fibroblast in lymphatic vessel
Data format
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sample036_058
bottom peaks comparison between Cardiac myocyte and Fibroblast in mamma
Data format
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sample036_059
bottom peaks comparison between Cardiac myocyte and Fibroblast in periodontal ligament
Data format
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sample036_060
bottom peaks comparison between Cardiac myocyte and Fibroblast in skin for dystrophia mytonica sample
Data format
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sample036_061
bottom peaks comparison between Cardiac myocyte and Fibroblast in skin for normal sample
Data format
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sample036_062
bottom peaks comparison between Cardiac myocyte and Fibroblast in skin for spinal muscular atrophy
Data format
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sample036_063
bottom peaks comparison between Cardiac myocyte and Fibroblast of villous mesenchymal cell
Data format
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sample036_064
bottom peaks comparison between Cardiac myocyte and Gamma delta+ T cell
Data format
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sample036_065
bottom peaks comparison between Cardiac myocyte and Gingival epithelial cell
Data format
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sample036_066
bottom peaks comparison between Cardiac myocyte and Dermal papilla cell in hair follicle
Data format
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sample036_067
bottom peaks comparison between Cardiac myocyte and Outer root sheath cell in hair follicle
Data format
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sample036_068
bottom peaks comparison between Cardiac myocyte and Hepatic sinusoidal endothelial cell
Data format
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sample036_069
bottom peaks comparison between Cardiac myocyte and Hepatic stellate lipocyte
Data format
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sample036_070
bottom peaks comparison between Cardiac myocyte and Hepatocyte
Data format
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sample036_071
bottom peaks comparison between Cardiac myocyte and Immature langerhans cell
Data format
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sample036_072
bottom peaks comparison between Cardiac myocyte and Keratinocyte epidermal cell
Data format
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sample036_073
bottom peaks comparison between Cardiac myocyte and Keratocyte
Data format
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sample036_074
bottom peaks comparison between Cardiac myocyte and Lens epithelial cell
Data format
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sample036_075
bottom peaks comparison between Cardiac myocyte and Monocyte-derived macrophage
Data format
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sample036_076
bottom peaks comparison between Cardiac myocyte and Mallassez-devied cell
Data format
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sample036_077
bottom peaks comparison between Cardiac myocyte and Mammary epithelial cell
Data format
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sample036_078
bottom peaks comparison between Cardiac myocyte and Mast cell
Data format
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sample036_079
bottom peaks comparison between Cardiac myocyte and Expanded mast cell
Data format
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sample036_080
bottom peaks comparison between Cardiac myocyte and Expanded and stimulated mast cell
Data format
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sample036_081
bottom peaks comparison between Cardiac myocyte and Melanocyte-dark
Data format
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sample036_082
bottom peaks comparison between Cardiac myocyte and Melanocyte-light
Data format
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sample036_083
bottom peaks comparison between Cardiac myocyte and Meningeal cell
Data format
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sample036_084
bottom peaks comparison between Cardiac myocyte and Mesenchymal precursor cell in adipose
Data format
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sample036_085
bottom peaks comparison between Cardiac myocyte and Mesenchymal precursor cell in bone marrow
Data format
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sample036_086
bottom peaks comparison between Cardiac myocyte and Mesenchymal precursor cell in heart
Data format
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sample036_087
bottom peaks comparison between Cardiac myocyte and Mesenchymal precursor cell in left ovary for ovarian cancer sample
Data format
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sample036_088
bottom peaks comparison between Cardiac myocyte and Mesenchymal precursor cell for metastatic ovarian cancer sample
Data format
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sample036_089
bottom peaks comparison between Cardiac myocyte and Mesenchymal precursor cell in right ovary for ovarian cancer sample
Data format
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sample036_090
bottom peaks comparison between Cardiac myocyte and Mesenchymal stem cell in adipose
Data format
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sample036_091
bottom peaks comparison between Cardiac myocyte and Mesenchymal stem cell in amniotic membrane
Data format
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sample036_092
bottom peaks comparison between Cardiac myocyte and Mesenchymal stem cell in bone marrow
Data format
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sample036_093
bottom peaks comparison between Cardiac myocyte and Mesenchymal stem cell in liver
Data format
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sample036_094
bottom peaks comparison between Cardiac myocyte and Mesenchymal stem cell in umbilical cord
Data format
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sample036_095
bottom peaks comparison between Cardiac myocyte and Mesothelial cell
Data format
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sample036_096
bottom peaks comparison between Cardiac myocyte and Migratory langerhans cell
Data format
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sample036_097
bottom peaks comparison between Cardiac myocyte and Mesenchymal stem cell of umbilical cord blood
Data format
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sample036_098
bottom peaks comparison between Cardiac myocyte and Myoblast
Data format
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sample036_099
bottom peaks comparison between Cardiac myocyte and Nasal epithelial cell
Data format
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sample036_100
bottom peaks comparison between Cardiac myocyte and Natural killer cell
Data format
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sample036_101
bottom peaks comparison between Cardiac myocyte and Neural stem cell
Data format
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sample036_102
bottom peaks comparison between Cardiac myocyte and Neuron
Data format
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sample036_103
bottom peaks comparison between Cardiac myocyte and Neutrophil cell
Data format
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sample036_104
bottom peaks comparison between Cardiac myocyte and Nucleus pulposus
Data format
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sample036_105
bottom peaks comparison between Cardiac myocyte and Olfactory epithelial cell
Data format
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sample036_106
bottom peaks comparison between Cardiac myocyte and Osteoblast
Data format
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sample036_107
bottom peaks comparison between Cardiac myocyte and Differentiated osteoblast
Data format
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sample036_108
bottom peaks comparison between Cardiac myocyte and Pricyte
Data format
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sample036_109
bottom peaks comparison between Cardiac myocyte and Perineurial
Data format
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sample036_110
bottom peaks comparison between Cardiac myocyte and Peripheral blood mononuclear cell
Data format
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sample036_111
bottom peaks comparison between Cardiac myocyte and Placental epithelial cell
Data format
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sample036_112
bottom peaks comparison between Cardiac myocyte and Preadipocyte in breast
Data format
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sample036_113
bottom peaks comparison between Cardiac myocyte and Preadipocyte in omentum
Data format
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sample036_114
bottom peaks comparison between Cardiac myocyte and Subcutaneous preadipocyte
Data format
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sample036_115
bottom peaks comparison between Cardiac myocyte and Visceral preadipocyte
Data format
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sample036_116
bottom peaks comparison between Cardiac myocyte and Prostate epithelial cell
Data format
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sample036_117
bottom peaks comparison between Cardiac myocyte and Prostate stromal cell
Data format
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sample036_118
bottom peaks comparison between Cardiac myocyte and Renal cortical epithelial cell
Data format
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sample036_119
bottom peaks comparison between Cardiac myocyte and Renal glomerular endothelial cell
Data format
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sample036_120
bottom peaks comparison between Cardiac myocyte and Renal mesangial cell
Data format
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sample036_121
bottom peaks comparison between Cardiac myocyte and Renal proximal tubular epithelial cell
Data format
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sample036_122
bottom peaks comparison between Cardiac myocyte and Renal proximal tubular epithelial cell
Data format
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sample036_123
bottom peaks comparison between Cardiac myocyte and Salivary acinar cell
Data format
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sample036_124
bottom peaks comparison between Cardiac myocyte and Schwann
Data format
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sample036_125
bottom peaks comparison between Cardiac myocyte and Sebocyte
Data format
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sample036_126
bottom peaks comparison between Cardiac myocyte and Sertoli
Data format
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sample036_127
bottom peaks comparison between Cardiac myocyte and Skeletal muscle
Data format
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sample036_128
bottom peaks comparison between Cardiac myocyte and Skeletal muscle differentiated into myotubes
Data format
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sample036_129
bottom peaks comparison between Cardiac myocyte and Skeletal muscle satellite cell
Data format
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sample036_130
bottom peaks comparison between Cardiac myocyte and Small airway epithelial cell
Data format
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sample036_131
bottom peaks comparison between Cardiac myocyte and Airway smooth muscle in asthma
Data format
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sample036_132
bottom peaks comparison between Cardiac myocyte and Airway smooth muscle in control
Data format
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sample036_133
bottom peaks comparison between Cardiac myocyte and Smooth muscle in aorta
Data format
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sample036_134
bottom peaks comparison between Cardiac myocyte and Smooth muscle in brachiocephalic artery
Data format
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sample036_135
bottom peaks comparison between Cardiac myocyte and Smooth muscle in brain vessel
Data format
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sample036_136
bottom peaks comparison between Cardiac myocyte and Smooth muscle in bronchial tube
Data format
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sample036_137
bottom peaks comparison between Cardiac myocyte and Smooth muscle in carotid artery
Data format
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sample036_138
bottom peaks comparison between Cardiac myocyte and Smooth muscle in colon
Data format
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sample036_139
bottom peaks comparison between Cardiac myocyte and Smooth muscle in coronary
Data format
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sample036_140
bottom peaks comparison between Cardiac myocyte and Smooth muscle in esophagus
Data format
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sample036_141
bottom peaks comparison between Cardiac myocyte and Smooth muscle in internal thoracic artery
Data format
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sample036_142
bottom peaks comparison between Cardiac myocyte and Smooth muscle in prostate
Data format
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sample036_143
bottom peaks comparison between Cardiac myocyte and Smooth muscle in pulmonary artery
Data format
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sample036_144
bottom peaks comparison between Cardiac myocyte and Smooth muscle in subclavian artery
Data format
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sample036_145
bottom peaks comparison between Cardiac myocyte and Smooth muscle in trachea
Data format
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sample036_146
bottom peaks comparison between Cardiac myocyte and Smooth muscle in umbilical artery
Data format
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sample036_147
bottom peaks comparison between Cardiac myocyte and Smooth muscle in umbilical vein
Data format
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sample036_148
bottom peaks comparison between Cardiac myocyte and Smooth muscle in uterine
Data format
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sample036_149
bottom peaks comparison between Cardiac myocyte and Synoviocyte
Data format
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sample036_150
bottom peaks comparison between Cardiac myocyte and Tenocyte
Data format
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sample036_151
bottom peaks comparison between Cardiac myocyte and Trabecular meshwork
Data format
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sample036_152
bottom peaks comparison between Cardiac myocyte and Tracheal epithelial cell
Data format
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sample036_153
bottom peaks comparison between Cardiac myocyte and Urothelial cell
Data format
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sample036_154
bottom peaks comparison between Cardiac myocyte and Whole blood for donor 1
Data format
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sample036_155
bottom peaks comparison between Cardiac myocyte and Whole blood for donor 2
Data format
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sample036_156
bottom peaks comparison between Cardiac myocyte and Whole blood for donor 3
Data format
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sample037_038
bottom peaks comparison between Chondroblast cell in cartilage and Redifferentiated chondrocyte in cartilage
Data format
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sample037_039
bottom peaks comparison between Chondroblast cell in cartilage and Chorionic membrane cell
Data format
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sample037_040
bottom peaks comparison between Chondroblast cell in cartilage and Ciliary epithelial cell
Data format
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sample037_041
bottom peaks comparison between Chondroblast cell in cartilage and Corneal epithelial cell
Data format
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sample037_042
bottom peaks comparison between Chondroblast cell in cartilage and Immature monocyte-derived dendritic cell
Data format
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sample037_043
bottom peaks comparison between Chondroblast cell in cartilage and Endothelial cell in aorta
Data format
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sample037_044
bottom peaks comparison between Chondroblast cell in cartilage and Endothelial cell in artery
Data format
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sample037_045
bottom peaks comparison between Chondroblast cell in cartilage and Endothelial cell in lymph vessel
Data format
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sample037_046
bottom peaks comparison between Chondroblast cell in cartilage and Endothelial cell in microvessel
Data format
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sample037_047
bottom peaks comparison between Chondroblast cell in cartilage and Endothelial cell in thorax
Data format
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sample037_048
bottom peaks comparison between Chondroblast cell in cartilage and Endothelial cell in umbilical vein
Data format
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sample037_049
bottom peaks comparison between Chondroblast cell in cartilage and Endothelial cell in vein
Data format
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sample037_050
bottom peaks comparison between Chondroblast cell in cartilage and Epithelical cell in esophagus
Data format
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sample037_051
bottom peaks comparison between Chondroblast cell in cartilage and Adventitial fibroblast in aorta
Data format
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sample037_052
bottom peaks comparison between Chondroblast cell in cartilage and Fibroblast in heart
Data format
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sample037_053
bottom peaks comparison between Chondroblast cell in cartilage and Fibroblast in choroid plexus
Data format
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sample037_054
bottom peaks comparison between Chondroblast cell in cartilage and Fibroblast in conjunctiva
Data format
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sample037_055
bottom peaks comparison between Chondroblast cell in cartilage and Fibroblast in derma
Data format
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sample037_056
bottom peaks comparison between Chondroblast cell in cartilage and Fibroblast in lung
Data format
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sample037_057
bottom peaks comparison between Chondroblast cell in cartilage and Fibroblast in lymphatic vessel
Data format
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sample037_058
bottom peaks comparison between Chondroblast cell in cartilage and Fibroblast in mamma
Data format
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sample037_059
bottom peaks comparison between Chondroblast cell in cartilage and Fibroblast in periodontal ligament
Data format
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sample037_060
bottom peaks comparison between Chondroblast cell in cartilage and Fibroblast in skin for dystrophia mytonica sample
Data format
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sample037_061
bottom peaks comparison between Chondroblast cell in cartilage and Fibroblast in skin for normal sample
Data format
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sample037_062
bottom peaks comparison between Chondroblast cell in cartilage and Fibroblast in skin for spinal muscular atrophy
Data format
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sample037_063
bottom peaks comparison between Chondroblast cell in cartilage and Fibroblast of villous mesenchymal cell
Data format
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sample037_064
bottom peaks comparison between Chondroblast cell in cartilage and Gamma delta+ T cell
Data format
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sample037_065
bottom peaks comparison between Chondroblast cell in cartilage and Gingival epithelial cell
Data format
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sample037_066
bottom peaks comparison between Chondroblast cell in cartilage and Dermal papilla cell in hair follicle
Data format
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sample037_067
bottom peaks comparison between Chondroblast cell in cartilage and Outer root sheath cell in hair follicle
Data format
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sample037_068
bottom peaks comparison between Chondroblast cell in cartilage and Hepatic sinusoidal endothelial cell
Data format
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sample037_069
bottom peaks comparison between Chondroblast cell in cartilage and Hepatic stellate lipocyte
Data format
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sample037_070
bottom peaks comparison between Chondroblast cell in cartilage and Hepatocyte
Data format
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sample037_071
bottom peaks comparison between Chondroblast cell in cartilage and Immature langerhans cell
Data format
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sample037_072
bottom peaks comparison between Chondroblast cell in cartilage and Keratinocyte epidermal cell
Data format
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sample037_073
bottom peaks comparison between Chondroblast cell in cartilage and Keratocyte
Data format
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sample037_074
bottom peaks comparison between Chondroblast cell in cartilage and Lens epithelial cell
Data format
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sample037_075
bottom peaks comparison between Chondroblast cell in cartilage and Monocyte-derived macrophage
Data format
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sample037_076
bottom peaks comparison between Chondroblast cell in cartilage and Mallassez-devied cell
Data format
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sample037_077
bottom peaks comparison between Chondroblast cell in cartilage and Mammary epithelial cell
Data format
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sample037_078
bottom peaks comparison between Chondroblast cell in cartilage and Mast cell
Data format
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sample037_079
bottom peaks comparison between Chondroblast cell in cartilage and Expanded mast cell
Data format
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sample037_080
bottom peaks comparison between Chondroblast cell in cartilage and Expanded and stimulated mast cell
Data format
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sample037_081
bottom peaks comparison between Chondroblast cell in cartilage and Melanocyte-dark
Data format
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sample037_082
bottom peaks comparison between Chondroblast cell in cartilage and Melanocyte-light
Data format
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sample037_083
bottom peaks comparison between Chondroblast cell in cartilage and Meningeal cell
Data format
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sample037_084
bottom peaks comparison between Chondroblast cell in cartilage and Mesenchymal precursor cell in adipose
Data format
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sample037_085
bottom peaks comparison between Chondroblast cell in cartilage and Mesenchymal precursor cell in bone marrow
Data format
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sample037_086
bottom peaks comparison between Chondroblast cell in cartilage and Mesenchymal precursor cell in heart
Data format
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sample037_087
bottom peaks comparison between Chondroblast cell in cartilage and Mesenchymal precursor cell in left ovary for ovarian cancer sample
Data format
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sample037_088
bottom peaks comparison between Chondroblast cell in cartilage and Mesenchymal precursor cell for metastatic ovarian cancer sample
Data format
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sample037_089
bottom peaks comparison between Chondroblast cell in cartilage and Mesenchymal precursor cell in right ovary for ovarian cancer sample
Data format
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sample037_090
bottom peaks comparison between Chondroblast cell in cartilage and Mesenchymal stem cell in adipose
Data format
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sample037_091
bottom peaks comparison between Chondroblast cell in cartilage and Mesenchymal stem cell in amniotic membrane
Data format
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sample037_092
bottom peaks comparison between Chondroblast cell in cartilage and Mesenchymal stem cell in bone marrow
Data format
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sample037_093
bottom peaks comparison between Chondroblast cell in cartilage and Mesenchymal stem cell in liver
Data format
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sample037_094
bottom peaks comparison between Chondroblast cell in cartilage and Mesenchymal stem cell in umbilical cord
Data format
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sample037_095
bottom peaks comparison between Chondroblast cell in cartilage and Mesothelial cell
Data format
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sample037_096
bottom peaks comparison between Chondroblast cell in cartilage and Migratory langerhans cell
Data format
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sample037_097
bottom peaks comparison between Chondroblast cell in cartilage and Mesenchymal stem cell of umbilical cord blood
Data format
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sample037_098
bottom peaks comparison between Chondroblast cell in cartilage and Myoblast
Data format
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sample037_099
bottom peaks comparison between Chondroblast cell in cartilage and Nasal epithelial cell
Data format
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sample037_100
bottom peaks comparison between Chondroblast cell in cartilage and Natural killer cell
Data format
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sample037_101
bottom peaks comparison between Chondroblast cell in cartilage and Neural stem cell
Data format
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sample037_102
bottom peaks comparison between Chondroblast cell in cartilage and Neuron
Data format
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sample037_103
bottom peaks comparison between Chondroblast cell in cartilage and Neutrophil cell
Data format
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sample037_104
bottom peaks comparison between Chondroblast cell in cartilage and Nucleus pulposus
Data format
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sample037_105
bottom peaks comparison between Chondroblast cell in cartilage and Olfactory epithelial cell
Data format
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sample037_106
bottom peaks comparison between Chondroblast cell in cartilage and Osteoblast
Data format
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sample037_107
bottom peaks comparison between Chondroblast cell in cartilage and Differentiated osteoblast
Data format
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sample037_108
bottom peaks comparison between Chondroblast cell in cartilage and Pricyte
Data format
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sample037_109
bottom peaks comparison between Chondroblast cell in cartilage and Perineurial
Data format
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sample037_110
bottom peaks comparison between Chondroblast cell in cartilage and Peripheral blood mononuclear cell
Data format
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sample037_111
bottom peaks comparison between Chondroblast cell in cartilage and Placental epithelial cell
Data format
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sample037_112
bottom peaks comparison between Chondroblast cell in cartilage and Preadipocyte in breast
Data format
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sample037_113
bottom peaks comparison between Chondroblast cell in cartilage and Preadipocyte in omentum
Data format
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sample037_114
bottom peaks comparison between Chondroblast cell in cartilage and Subcutaneous preadipocyte
Data format
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sample037_115
bottom peaks comparison between Chondroblast cell in cartilage and Visceral preadipocyte
Data format
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sample037_116
bottom peaks comparison between Chondroblast cell in cartilage and Prostate epithelial cell
Data format
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sample037_117
bottom peaks comparison between Chondroblast cell in cartilage and Prostate stromal cell
Data format
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sample037_118
bottom peaks comparison between Chondroblast cell in cartilage and Renal cortical epithelial cell
Data format
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sample037_119
bottom peaks comparison between Chondroblast cell in cartilage and Renal glomerular endothelial cell
Data format
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sample037_120
bottom peaks comparison between Chondroblast cell in cartilage and Renal mesangial cell
Data format
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sample037_121
bottom peaks comparison between Chondroblast cell in cartilage and Renal proximal tubular epithelial cell
Data format
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sample037_122
bottom peaks comparison between Chondroblast cell in cartilage and Renal proximal tubular epithelial cell
Data format
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sample037_123
bottom peaks comparison between Chondroblast cell in cartilage and Salivary acinar cell
Data format
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sample037_124
bottom peaks comparison between Chondroblast cell in cartilage and Schwann
Data format
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sample037_125
bottom peaks comparison between Chondroblast cell in cartilage and Sebocyte
Data format
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sample037_126
bottom peaks comparison between Chondroblast cell in cartilage and Sertoli
Data format
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sample037_127
bottom peaks comparison between Chondroblast cell in cartilage and Skeletal muscle
Data format
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sample037_128
bottom peaks comparison between Chondroblast cell in cartilage and Skeletal muscle differentiated into myotubes
Data format
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sample037_129
bottom peaks comparison between Chondroblast cell in cartilage and Skeletal muscle satellite cell
Data format
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sample037_130
bottom peaks comparison between Chondroblast cell in cartilage and Small airway epithelial cell
Data format
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sample037_131
bottom peaks comparison between Chondroblast cell in cartilage and Airway smooth muscle in asthma
Data format
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sample037_132
bottom peaks comparison between Chondroblast cell in cartilage and Airway smooth muscle in control
Data format
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sample037_133
bottom peaks comparison between Chondroblast cell in cartilage and Smooth muscle in aorta
Data format
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sample037_134
bottom peaks comparison between Chondroblast cell in cartilage and Smooth muscle in brachiocephalic artery
Data format
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sample037_135
bottom peaks comparison between Chondroblast cell in cartilage and Smooth muscle in brain vessel
Data format
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sample037_136
bottom peaks comparison between Chondroblast cell in cartilage and Smooth muscle in bronchial tube
Data format
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sample037_137
bottom peaks comparison between Chondroblast cell in cartilage and Smooth muscle in carotid artery
Data format
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sample037_138
bottom peaks comparison between Chondroblast cell in cartilage and Smooth muscle in colon
Data format
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sample037_139
bottom peaks comparison between Chondroblast cell in cartilage and Smooth muscle in coronary
Data format
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sample037_140
bottom peaks comparison between Chondroblast cell in cartilage and Smooth muscle in esophagus
Data format
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sample037_141
bottom peaks comparison between Chondroblast cell in cartilage and Smooth muscle in internal thoracic artery
Data format
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sample037_142
bottom peaks comparison between Chondroblast cell in cartilage and Smooth muscle in prostate
Data format
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sample037_143
bottom peaks comparison between Chondroblast cell in cartilage and Smooth muscle in pulmonary artery
Data format
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sample037_144
bottom peaks comparison between Chondroblast cell in cartilage and Smooth muscle in subclavian artery
Data format
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sample037_145
bottom peaks comparison between Chondroblast cell in cartilage and Smooth muscle in trachea
Data format
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sample037_146
bottom peaks comparison between Chondroblast cell in cartilage and Smooth muscle in umbilical artery
Data format
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sample037_147
bottom peaks comparison between Chondroblast cell in cartilage and Smooth muscle in umbilical vein
Data format
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sample037_148
bottom peaks comparison between Chondroblast cell in cartilage and Smooth muscle in uterine
Data format
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sample037_149
bottom peaks comparison between Chondroblast cell in cartilage and Synoviocyte
Data format
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sample037_150
bottom peaks comparison between Chondroblast cell in cartilage and Tenocyte
Data format
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sample037_151
bottom peaks comparison between Chondroblast cell in cartilage and Trabecular meshwork
Data format
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sample037_152
bottom peaks comparison between Chondroblast cell in cartilage and Tracheal epithelial cell
Data format
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sample037_153
bottom peaks comparison between Chondroblast cell in cartilage and Urothelial cell
Data format
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sample037_154
bottom peaks comparison between Chondroblast cell in cartilage and Whole blood for donor 1
Data format
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sample037_155
bottom peaks comparison between Chondroblast cell in cartilage and Whole blood for donor 2
Data format
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sample037_156
bottom peaks comparison between Chondroblast cell in cartilage and Whole blood for donor 3
Data format
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sample038_039
bottom peaks comparison between Redifferentiated chondrocyte in cartilage and Chorionic membrane cell
Data format
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sample038_040
bottom peaks comparison between Redifferentiated chondrocyte in cartilage and Ciliary epithelial cell
Data format
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sample038_041
bottom peaks comparison between Redifferentiated chondrocyte in cartilage and Corneal epithelial cell
Data format
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sample038_042
bottom peaks comparison between Redifferentiated chondrocyte in cartilage and Immature monocyte-derived dendritic cell
Data format
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sample038_043
bottom peaks comparison between Redifferentiated chondrocyte in cartilage and Endothelial cell in aorta
Data format
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sample038_044
bottom peaks comparison between Redifferentiated chondrocyte in cartilage and Endothelial cell in artery
Data format
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sample038_045
bottom peaks comparison between Redifferentiated chondrocyte in cartilage and Endothelial cell in lymph vessel
Data format
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sample038_046
bottom peaks comparison between Redifferentiated chondrocyte in cartilage and Endothelial cell in microvessel
Data format
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sample038_047
bottom peaks comparison between Redifferentiated chondrocyte in cartilage and Endothelial cell in thorax
Data format
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sample038_048
bottom peaks comparison between Redifferentiated chondrocyte in cartilage and Endothelial cell in umbilical vein
Data format
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sample038_049
bottom peaks comparison between Redifferentiated chondrocyte in cartilage and Endothelial cell in vein
Data format
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sample038_050
bottom peaks comparison between Redifferentiated chondrocyte in cartilage and Epithelical cell in esophagus
Data format
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sample038_051
bottom peaks comparison between Redifferentiated chondrocyte in cartilage and Adventitial fibroblast in aorta
Data format
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sample038_052
bottom peaks comparison between Redifferentiated chondrocyte in cartilage and Fibroblast in heart
Data format
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sample038_053
bottom peaks comparison between Redifferentiated chondrocyte in cartilage and Fibroblast in choroid plexus
Data format
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sample038_054
bottom peaks comparison between Redifferentiated chondrocyte in cartilage and Fibroblast in conjunctiva
Data format
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sample038_055
bottom peaks comparison between Redifferentiated chondrocyte in cartilage and Fibroblast in derma
Data format
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sample038_056
bottom peaks comparison between Redifferentiated chondrocyte in cartilage and Fibroblast in lung
Data format
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sample038_057
bottom peaks comparison between Redifferentiated chondrocyte in cartilage and Fibroblast in lymphatic vessel
Data format
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sample038_058
bottom peaks comparison between Redifferentiated chondrocyte in cartilage and Fibroblast in mamma
Data format
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sample038_059
bottom peaks comparison between Redifferentiated chondrocyte in cartilage and Fibroblast in periodontal ligament
Data format
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sample038_060
bottom peaks comparison between Redifferentiated chondrocyte in cartilage and Fibroblast in skin for dystrophia mytonica sample
Data format
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sample038_061
bottom peaks comparison between Redifferentiated chondrocyte in cartilage and Fibroblast in skin for normal sample
Data format
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sample038_062
bottom peaks comparison between Redifferentiated chondrocyte in cartilage and Fibroblast in skin for spinal muscular atrophy
Data format
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sample038_063
bottom peaks comparison between Redifferentiated chondrocyte in cartilage and Fibroblast of villous mesenchymal cell
Data format
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sample038_064
bottom peaks comparison between Redifferentiated chondrocyte in cartilage and Gamma delta+ T cell
Data format
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sample038_065
bottom peaks comparison between Redifferentiated chondrocyte in cartilage and Gingival epithelial cell
Data format
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sample038_066
bottom peaks comparison between Redifferentiated chondrocyte in cartilage and Dermal papilla cell in hair follicle
Data format
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sample038_067
bottom peaks comparison between Redifferentiated chondrocyte in cartilage and Outer root sheath cell in hair follicle
Data format
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sample038_068
bottom peaks comparison between Redifferentiated chondrocyte in cartilage and Hepatic sinusoidal endothelial cell
Data format
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sample038_069
bottom peaks comparison between Redifferentiated chondrocyte in cartilage and Hepatic stellate lipocyte
Data format
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sample038_070
bottom peaks comparison between Redifferentiated chondrocyte in cartilage and Hepatocyte
Data format
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sample038_071
bottom peaks comparison between Redifferentiated chondrocyte in cartilage and Immature langerhans cell
Data format
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sample038_072
bottom peaks comparison between Redifferentiated chondrocyte in cartilage and Keratinocyte epidermal cell
Data format
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sample038_073
bottom peaks comparison between Redifferentiated chondrocyte in cartilage and Keratocyte
Data format
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sample038_074
bottom peaks comparison between Redifferentiated chondrocyte in cartilage and Lens epithelial cell
Data format
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sample038_075
bottom peaks comparison between Redifferentiated chondrocyte in cartilage and Monocyte-derived macrophage
Data format
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sample038_076
bottom peaks comparison between Redifferentiated chondrocyte in cartilage and Mallassez-devied cell
Data format
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sample038_077
bottom peaks comparison between Redifferentiated chondrocyte in cartilage and Mammary epithelial cell
Data format
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sample038_078
bottom peaks comparison between Redifferentiated chondrocyte in cartilage and Mast cell
Data format
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sample038_079
bottom peaks comparison between Redifferentiated chondrocyte in cartilage and Expanded mast cell
Data format
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sample038_080
bottom peaks comparison between Redifferentiated chondrocyte in cartilage and Expanded and stimulated mast cell
Data format
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sample038_081
bottom peaks comparison between Redifferentiated chondrocyte in cartilage and Melanocyte-dark
Data format
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sample038_082
bottom peaks comparison between Redifferentiated chondrocyte in cartilage and Melanocyte-light
Data format
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sample038_083
bottom peaks comparison between Redifferentiated chondrocyte in cartilage and Meningeal cell
Data format
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sample038_084
bottom peaks comparison between Redifferentiated chondrocyte in cartilage and Mesenchymal precursor cell in adipose
Data format
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sample038_085
bottom peaks comparison between Redifferentiated chondrocyte in cartilage and Mesenchymal precursor cell in bone marrow
Data format
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sample038_086
bottom peaks comparison between Redifferentiated chondrocyte in cartilage and Mesenchymal precursor cell in heart
Data format
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sample038_087
bottom peaks comparison between Redifferentiated chondrocyte in cartilage and Mesenchymal precursor cell in left ovary for ovarian cancer sample
Data format
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sample038_088
bottom peaks comparison between Redifferentiated chondrocyte in cartilage and Mesenchymal precursor cell for metastatic ovarian cancer sample
Data format
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sample038_089
bottom peaks comparison between Redifferentiated chondrocyte in cartilage and Mesenchymal precursor cell in right ovary for ovarian cancer sample
Data format
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sample038_090
bottom peaks comparison between Redifferentiated chondrocyte in cartilage and Mesenchymal stem cell in adipose
Data format
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sample038_091
bottom peaks comparison between Redifferentiated chondrocyte in cartilage and Mesenchymal stem cell in amniotic membrane
Data format
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sample038_092
bottom peaks comparison between Redifferentiated chondrocyte in cartilage and Mesenchymal stem cell in bone marrow
Data format
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sample038_093
bottom peaks comparison between Redifferentiated chondrocyte in cartilage and Mesenchymal stem cell in liver
Data format
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sample038_094
bottom peaks comparison between Redifferentiated chondrocyte in cartilage and Mesenchymal stem cell in umbilical cord
Data format
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sample038_095
bottom peaks comparison between Redifferentiated chondrocyte in cartilage and Mesothelial cell
Data format
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sample038_096
bottom peaks comparison between Redifferentiated chondrocyte in cartilage and Migratory langerhans cell
Data format
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sample038_097
bottom peaks comparison between Redifferentiated chondrocyte in cartilage and Mesenchymal stem cell of umbilical cord blood
Data format
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sample038_098
bottom peaks comparison between Redifferentiated chondrocyte in cartilage and Myoblast
Data format
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sample038_099
bottom peaks comparison between Redifferentiated chondrocyte in cartilage and Nasal epithelial cell
Data format
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sample038_100
bottom peaks comparison between Redifferentiated chondrocyte in cartilage and Natural killer cell
Data format
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sample038_101
bottom peaks comparison between Redifferentiated chondrocyte in cartilage and Neural stem cell
Data format
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sample038_102
bottom peaks comparison between Redifferentiated chondrocyte in cartilage and Neuron
Data format
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sample038_103
bottom peaks comparison between Redifferentiated chondrocyte in cartilage and Neutrophil cell
Data format
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sample038_104
bottom peaks comparison between Redifferentiated chondrocyte in cartilage and Nucleus pulposus
Data format
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sample038_105
bottom peaks comparison between Redifferentiated chondrocyte in cartilage and Olfactory epithelial cell
Data format
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sample038_106
bottom peaks comparison between Redifferentiated chondrocyte in cartilage and Osteoblast
Data format
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sample038_107
bottom peaks comparison between Redifferentiated chondrocyte in cartilage and Differentiated osteoblast
Data format
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sample038_108
bottom peaks comparison between Redifferentiated chondrocyte in cartilage and Pricyte
Data format
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sample038_109
bottom peaks comparison between Redifferentiated chondrocyte in cartilage and Perineurial
Data format
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sample038_110
bottom peaks comparison between Redifferentiated chondrocyte in cartilage and Peripheral blood mononuclear cell
Data format
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sample038_111
bottom peaks comparison between Redifferentiated chondrocyte in cartilage and Placental epithelial cell
Data format
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sample038_112
bottom peaks comparison between Redifferentiated chondrocyte in cartilage and Preadipocyte in breast
Data format
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sample038_113
bottom peaks comparison between Redifferentiated chondrocyte in cartilage and Preadipocyte in omentum
Data format
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sample038_114
bottom peaks comparison between Redifferentiated chondrocyte in cartilage and Subcutaneous preadipocyte
Data format
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sample038_115
bottom peaks comparison between Redifferentiated chondrocyte in cartilage and Visceral preadipocyte
Data format
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sample038_116
bottom peaks comparison between Redifferentiated chondrocyte in cartilage and Prostate epithelial cell
Data format
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sample038_117
bottom peaks comparison between Redifferentiated chondrocyte in cartilage and Prostate stromal cell
Data format
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sample038_118
bottom peaks comparison between Redifferentiated chondrocyte in cartilage and Renal cortical epithelial cell
Data format
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sample038_119
bottom peaks comparison between Redifferentiated chondrocyte in cartilage and Renal glomerular endothelial cell
Data format
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sample038_120
bottom peaks comparison between Redifferentiated chondrocyte in cartilage and Renal mesangial cell
Data format
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sample038_121
bottom peaks comparison between Redifferentiated chondrocyte in cartilage and Renal proximal tubular epithelial cell
Data format
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sample038_122
bottom peaks comparison between Redifferentiated chondrocyte in cartilage and Renal proximal tubular epithelial cell
Data format
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sample038_123
bottom peaks comparison between Redifferentiated chondrocyte in cartilage and Salivary acinar cell
Data format
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sample038_124
bottom peaks comparison between Redifferentiated chondrocyte in cartilage and Schwann
Data format
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sample038_125
bottom peaks comparison between Redifferentiated chondrocyte in cartilage and Sebocyte
Data format
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sample038_126
bottom peaks comparison between Redifferentiated chondrocyte in cartilage and Sertoli
Data format
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sample038_127
bottom peaks comparison between Redifferentiated chondrocyte in cartilage and Skeletal muscle
Data format
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sample038_128
bottom peaks comparison between Redifferentiated chondrocyte in cartilage and Skeletal muscle differentiated into myotubes
Data format
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sample038_129
bottom peaks comparison between Redifferentiated chondrocyte in cartilage and Skeletal muscle satellite cell
Data format
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sample038_130
bottom peaks comparison between Redifferentiated chondrocyte in cartilage and Small airway epithelial cell
Data format
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sample038_131
bottom peaks comparison between Redifferentiated chondrocyte in cartilage and Airway smooth muscle in asthma
Data format
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sample038_132
bottom peaks comparison between Redifferentiated chondrocyte in cartilage and Airway smooth muscle in control
Data format
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sample038_133
bottom peaks comparison between Redifferentiated chondrocyte in cartilage and Smooth muscle in aorta
Data format
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sample038_134
bottom peaks comparison between Redifferentiated chondrocyte in cartilage and Smooth muscle in brachiocephalic artery
Data format
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sample038_135
bottom peaks comparison between Redifferentiated chondrocyte in cartilage and Smooth muscle in brain vessel
Data format
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sample038_136
bottom peaks comparison between Redifferentiated chondrocyte in cartilage and Smooth muscle in bronchial tube
Data format
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sample038_137
bottom peaks comparison between Redifferentiated chondrocyte in cartilage and Smooth muscle in carotid artery
Data format
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sample038_138
bottom peaks comparison between Redifferentiated chondrocyte in cartilage and Smooth muscle in colon
Data format
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sample038_139
bottom peaks comparison between Redifferentiated chondrocyte in cartilage and Smooth muscle in coronary
Data format
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sample038_140
bottom peaks comparison between Redifferentiated chondrocyte in cartilage and Smooth muscle in esophagus
Data format
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sample038_141
bottom peaks comparison between Redifferentiated chondrocyte in cartilage and Smooth muscle in internal thoracic artery
Data format
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sample038_142
bottom peaks comparison between Redifferentiated chondrocyte in cartilage and Smooth muscle in prostate
Data format
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sample038_143
bottom peaks comparison between Redifferentiated chondrocyte in cartilage and Smooth muscle in pulmonary artery
Data format
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sample038_144
bottom peaks comparison between Redifferentiated chondrocyte in cartilage and Smooth muscle in subclavian artery
Data format
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sample038_145
bottom peaks comparison between Redifferentiated chondrocyte in cartilage and Smooth muscle in trachea
Data format
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sample038_146
bottom peaks comparison between Redifferentiated chondrocyte in cartilage and Smooth muscle in umbilical artery
Data format
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sample038_147
bottom peaks comparison between Redifferentiated chondrocyte in cartilage and Smooth muscle in umbilical vein
Data format
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sample038_148
bottom peaks comparison between Redifferentiated chondrocyte in cartilage and Smooth muscle in uterine
Data format
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sample038_149
bottom peaks comparison between Redifferentiated chondrocyte in cartilage and Synoviocyte
Data format
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sample038_150
bottom peaks comparison between Redifferentiated chondrocyte in cartilage and Tenocyte
Data format
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sample038_151
bottom peaks comparison between Redifferentiated chondrocyte in cartilage and Trabecular meshwork
Data format
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sample038_152
bottom peaks comparison between Redifferentiated chondrocyte in cartilage and Tracheal epithelial cell
Data format
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sample038_153
bottom peaks comparison between Redifferentiated chondrocyte in cartilage and Urothelial cell
Data format
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sample038_154
bottom peaks comparison between Redifferentiated chondrocyte in cartilage and Whole blood for donor 1
Data format
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sample038_155
bottom peaks comparison between Redifferentiated chondrocyte in cartilage and Whole blood for donor 2
Data format
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sample038_156
bottom peaks comparison between Redifferentiated chondrocyte in cartilage and Whole blood for donor 3
Data format
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sample039_040
bottom peaks comparison between Chorionic membrane cell and Ciliary epithelial cell
Data format
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sample039_041
bottom peaks comparison between Chorionic membrane cell and Corneal epithelial cell
Data format
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sample039_042
bottom peaks comparison between Chorionic membrane cell and Immature monocyte-derived dendritic cell
Data format
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sample039_043
bottom peaks comparison between Chorionic membrane cell and Endothelial cell in aorta
Data format
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sample039_044
bottom peaks comparison between Chorionic membrane cell and Endothelial cell in artery
Data format
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sample039_045
bottom peaks comparison between Chorionic membrane cell and Endothelial cell in lymph vessel
Data format
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sample039_046
bottom peaks comparison between Chorionic membrane cell and Endothelial cell in microvessel
Data format
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sample039_047
bottom peaks comparison between Chorionic membrane cell and Endothelial cell in thorax
Data format
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sample039_048
bottom peaks comparison between Chorionic membrane cell and Endothelial cell in umbilical vein
Data format
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sample039_049
bottom peaks comparison between Chorionic membrane cell and Endothelial cell in vein
Data format
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sample039_050
bottom peaks comparison between Chorionic membrane cell and Epithelical cell in esophagus
Data format
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sample039_051
bottom peaks comparison between Chorionic membrane cell and Adventitial fibroblast in aorta
Data format
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sample039_052
bottom peaks comparison between Chorionic membrane cell and Fibroblast in heart
Data format
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sample039_053
bottom peaks comparison between Chorionic membrane cell and Fibroblast in choroid plexus
Data format
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sample039_054
bottom peaks comparison between Chorionic membrane cell and Fibroblast in conjunctiva
Data format
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sample039_055
bottom peaks comparison between Chorionic membrane cell and Fibroblast in derma
Data format
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sample039_056
bottom peaks comparison between Chorionic membrane cell and Fibroblast in lung
Data format
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sample039_057
bottom peaks comparison between Chorionic membrane cell and Fibroblast in lymphatic vessel
Data format
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sample039_058
bottom peaks comparison between Chorionic membrane cell and Fibroblast in mamma
Data format
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sample039_059
bottom peaks comparison between Chorionic membrane cell and Fibroblast in periodontal ligament
Data format
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sample039_060
bottom peaks comparison between Chorionic membrane cell and Fibroblast in skin for dystrophia mytonica sample
Data format
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sample039_061
bottom peaks comparison between Chorionic membrane cell and Fibroblast in skin for normal sample
Data format
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sample039_062
bottom peaks comparison between Chorionic membrane cell and Fibroblast in skin for spinal muscular atrophy
Data format
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sample039_063
bottom peaks comparison between Chorionic membrane cell and Fibroblast of villous mesenchymal cell
Data format
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sample039_064
bottom peaks comparison between Chorionic membrane cell and Gamma delta+ T cell
Data format
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sample039_065
bottom peaks comparison between Chorionic membrane cell and Gingival epithelial cell
Data format
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sample039_066
bottom peaks comparison between Chorionic membrane cell and Dermal papilla cell in hair follicle
Data format
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sample039_067
bottom peaks comparison between Chorionic membrane cell and Outer root sheath cell in hair follicle
Data format
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sample039_068
bottom peaks comparison between Chorionic membrane cell and Hepatic sinusoidal endothelial cell
Data format
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sample039_069
bottom peaks comparison between Chorionic membrane cell and Hepatic stellate lipocyte
Data format
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sample039_070
bottom peaks comparison between Chorionic membrane cell and Hepatocyte
Data format
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sample039_071
bottom peaks comparison between Chorionic membrane cell and Immature langerhans cell
Data format
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sample039_072
bottom peaks comparison between Chorionic membrane cell and Keratinocyte epidermal cell
Data format
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sample039_073
bottom peaks comparison between Chorionic membrane cell and Keratocyte
Data format
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sample039_074
bottom peaks comparison between Chorionic membrane cell and Lens epithelial cell
Data format
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sample039_075
bottom peaks comparison between Chorionic membrane cell and Monocyte-derived macrophage
Data format
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sample039_076
bottom peaks comparison between Chorionic membrane cell and Mallassez-devied cell
Data format
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sample039_077
bottom peaks comparison between Chorionic membrane cell and Mammary epithelial cell
Data format
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sample039_078
bottom peaks comparison between Chorionic membrane cell and Mast cell
Data format
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sample039_079
bottom peaks comparison between Chorionic membrane cell and Expanded mast cell
Data format
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sample039_080
bottom peaks comparison between Chorionic membrane cell and Expanded and stimulated mast cell
Data format
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sample039_081
bottom peaks comparison between Chorionic membrane cell and Melanocyte-dark
Data format
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sample039_082
bottom peaks comparison between Chorionic membrane cell and Melanocyte-light
Data format
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sample039_083
bottom peaks comparison between Chorionic membrane cell and Meningeal cell
Data format
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sample039_084
bottom peaks comparison between Chorionic membrane cell and Mesenchymal precursor cell in adipose
Data format
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sample039_085
bottom peaks comparison between Chorionic membrane cell and Mesenchymal precursor cell in bone marrow
Data format
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sample039_086
bottom peaks comparison between Chorionic membrane cell and Mesenchymal precursor cell in heart
Data format
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sample039_087
bottom peaks comparison between Chorionic membrane cell and Mesenchymal precursor cell in left ovary for ovarian cancer sample
Data format
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sample039_088
bottom peaks comparison between Chorionic membrane cell and Mesenchymal precursor cell for metastatic ovarian cancer sample
Data format
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sample039_089
bottom peaks comparison between Chorionic membrane cell and Mesenchymal precursor cell in right ovary for ovarian cancer sample
Data format
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sample039_090
bottom peaks comparison between Chorionic membrane cell and Mesenchymal stem cell in adipose
Data format
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sample039_091
bottom peaks comparison between Chorionic membrane cell and Mesenchymal stem cell in amniotic membrane
Data format
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sample039_092
bottom peaks comparison between Chorionic membrane cell and Mesenchymal stem cell in bone marrow
Data format
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sample039_093
bottom peaks comparison between Chorionic membrane cell and Mesenchymal stem cell in liver
Data format
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sample039_094
bottom peaks comparison between Chorionic membrane cell and Mesenchymal stem cell in umbilical cord
Data format
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sample039_095
bottom peaks comparison between Chorionic membrane cell and Mesothelial cell
Data format
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sample039_096
bottom peaks comparison between Chorionic membrane cell and Migratory langerhans cell
Data format
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sample039_097
bottom peaks comparison between Chorionic membrane cell and Mesenchymal stem cell of umbilical cord blood
Data format
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sample039_098
bottom peaks comparison between Chorionic membrane cell and Myoblast
Data format
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sample039_099
bottom peaks comparison between Chorionic membrane cell and Nasal epithelial cell
Data format
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sample039_100
bottom peaks comparison between Chorionic membrane cell and Natural killer cell
Data format
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sample039_101
bottom peaks comparison between Chorionic membrane cell and Neural stem cell
Data format
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sample039_102
bottom peaks comparison between Chorionic membrane cell and Neuron
Data format
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sample039_103
bottom peaks comparison between Chorionic membrane cell and Neutrophil cell
Data format
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sample039_104
bottom peaks comparison between Chorionic membrane cell and Nucleus pulposus
Data format
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sample039_105
bottom peaks comparison between Chorionic membrane cell and Olfactory epithelial cell
Data format
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sample039_106
bottom peaks comparison between Chorionic membrane cell and Osteoblast
Data format
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sample039_107
bottom peaks comparison between Chorionic membrane cell and Differentiated osteoblast
Data format
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sample039_108
bottom peaks comparison between Chorionic membrane cell and Pricyte
Data format
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sample039_109
bottom peaks comparison between Chorionic membrane cell and Perineurial
Data format
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sample039_110
bottom peaks comparison between Chorionic membrane cell and Peripheral blood mononuclear cell
Data format
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sample039_111
bottom peaks comparison between Chorionic membrane cell and Placental epithelial cell
Data format
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sample039_112
bottom peaks comparison between Chorionic membrane cell and Preadipocyte in breast
Data format
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sample039_113
bottom peaks comparison between Chorionic membrane cell and Preadipocyte in omentum
Data format
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sample039_114
bottom peaks comparison between Chorionic membrane cell and Subcutaneous preadipocyte
Data format
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sample039_115
bottom peaks comparison between Chorionic membrane cell and Visceral preadipocyte
Data format
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sample039_116
bottom peaks comparison between Chorionic membrane cell and Prostate epithelial cell
Data format
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sample039_117
bottom peaks comparison between Chorionic membrane cell and Prostate stromal cell
Data format
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sample039_118
bottom peaks comparison between Chorionic membrane cell and Renal cortical epithelial cell
Data format
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sample039_119
bottom peaks comparison between Chorionic membrane cell and Renal glomerular endothelial cell
Data format
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sample039_120
bottom peaks comparison between Chorionic membrane cell and Renal mesangial cell
Data format
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sample039_121
bottom peaks comparison between Chorionic membrane cell and Renal proximal tubular epithelial cell
Data format
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sample039_122
bottom peaks comparison between Chorionic membrane cell and Renal proximal tubular epithelial cell
Data format
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sample039_123
bottom peaks comparison between Chorionic membrane cell and Salivary acinar cell
Data format
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sample039_124
bottom peaks comparison between Chorionic membrane cell and Schwann
Data format
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sample039_125
bottom peaks comparison between Chorionic membrane cell and Sebocyte
Data format
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sample039_126
bottom peaks comparison between Chorionic membrane cell and Sertoli
Data format
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sample039_127
bottom peaks comparison between Chorionic membrane cell and Skeletal muscle
Data format
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sample039_128
bottom peaks comparison between Chorionic membrane cell and Skeletal muscle differentiated into myotubes
Data format
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sample039_129
bottom peaks comparison between Chorionic membrane cell and Skeletal muscle satellite cell
Data format
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sample039_130
bottom peaks comparison between Chorionic membrane cell and Small airway epithelial cell
Data format
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sample039_131
bottom peaks comparison between Chorionic membrane cell and Airway smooth muscle in asthma
Data format
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sample039_132
bottom peaks comparison between Chorionic membrane cell and Airway smooth muscle in control
Data format
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sample039_133
bottom peaks comparison between Chorionic membrane cell and Smooth muscle in aorta
Data format
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sample039_134
bottom peaks comparison between Chorionic membrane cell and Smooth muscle in brachiocephalic artery
Data format
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sample039_135
bottom peaks comparison between Chorionic membrane cell and Smooth muscle in brain vessel
Data format
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sample039_136
bottom peaks comparison between Chorionic membrane cell and Smooth muscle in bronchial tube
Data format
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sample039_137
bottom peaks comparison between Chorionic membrane cell and Smooth muscle in carotid artery
Data format
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sample039_138
bottom peaks comparison between Chorionic membrane cell and Smooth muscle in colon
Data format
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sample039_139
bottom peaks comparison between Chorionic membrane cell and Smooth muscle in coronary
Data format
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sample039_140
bottom peaks comparison between Chorionic membrane cell and Smooth muscle in esophagus
Data format
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sample039_141
bottom peaks comparison between Chorionic membrane cell and Smooth muscle in internal thoracic artery
Data format
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sample039_142
bottom peaks comparison between Chorionic membrane cell and Smooth muscle in prostate
Data format
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sample039_143
bottom peaks comparison between Chorionic membrane cell and Smooth muscle in pulmonary artery
Data format
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sample039_144
bottom peaks comparison between Chorionic membrane cell and Smooth muscle in subclavian artery
Data format
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sample039_145
bottom peaks comparison between Chorionic membrane cell and Smooth muscle in trachea
Data format
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sample039_146
bottom peaks comparison between Chorionic membrane cell and Smooth muscle in umbilical artery
Data format
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sample039_147
bottom peaks comparison between Chorionic membrane cell and Smooth muscle in umbilical vein
Data format
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sample039_148
bottom peaks comparison between Chorionic membrane cell and Smooth muscle in uterine
Data format
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sample039_149
bottom peaks comparison between Chorionic membrane cell and Synoviocyte
Data format
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sample039_150
bottom peaks comparison between Chorionic membrane cell and Tenocyte
Data format
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sample039_151
bottom peaks comparison between Chorionic membrane cell and Trabecular meshwork
Data format
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sample039_152
bottom peaks comparison between Chorionic membrane cell and Tracheal epithelial cell
Data format
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sample039_153
bottom peaks comparison between Chorionic membrane cell and Urothelial cell
Data format
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sample039_154
bottom peaks comparison between Chorionic membrane cell and Whole blood for donor 1
Data format
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sample039_155
bottom peaks comparison between Chorionic membrane cell and Whole blood for donor 2
Data format
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sample039_156
bottom peaks comparison between Chorionic membrane cell and Whole blood for donor 3
Data format
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sample040_041
bottom peaks comparison between Ciliary epithelial cell and Corneal epithelial cell
Data format
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sample040_042
bottom peaks comparison between Ciliary epithelial cell and Immature monocyte-derived dendritic cell
Data format
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sample040_043
bottom peaks comparison between Ciliary epithelial cell and Endothelial cell in aorta
Data format
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sample040_044
bottom peaks comparison between Ciliary epithelial cell and Endothelial cell in artery
Data format
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sample040_045
bottom peaks comparison between Ciliary epithelial cell and Endothelial cell in lymph vessel
Data format
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sample040_046
bottom peaks comparison between Ciliary epithelial cell and Endothelial cell in microvessel
Data format
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sample040_047
bottom peaks comparison between Ciliary epithelial cell and Endothelial cell in thorax
Data format
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sample040_048
bottom peaks comparison between Ciliary epithelial cell and Endothelial cell in umbilical vein
Data format
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sample040_049
bottom peaks comparison between Ciliary epithelial cell and Endothelial cell in vein
Data format
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sample040_050
bottom peaks comparison between Ciliary epithelial cell and Epithelical cell in esophagus
Data format
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sample040_051
bottom peaks comparison between Ciliary epithelial cell and Adventitial fibroblast in aorta
Data format
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sample040_052
bottom peaks comparison between Ciliary epithelial cell and Fibroblast in heart
Data format
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sample040_053
bottom peaks comparison between Ciliary epithelial cell and Fibroblast in choroid plexus
Data format
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sample040_054
bottom peaks comparison between Ciliary epithelial cell and Fibroblast in conjunctiva
Data format
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sample040_055
bottom peaks comparison between Ciliary epithelial cell and Fibroblast in derma
Data format
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sample040_056
bottom peaks comparison between Ciliary epithelial cell and Fibroblast in lung
Data format
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sample040_057
bottom peaks comparison between Ciliary epithelial cell and Fibroblast in lymphatic vessel
Data format
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sample040_058
bottom peaks comparison between Ciliary epithelial cell and Fibroblast in mamma
Data format
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sample040_059
bottom peaks comparison between Ciliary epithelial cell and Fibroblast in periodontal ligament
Data format
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sample040_060
bottom peaks comparison between Ciliary epithelial cell and Fibroblast in skin for dystrophia mytonica sample
Data format
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sample040_061
bottom peaks comparison between Ciliary epithelial cell and Fibroblast in skin for normal sample
Data format
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sample040_062
bottom peaks comparison between Ciliary epithelial cell and Fibroblast in skin for spinal muscular atrophy
Data format
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sample040_063
bottom peaks comparison between Ciliary epithelial cell and Fibroblast of villous mesenchymal cell
Data format
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sample040_064
bottom peaks comparison between Ciliary epithelial cell and Gamma delta+ T cell
Data format
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sample040_065
bottom peaks comparison between Ciliary epithelial cell and Gingival epithelial cell
Data format
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sample040_066
bottom peaks comparison between Ciliary epithelial cell and Dermal papilla cell in hair follicle
Data format
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sample040_067
bottom peaks comparison between Ciliary epithelial cell and Outer root sheath cell in hair follicle
Data format
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sample040_068
bottom peaks comparison between Ciliary epithelial cell and Hepatic sinusoidal endothelial cell
Data format
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sample040_069
bottom peaks comparison between Ciliary epithelial cell and Hepatic stellate lipocyte
Data format
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sample040_070
bottom peaks comparison between Ciliary epithelial cell and Hepatocyte
Data format
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sample040_071
bottom peaks comparison between Ciliary epithelial cell and Immature langerhans cell
Data format
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sample040_072
bottom peaks comparison between Ciliary epithelial cell and Keratinocyte epidermal cell
Data format
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sample040_073
bottom peaks comparison between Ciliary epithelial cell and Keratocyte
Data format
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sample040_074
bottom peaks comparison between Ciliary epithelial cell and Lens epithelial cell
Data format
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sample040_075
bottom peaks comparison between Ciliary epithelial cell and Monocyte-derived macrophage
Data format
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sample040_076
bottom peaks comparison between Ciliary epithelial cell and Mallassez-devied cell
Data format
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sample040_077
bottom peaks comparison between Ciliary epithelial cell and Mammary epithelial cell
Data format
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sample040_078
bottom peaks comparison between Ciliary epithelial cell and Mast cell
Data format
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sample040_079
bottom peaks comparison between Ciliary epithelial cell and Expanded mast cell
Data format
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sample040_080
bottom peaks comparison between Ciliary epithelial cell and Expanded and stimulated mast cell
Data format
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sample040_081
bottom peaks comparison between Ciliary epithelial cell and Melanocyte-dark
Data format
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sample040_082
bottom peaks comparison between Ciliary epithelial cell and Melanocyte-light
Data format
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sample040_083
bottom peaks comparison between Ciliary epithelial cell and Meningeal cell
Data format
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sample040_084
bottom peaks comparison between Ciliary epithelial cell and Mesenchymal precursor cell in adipose
Data format
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sample040_085
bottom peaks comparison between Ciliary epithelial cell and Mesenchymal precursor cell in bone marrow
Data format
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sample040_086
bottom peaks comparison between Ciliary epithelial cell and Mesenchymal precursor cell in heart
Data format
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sample040_087
bottom peaks comparison between Ciliary epithelial cell and Mesenchymal precursor cell in left ovary for ovarian cancer sample
Data format
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sample040_088
bottom peaks comparison between Ciliary epithelial cell and Mesenchymal precursor cell for metastatic ovarian cancer sample
Data format
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sample040_089
bottom peaks comparison between Ciliary epithelial cell and Mesenchymal precursor cell in right ovary for ovarian cancer sample
Data format
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sample040_090
bottom peaks comparison between Ciliary epithelial cell and Mesenchymal stem cell in adipose
Data format
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sample040_091
bottom peaks comparison between Ciliary epithelial cell and Mesenchymal stem cell in amniotic membrane
Data format
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sample040_092
bottom peaks comparison between Ciliary epithelial cell and Mesenchymal stem cell in bone marrow
Data format
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sample040_093
bottom peaks comparison between Ciliary epithelial cell and Mesenchymal stem cell in liver
Data format
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sample040_094
bottom peaks comparison between Ciliary epithelial cell and Mesenchymal stem cell in umbilical cord
Data format
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sample040_095
bottom peaks comparison between Ciliary epithelial cell and Mesothelial cell
Data format
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sample040_096
bottom peaks comparison between Ciliary epithelial cell and Migratory langerhans cell
Data format
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sample040_097
bottom peaks comparison between Ciliary epithelial cell and Mesenchymal stem cell of umbilical cord blood
Data format
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sample040_098
bottom peaks comparison between Ciliary epithelial cell and Myoblast
Data format
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sample040_099
bottom peaks comparison between Ciliary epithelial cell and Nasal epithelial cell
Data format
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sample040_100
bottom peaks comparison between Ciliary epithelial cell and Natural killer cell
Data format
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sample040_101
bottom peaks comparison between Ciliary epithelial cell and Neural stem cell
Data format
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sample040_102
bottom peaks comparison between Ciliary epithelial cell and Neuron
Data format
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sample040_103
bottom peaks comparison between Ciliary epithelial cell and Neutrophil cell
Data format
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sample040_104
bottom peaks comparison between Ciliary epithelial cell and Nucleus pulposus
Data format
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sample040_105
bottom peaks comparison between Ciliary epithelial cell and Olfactory epithelial cell
Data format
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sample040_106
bottom peaks comparison between Ciliary epithelial cell and Osteoblast
Data format
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sample040_107
bottom peaks comparison between Ciliary epithelial cell and Differentiated osteoblast
Data format
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sample040_108
bottom peaks comparison between Ciliary epithelial cell and Pricyte
Data format
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sample040_109
bottom peaks comparison between Ciliary epithelial cell and Perineurial
Data format
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sample040_110
bottom peaks comparison between Ciliary epithelial cell and Peripheral blood mononuclear cell
Data format
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sample040_111
bottom peaks comparison between Ciliary epithelial cell and Placental epithelial cell
Data format
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sample040_112
bottom peaks comparison between Ciliary epithelial cell and Preadipocyte in breast
Data format
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sample040_113
bottom peaks comparison between Ciliary epithelial cell and Preadipocyte in omentum
Data format
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sample040_114
bottom peaks comparison between Ciliary epithelial cell and Subcutaneous preadipocyte
Data format
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sample040_115
bottom peaks comparison between Ciliary epithelial cell and Visceral preadipocyte
Data format
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sample040_116
bottom peaks comparison between Ciliary epithelial cell and Prostate epithelial cell
Data format
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sample040_117
bottom peaks comparison between Ciliary epithelial cell and Prostate stromal cell
Data format
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sample040_118
bottom peaks comparison between Ciliary epithelial cell and Renal cortical epithelial cell
Data format
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sample040_119
bottom peaks comparison between Ciliary epithelial cell and Renal glomerular endothelial cell
Data format
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sample040_120
bottom peaks comparison between Ciliary epithelial cell and Renal mesangial cell
Data format
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sample040_121
bottom peaks comparison between Ciliary epithelial cell and Renal proximal tubular epithelial cell
Data format
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sample040_122
bottom peaks comparison between Ciliary epithelial cell and Renal proximal tubular epithelial cell
Data format
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sample040_123
bottom peaks comparison between Ciliary epithelial cell and Salivary acinar cell
Data format
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sample040_124
bottom peaks comparison between Ciliary epithelial cell and Schwann
Data format
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sample040_125
bottom peaks comparison between Ciliary epithelial cell and Sebocyte
Data format
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sample040_126
bottom peaks comparison between Ciliary epithelial cell and Sertoli
Data format
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sample040_127
bottom peaks comparison between Ciliary epithelial cell and Skeletal muscle
Data format
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sample040_128
bottom peaks comparison between Ciliary epithelial cell and Skeletal muscle differentiated into myotubes
Data format
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sample040_129
bottom peaks comparison between Ciliary epithelial cell and Skeletal muscle satellite cell
Data format
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sample040_130
bottom peaks comparison between Ciliary epithelial cell and Small airway epithelial cell
Data format
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sample040_131
bottom peaks comparison between Ciliary epithelial cell and Airway smooth muscle in asthma
Data format
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sample040_132
bottom peaks comparison between Ciliary epithelial cell and Airway smooth muscle in control
Data format
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sample040_133
bottom peaks comparison between Ciliary epithelial cell and Smooth muscle in aorta
Data format
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sample040_134
bottom peaks comparison between Ciliary epithelial cell and Smooth muscle in brachiocephalic artery
Data format
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sample040_135
bottom peaks comparison between Ciliary epithelial cell and Smooth muscle in brain vessel
Data format
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sample040_136
bottom peaks comparison between Ciliary epithelial cell and Smooth muscle in bronchial tube
Data format
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sample040_137
bottom peaks comparison between Ciliary epithelial cell and Smooth muscle in carotid artery
Data format
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sample040_138
bottom peaks comparison between Ciliary epithelial cell and Smooth muscle in colon
Data format
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sample040_139
bottom peaks comparison between Ciliary epithelial cell and Smooth muscle in coronary
Data format
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sample040_140
bottom peaks comparison between Ciliary epithelial cell and Smooth muscle in esophagus
Data format
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sample040_141
bottom peaks comparison between Ciliary epithelial cell and Smooth muscle in internal thoracic artery
Data format
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sample040_142
bottom peaks comparison between Ciliary epithelial cell and Smooth muscle in prostate
Data format
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sample040_143
bottom peaks comparison between Ciliary epithelial cell and Smooth muscle in pulmonary artery
Data format
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sample040_144
bottom peaks comparison between Ciliary epithelial cell and Smooth muscle in subclavian artery
Data format
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sample040_145
bottom peaks comparison between Ciliary epithelial cell and Smooth muscle in trachea
Data format
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sample040_146
bottom peaks comparison between Ciliary epithelial cell and Smooth muscle in umbilical artery
Data format
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sample040_147
bottom peaks comparison between Ciliary epithelial cell and Smooth muscle in umbilical vein
Data format
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sample040_148
bottom peaks comparison between Ciliary epithelial cell and Smooth muscle in uterine
Data format
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sample040_149
bottom peaks comparison between Ciliary epithelial cell and Synoviocyte
Data format
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sample040_150
bottom peaks comparison between Ciliary epithelial cell and Tenocyte
Data format
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sample040_151
bottom peaks comparison between Ciliary epithelial cell and Trabecular meshwork
Data format
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sample040_152
bottom peaks comparison between Ciliary epithelial cell and Tracheal epithelial cell
Data format
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sample040_153
bottom peaks comparison between Ciliary epithelial cell and Urothelial cell
Data format
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sample040_154
bottom peaks comparison between Ciliary epithelial cell and Whole blood for donor 1
Data format
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sample040_155
bottom peaks comparison between Ciliary epithelial cell and Whole blood for donor 2
Data format
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sample040_156
bottom peaks comparison between Ciliary epithelial cell and Whole blood for donor 3
Data format
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sample041_042
bottom peaks comparison between Corneal epithelial cell and Immature monocyte-derived dendritic cell
Data format
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sample041_043
bottom peaks comparison between Corneal epithelial cell and Endothelial cell in aorta
Data format
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sample041_044
bottom peaks comparison between Corneal epithelial cell and Endothelial cell in artery
Data format
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sample041_045
bottom peaks comparison between Corneal epithelial cell and Endothelial cell in lymph vessel
Data format
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sample041_046
bottom peaks comparison between Corneal epithelial cell and Endothelial cell in microvessel
Data format
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sample041_047
bottom peaks comparison between Corneal epithelial cell and Endothelial cell in thorax
Data format
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sample041_048
bottom peaks comparison between Corneal epithelial cell and Endothelial cell in umbilical vein
Data format
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sample041_049
bottom peaks comparison between Corneal epithelial cell and Endothelial cell in vein
Data format
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sample041_050
bottom peaks comparison between Corneal epithelial cell and Epithelical cell in esophagus
Data format
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sample041_051
bottom peaks comparison between Corneal epithelial cell and Adventitial fibroblast in aorta
Data format
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sample041_052
bottom peaks comparison between Corneal epithelial cell and Fibroblast in heart
Data format
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sample041_053
bottom peaks comparison between Corneal epithelial cell and Fibroblast in choroid plexus
Data format
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sample041_054
bottom peaks comparison between Corneal epithelial cell and Fibroblast in conjunctiva
Data format
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sample041_055
bottom peaks comparison between Corneal epithelial cell and Fibroblast in derma
Data format
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sample041_056
bottom peaks comparison between Corneal epithelial cell and Fibroblast in lung
Data format
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sample041_057
bottom peaks comparison between Corneal epithelial cell and Fibroblast in lymphatic vessel
Data format
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sample041_058
bottom peaks comparison between Corneal epithelial cell and Fibroblast in mamma
Data format
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sample041_059
bottom peaks comparison between Corneal epithelial cell and Fibroblast in periodontal ligament
Data format
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sample041_060
bottom peaks comparison between Corneal epithelial cell and Fibroblast in skin for dystrophia mytonica sample
Data format
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sample041_061
bottom peaks comparison between Corneal epithelial cell and Fibroblast in skin for normal sample
Data format
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sample041_062
bottom peaks comparison between Corneal epithelial cell and Fibroblast in skin for spinal muscular atrophy
Data format
hide
sample041_063
bottom peaks comparison between Corneal epithelial cell and Fibroblast of villous mesenchymal cell
Data format
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sample041_064
bottom peaks comparison between Corneal epithelial cell and Gamma delta+ T cell
Data format
hide
sample041_065
bottom peaks comparison between Corneal epithelial cell and Gingival epithelial cell
Data format
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sample041_066
bottom peaks comparison between Corneal epithelial cell and Dermal papilla cell in hair follicle
Data format
hide
sample041_067
bottom peaks comparison between Corneal epithelial cell and Outer root sheath cell in hair follicle
Data format
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sample041_068
bottom peaks comparison between Corneal epithelial cell and Hepatic sinusoidal endothelial cell
Data format
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sample041_069
bottom peaks comparison between Corneal epithelial cell and Hepatic stellate lipocyte
Data format
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sample041_070
bottom peaks comparison between Corneal epithelial cell and Hepatocyte
Data format
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sample041_071
bottom peaks comparison between Corneal epithelial cell and Immature langerhans cell
Data format
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sample041_072
bottom peaks comparison between Corneal epithelial cell and Keratinocyte epidermal cell
Data format
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sample041_073
bottom peaks comparison between Corneal epithelial cell and Keratocyte
Data format
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sample041_074
bottom peaks comparison between Corneal epithelial cell and Lens epithelial cell
Data format
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sample041_075
bottom peaks comparison between Corneal epithelial cell and Monocyte-derived macrophage
Data format
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sample041_076
bottom peaks comparison between Corneal epithelial cell and Mallassez-devied cell
Data format
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sample041_077
bottom peaks comparison between Corneal epithelial cell and Mammary epithelial cell
Data format
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sample041_078
bottom peaks comparison between Corneal epithelial cell and Mast cell
Data format
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sample041_079
bottom peaks comparison between Corneal epithelial cell and Expanded mast cell
Data format
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sample041_080
bottom peaks comparison between Corneal epithelial cell and Expanded and stimulated mast cell
Data format
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sample041_081
bottom peaks comparison between Corneal epithelial cell and Melanocyte-dark
Data format
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sample041_082
bottom peaks comparison between Corneal epithelial cell and Melanocyte-light
Data format
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sample041_083
bottom peaks comparison between Corneal epithelial cell and Meningeal cell
Data format
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sample041_084
bottom peaks comparison between Corneal epithelial cell and Mesenchymal precursor cell in adipose
Data format
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sample041_085
bottom peaks comparison between Corneal epithelial cell and Mesenchymal precursor cell in bone marrow
Data format
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sample041_086
bottom peaks comparison between Corneal epithelial cell and Mesenchymal precursor cell in heart
Data format
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sample041_087
bottom peaks comparison between Corneal epithelial cell and Mesenchymal precursor cell in left ovary for ovarian cancer sample
Data format
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sample041_088
bottom peaks comparison between Corneal epithelial cell and Mesenchymal precursor cell for metastatic ovarian cancer sample
Data format
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sample041_089
bottom peaks comparison between Corneal epithelial cell and Mesenchymal precursor cell in right ovary for ovarian cancer sample
Data format
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sample041_090
bottom peaks comparison between Corneal epithelial cell and Mesenchymal stem cell in adipose
Data format
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sample041_091
bottom peaks comparison between Corneal epithelial cell and Mesenchymal stem cell in amniotic membrane
Data format
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sample041_092
bottom peaks comparison between Corneal epithelial cell and Mesenchymal stem cell in bone marrow
Data format
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sample041_093
bottom peaks comparison between Corneal epithelial cell and Mesenchymal stem cell in liver
Data format
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sample041_094
bottom peaks comparison between Corneal epithelial cell and Mesenchymal stem cell in umbilical cord
Data format
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sample041_095
bottom peaks comparison between Corneal epithelial cell and Mesothelial cell
Data format
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sample041_096
bottom peaks comparison between Corneal epithelial cell and Migratory langerhans cell
Data format
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sample041_097
bottom peaks comparison between Corneal epithelial cell and Mesenchymal stem cell of umbilical cord blood
Data format
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sample041_098
bottom peaks comparison between Corneal epithelial cell and Myoblast
Data format
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sample041_099
bottom peaks comparison between Corneal epithelial cell and Nasal epithelial cell
Data format
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sample041_100
bottom peaks comparison between Corneal epithelial cell and Natural killer cell
Data format
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sample041_101
bottom peaks comparison between Corneal epithelial cell and Neural stem cell
Data format
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sample041_102
bottom peaks comparison between Corneal epithelial cell and Neuron
Data format
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sample041_103
bottom peaks comparison between Corneal epithelial cell and Neutrophil cell
Data format
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sample041_104
bottom peaks comparison between Corneal epithelial cell and Nucleus pulposus
Data format
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sample041_105
bottom peaks comparison between Corneal epithelial cell and Olfactory epithelial cell
Data format
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sample041_106
bottom peaks comparison between Corneal epithelial cell and Osteoblast
Data format
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sample041_107
bottom peaks comparison between Corneal epithelial cell and Differentiated osteoblast
Data format
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sample041_108
bottom peaks comparison between Corneal epithelial cell and Pricyte
Data format
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sample041_109
bottom peaks comparison between Corneal epithelial cell and Perineurial
Data format
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sample041_110
bottom peaks comparison between Corneal epithelial cell and Peripheral blood mononuclear cell
Data format
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sample041_111
bottom peaks comparison between Corneal epithelial cell and Placental epithelial cell
Data format
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sample041_112
bottom peaks comparison between Corneal epithelial cell and Preadipocyte in breast
Data format
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sample041_113
bottom peaks comparison between Corneal epithelial cell and Preadipocyte in omentum
Data format
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sample041_114
bottom peaks comparison between Corneal epithelial cell and Subcutaneous preadipocyte
Data format
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sample041_115
bottom peaks comparison between Corneal epithelial cell and Visceral preadipocyte
Data format
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sample041_116
bottom peaks comparison between Corneal epithelial cell and Prostate epithelial cell
Data format
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sample041_117
bottom peaks comparison between Corneal epithelial cell and Prostate stromal cell
Data format
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sample041_118
bottom peaks comparison between Corneal epithelial cell and Renal cortical epithelial cell
Data format
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sample041_119
bottom peaks comparison between Corneal epithelial cell and Renal glomerular endothelial cell
Data format
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sample041_120
bottom peaks comparison between Corneal epithelial cell and Renal mesangial cell
Data format
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sample041_121
bottom peaks comparison between Corneal epithelial cell and Renal proximal tubular epithelial cell
Data format
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sample041_122
bottom peaks comparison between Corneal epithelial cell and Renal proximal tubular epithelial cell
Data format
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sample041_123
bottom peaks comparison between Corneal epithelial cell and Salivary acinar cell
Data format
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sample041_124
bottom peaks comparison between Corneal epithelial cell and Schwann
Data format
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sample041_125
bottom peaks comparison between Corneal epithelial cell and Sebocyte
Data format
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sample041_126
bottom peaks comparison between Corneal epithelial cell and Sertoli
Data format
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sample041_127
bottom peaks comparison between Corneal epithelial cell and Skeletal muscle
Data format
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sample041_128
bottom peaks comparison between Corneal epithelial cell and Skeletal muscle differentiated into myotubes
Data format
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sample041_129
bottom peaks comparison between Corneal epithelial cell and Skeletal muscle satellite cell
Data format
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sample041_130
bottom peaks comparison between Corneal epithelial cell and Small airway epithelial cell
Data format
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sample041_131
bottom peaks comparison between Corneal epithelial cell and Airway smooth muscle in asthma
Data format
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sample041_132
bottom peaks comparison between Corneal epithelial cell and Airway smooth muscle in control
Data format
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sample041_133
bottom peaks comparison between Corneal epithelial cell and Smooth muscle in aorta
Data format
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sample041_134
bottom peaks comparison between Corneal epithelial cell and Smooth muscle in brachiocephalic artery
Data format
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sample041_135
bottom peaks comparison between Corneal epithelial cell and Smooth muscle in brain vessel
Data format
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sample041_136
bottom peaks comparison between Corneal epithelial cell and Smooth muscle in bronchial tube
Data format
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sample041_137
bottom peaks comparison between Corneal epithelial cell and Smooth muscle in carotid artery
Data format
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sample041_138
bottom peaks comparison between Corneal epithelial cell and Smooth muscle in colon
Data format
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sample041_139
bottom peaks comparison between Corneal epithelial cell and Smooth muscle in coronary
Data format
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sample041_140
bottom peaks comparison between Corneal epithelial cell and Smooth muscle in esophagus
Data format
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sample041_141
bottom peaks comparison between Corneal epithelial cell and Smooth muscle in internal thoracic artery
Data format
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sample041_142
bottom peaks comparison between Corneal epithelial cell and Smooth muscle in prostate
Data format
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sample041_143
bottom peaks comparison between Corneal epithelial cell and Smooth muscle in pulmonary artery
Data format
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sample041_144
bottom peaks comparison between Corneal epithelial cell and Smooth muscle in subclavian artery
Data format
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sample041_145
bottom peaks comparison between Corneal epithelial cell and Smooth muscle in trachea
Data format
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sample041_146
bottom peaks comparison between Corneal epithelial cell and Smooth muscle in umbilical artery
Data format
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sample041_147
bottom peaks comparison between Corneal epithelial cell and Smooth muscle in umbilical vein
Data format
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sample041_148
bottom peaks comparison between Corneal epithelial cell and Smooth muscle in uterine
Data format
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sample041_149
bottom peaks comparison between Corneal epithelial cell and Synoviocyte
Data format
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sample041_150
bottom peaks comparison between Corneal epithelial cell and Tenocyte
Data format
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sample041_151
bottom peaks comparison between Corneal epithelial cell and Trabecular meshwork
Data format
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sample041_152
bottom peaks comparison between Corneal epithelial cell and Tracheal epithelial cell
Data format
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sample041_153
bottom peaks comparison between Corneal epithelial cell and Urothelial cell
Data format
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sample041_154
bottom peaks comparison between Corneal epithelial cell and Whole blood for donor 1
Data format
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sample041_155
bottom peaks comparison between Corneal epithelial cell and Whole blood for donor 2
Data format
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sample041_156
bottom peaks comparison between Corneal epithelial cell and Whole blood for donor 3
Data format
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sample042_043
bottom peaks comparison between Immature monocyte-derived dendritic cell and Endothelial cell in aorta
Data format
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sample042_044
bottom peaks comparison between Immature monocyte-derived dendritic cell and Endothelial cell in artery
Data format
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sample042_045
bottom peaks comparison between Immature monocyte-derived dendritic cell and Endothelial cell in lymph vessel
Data format
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sample042_046
bottom peaks comparison between Immature monocyte-derived dendritic cell and Endothelial cell in microvessel
Data format
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sample042_047
bottom peaks comparison between Immature monocyte-derived dendritic cell and Endothelial cell in thorax
Data format
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sample042_048
bottom peaks comparison between Immature monocyte-derived dendritic cell and Endothelial cell in umbilical vein
Data format
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sample042_049
bottom peaks comparison between Immature monocyte-derived dendritic cell and Endothelial cell in vein
Data format
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sample042_050
bottom peaks comparison between Immature monocyte-derived dendritic cell and Epithelical cell in esophagus
Data format
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sample042_051
bottom peaks comparison between Immature monocyte-derived dendritic cell and Adventitial fibroblast in aorta
Data format
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sample042_052
bottom peaks comparison between Immature monocyte-derived dendritic cell and Fibroblast in heart
Data format
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sample042_053
bottom peaks comparison between Immature monocyte-derived dendritic cell and Fibroblast in choroid plexus
Data format
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sample042_054
bottom peaks comparison between Immature monocyte-derived dendritic cell and Fibroblast in conjunctiva
Data format
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sample042_055
bottom peaks comparison between Immature monocyte-derived dendritic cell and Fibroblast in derma
Data format
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sample042_056
bottom peaks comparison between Immature monocyte-derived dendritic cell and Fibroblast in lung
Data format
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sample042_057
bottom peaks comparison between Immature monocyte-derived dendritic cell and Fibroblast in lymphatic vessel
Data format
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sample042_058
bottom peaks comparison between Immature monocyte-derived dendritic cell and Fibroblast in mamma
Data format
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sample042_059
bottom peaks comparison between Immature monocyte-derived dendritic cell and Fibroblast in periodontal ligament
Data format
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sample042_060
bottom peaks comparison between Immature monocyte-derived dendritic cell and Fibroblast in skin for dystrophia mytonica sample
Data format
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sample042_061
bottom peaks comparison between Immature monocyte-derived dendritic cell and Fibroblast in skin for normal sample
Data format
hide
sample042_062
bottom peaks comparison between Immature monocyte-derived dendritic cell and Fibroblast in skin for spinal muscular atrophy
Data format
hide
sample042_063
bottom peaks comparison between Immature monocyte-derived dendritic cell and Fibroblast of villous mesenchymal cell
Data format
hide
sample042_064
bottom peaks comparison between Immature monocyte-derived dendritic cell and Gamma delta+ T cell
Data format
hide
sample042_065
bottom peaks comparison between Immature monocyte-derived dendritic cell and Gingival epithelial cell
Data format
hide
sample042_066
bottom peaks comparison between Immature monocyte-derived dendritic cell and Dermal papilla cell in hair follicle
Data format
hide
sample042_067
bottom peaks comparison between Immature monocyte-derived dendritic cell and Outer root sheath cell in hair follicle
Data format
hide
sample042_068
bottom peaks comparison between Immature monocyte-derived dendritic cell and Hepatic sinusoidal endothelial cell
Data format
hide
sample042_069
bottom peaks comparison between Immature monocyte-derived dendritic cell and Hepatic stellate lipocyte
Data format
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sample042_070
bottom peaks comparison between Immature monocyte-derived dendritic cell and Hepatocyte
Data format
hide
sample042_071
bottom peaks comparison between Immature monocyte-derived dendritic cell and Immature langerhans cell
Data format
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sample042_072
bottom peaks comparison between Immature monocyte-derived dendritic cell and Keratinocyte epidermal cell
Data format
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sample042_073
bottom peaks comparison between Immature monocyte-derived dendritic cell and Keratocyte
Data format
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sample042_074
bottom peaks comparison between Immature monocyte-derived dendritic cell and Lens epithelial cell
Data format
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sample042_075
bottom peaks comparison between Immature monocyte-derived dendritic cell and Monocyte-derived macrophage
Data format
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sample042_076
bottom peaks comparison between Immature monocyte-derived dendritic cell and Mallassez-devied cell
Data format
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sample042_077
bottom peaks comparison between Immature monocyte-derived dendritic cell and Mammary epithelial cell
Data format
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sample042_078
bottom peaks comparison between Immature monocyte-derived dendritic cell and Mast cell
Data format
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sample042_079
bottom peaks comparison between Immature monocyte-derived dendritic cell and Expanded mast cell
Data format
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sample042_080
bottom peaks comparison between Immature monocyte-derived dendritic cell and Expanded and stimulated mast cell
Data format
hide
sample042_081
bottom peaks comparison between Immature monocyte-derived dendritic cell and Melanocyte-dark
Data format
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sample042_082
bottom peaks comparison between Immature monocyte-derived dendritic cell and Melanocyte-light
Data format
hide
sample042_083
bottom peaks comparison between Immature monocyte-derived dendritic cell and Meningeal cell
Data format
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sample042_084
bottom peaks comparison between Immature monocyte-derived dendritic cell and Mesenchymal precursor cell in adipose
Data format
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sample042_085
bottom peaks comparison between Immature monocyte-derived dendritic cell and Mesenchymal precursor cell in bone marrow
Data format
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sample042_086
bottom peaks comparison between Immature monocyte-derived dendritic cell and Mesenchymal precursor cell in heart
Data format
hide
sample042_087
bottom peaks comparison between Immature monocyte-derived dendritic cell and Mesenchymal precursor cell in left ovary for ovarian cancer sample
Data format
hide
sample042_088
bottom peaks comparison between Immature monocyte-derived dendritic cell and Mesenchymal precursor cell for metastatic ovarian cancer sample
Data format
hide
sample042_089
bottom peaks comparison between Immature monocyte-derived dendritic cell and Mesenchymal precursor cell in right ovary for ovarian cancer sample
Data format
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sample042_090
bottom peaks comparison between Immature monocyte-derived dendritic cell and Mesenchymal stem cell in adipose
Data format
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sample042_091
bottom peaks comparison between Immature monocyte-derived dendritic cell and Mesenchymal stem cell in amniotic membrane
Data format
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sample042_092
bottom peaks comparison between Immature monocyte-derived dendritic cell and Mesenchymal stem cell in bone marrow
Data format
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sample042_093
bottom peaks comparison between Immature monocyte-derived dendritic cell and Mesenchymal stem cell in liver
Data format
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sample042_094
bottom peaks comparison between Immature monocyte-derived dendritic cell and Mesenchymal stem cell in umbilical cord
Data format
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sample042_095
bottom peaks comparison between Immature monocyte-derived dendritic cell and Mesothelial cell
Data format
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sample042_096
bottom peaks comparison between Immature monocyte-derived dendritic cell and Migratory langerhans cell
Data format
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sample042_097
bottom peaks comparison between Immature monocyte-derived dendritic cell and Mesenchymal stem cell of umbilical cord blood
Data format
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sample042_098
bottom peaks comparison between Immature monocyte-derived dendritic cell and Myoblast
Data format
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sample042_099
bottom peaks comparison between Immature monocyte-derived dendritic cell and Nasal epithelial cell
Data format
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sample042_100
bottom peaks comparison between Immature monocyte-derived dendritic cell and Natural killer cell
Data format
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sample042_101
bottom peaks comparison between Immature monocyte-derived dendritic cell and Neural stem cell
Data format
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sample042_102
bottom peaks comparison between Immature monocyte-derived dendritic cell and Neuron
Data format
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sample042_103
bottom peaks comparison between Immature monocyte-derived dendritic cell and Neutrophil cell
Data format
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sample042_104
bottom peaks comparison between Immature monocyte-derived dendritic cell and Nucleus pulposus
Data format
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sample042_105
bottom peaks comparison between Immature monocyte-derived dendritic cell and Olfactory epithelial cell
Data format
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sample042_106
bottom peaks comparison between Immature monocyte-derived dendritic cell and Osteoblast
Data format
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sample042_107
bottom peaks comparison between Immature monocyte-derived dendritic cell and Differentiated osteoblast
Data format
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sample042_108
bottom peaks comparison between Immature monocyte-derived dendritic cell and Pricyte
Data format
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sample042_109
bottom peaks comparison between Immature monocyte-derived dendritic cell and Perineurial
Data format
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sample042_110
bottom peaks comparison between Immature monocyte-derived dendritic cell and Peripheral blood mononuclear cell
Data format
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sample042_111
bottom peaks comparison between Immature monocyte-derived dendritic cell and Placental epithelial cell
Data format
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sample042_112
bottom peaks comparison between Immature monocyte-derived dendritic cell and Preadipocyte in breast
Data format
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sample042_113
bottom peaks comparison between Immature monocyte-derived dendritic cell and Preadipocyte in omentum
Data format
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sample042_114
bottom peaks comparison between Immature monocyte-derived dendritic cell and Subcutaneous preadipocyte
Data format
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sample042_115
bottom peaks comparison between Immature monocyte-derived dendritic cell and Visceral preadipocyte
Data format
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sample042_116
bottom peaks comparison between Immature monocyte-derived dendritic cell and Prostate epithelial cell
Data format
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sample042_117
bottom peaks comparison between Immature monocyte-derived dendritic cell and Prostate stromal cell
Data format
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sample042_118
bottom peaks comparison between Immature monocyte-derived dendritic cell and Renal cortical epithelial cell
Data format
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sample042_119
bottom peaks comparison between Immature monocyte-derived dendritic cell and Renal glomerular endothelial cell
Data format
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sample042_120
bottom peaks comparison between Immature monocyte-derived dendritic cell and Renal mesangial cell
Data format
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sample042_121
bottom peaks comparison between Immature monocyte-derived dendritic cell and Renal proximal tubular epithelial cell
Data format
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sample042_122
bottom peaks comparison between Immature monocyte-derived dendritic cell and Renal proximal tubular epithelial cell
Data format
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sample042_123
bottom peaks comparison between Immature monocyte-derived dendritic cell and Salivary acinar cell
Data format
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sample042_124
bottom peaks comparison between Immature monocyte-derived dendritic cell and Schwann
Data format
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sample042_125
bottom peaks comparison between Immature monocyte-derived dendritic cell and Sebocyte
Data format
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sample042_126
bottom peaks comparison between Immature monocyte-derived dendritic cell and Sertoli
Data format
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sample042_127
bottom peaks comparison between Immature monocyte-derived dendritic cell and Skeletal muscle
Data format
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sample042_128
bottom peaks comparison between Immature monocyte-derived dendritic cell and Skeletal muscle differentiated into myotubes
Data format
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sample042_129
bottom peaks comparison between Immature monocyte-derived dendritic cell and Skeletal muscle satellite cell
Data format
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sample042_130
bottom peaks comparison between Immature monocyte-derived dendritic cell and Small airway epithelial cell
Data format
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sample042_131
bottom peaks comparison between Immature monocyte-derived dendritic cell and Airway smooth muscle in asthma
Data format
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sample042_132
bottom peaks comparison between Immature monocyte-derived dendritic cell and Airway smooth muscle in control
Data format
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sample042_133
bottom peaks comparison between Immature monocyte-derived dendritic cell and Smooth muscle in aorta
Data format
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sample042_134
bottom peaks comparison between Immature monocyte-derived dendritic cell and Smooth muscle in brachiocephalic artery
Data format
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sample042_135
bottom peaks comparison between Immature monocyte-derived dendritic cell and Smooth muscle in brain vessel
Data format
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sample042_136
bottom peaks comparison between Immature monocyte-derived dendritic cell and Smooth muscle in bronchial tube
Data format
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sample042_137
bottom peaks comparison between Immature monocyte-derived dendritic cell and Smooth muscle in carotid artery
Data format
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sample042_138
bottom peaks comparison between Immature monocyte-derived dendritic cell and Smooth muscle in colon
Data format
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sample042_139
bottom peaks comparison between Immature monocyte-derived dendritic cell and Smooth muscle in coronary
Data format
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sample042_140
bottom peaks comparison between Immature monocyte-derived dendritic cell and Smooth muscle in esophagus
Data format
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sample042_141
bottom peaks comparison between Immature monocyte-derived dendritic cell and Smooth muscle in internal thoracic artery
Data format
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sample042_142
bottom peaks comparison between Immature monocyte-derived dendritic cell and Smooth muscle in prostate
Data format
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sample042_143
bottom peaks comparison between Immature monocyte-derived dendritic cell and Smooth muscle in pulmonary artery
Data format
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sample042_144
bottom peaks comparison between Immature monocyte-derived dendritic cell and Smooth muscle in subclavian artery
Data format
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sample042_145
bottom peaks comparison between Immature monocyte-derived dendritic cell and Smooth muscle in trachea
Data format
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sample042_146
bottom peaks comparison between Immature monocyte-derived dendritic cell and Smooth muscle in umbilical artery
Data format
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sample042_147
bottom peaks comparison between Immature monocyte-derived dendritic cell and Smooth muscle in umbilical vein
Data format
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sample042_148
bottom peaks comparison between Immature monocyte-derived dendritic cell and Smooth muscle in uterine
Data format
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sample042_149
bottom peaks comparison between Immature monocyte-derived dendritic cell and Synoviocyte
Data format
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sample042_150
bottom peaks comparison between Immature monocyte-derived dendritic cell and Tenocyte
Data format
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sample042_151
bottom peaks comparison between Immature monocyte-derived dendritic cell and Trabecular meshwork
Data format
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sample042_152
bottom peaks comparison between Immature monocyte-derived dendritic cell and Tracheal epithelial cell
Data format
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sample042_153
bottom peaks comparison between Immature monocyte-derived dendritic cell and Urothelial cell
Data format
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sample042_154
bottom peaks comparison between Immature monocyte-derived dendritic cell and Whole blood for donor 1
Data format
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sample042_155
bottom peaks comparison between Immature monocyte-derived dendritic cell and Whole blood for donor 2
Data format
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sample042_156
bottom peaks comparison between Immature monocyte-derived dendritic cell and Whole blood for donor 3
Data format
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sample043_044
bottom peaks comparison between Endothelial cell in aorta and Endothelial cell in artery
Data format
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sample043_045
bottom peaks comparison between Endothelial cell in aorta and Endothelial cell in lymph vessel
Data format
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sample043_046
bottom peaks comparison between Endothelial cell in aorta and Endothelial cell in microvessel
Data format
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sample043_047
bottom peaks comparison between Endothelial cell in aorta and Endothelial cell in thorax
Data format
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sample043_048
bottom peaks comparison between Endothelial cell in aorta and Endothelial cell in umbilical vein
Data format
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sample043_049
bottom peaks comparison between Endothelial cell in aorta and Endothelial cell in vein
Data format
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sample043_050
bottom peaks comparison between Endothelial cell in aorta and Epithelical cell in esophagus
Data format
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sample043_051
bottom peaks comparison between Endothelial cell in aorta and Adventitial fibroblast in aorta
Data format
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sample043_052
bottom peaks comparison between Endothelial cell in aorta and Fibroblast in heart
Data format
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sample043_053
bottom peaks comparison between Endothelial cell in aorta and Fibroblast in choroid plexus
Data format
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sample043_054
bottom peaks comparison between Endothelial cell in aorta and Fibroblast in conjunctiva
Data format
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sample043_055
bottom peaks comparison between Endothelial cell in aorta and Fibroblast in derma
Data format
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sample043_056
bottom peaks comparison between Endothelial cell in aorta and Fibroblast in lung
Data format
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sample043_057
bottom peaks comparison between Endothelial cell in aorta and Fibroblast in lymphatic vessel
Data format
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sample043_058
bottom peaks comparison between Endothelial cell in aorta and Fibroblast in mamma
Data format
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sample043_059
bottom peaks comparison between Endothelial cell in aorta and Fibroblast in periodontal ligament
Data format
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sample043_060
bottom peaks comparison between Endothelial cell in aorta and Fibroblast in skin for dystrophia mytonica sample
Data format
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sample043_061
bottom peaks comparison between Endothelial cell in aorta and Fibroblast in skin for normal sample
Data format
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sample043_062
bottom peaks comparison between Endothelial cell in aorta and Fibroblast in skin for spinal muscular atrophy
Data format
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sample043_063
bottom peaks comparison between Endothelial cell in aorta and Fibroblast of villous mesenchymal cell
Data format
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sample043_064
bottom peaks comparison between Endothelial cell in aorta and Gamma delta+ T cell
Data format
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sample043_065
bottom peaks comparison between Endothelial cell in aorta and Gingival epithelial cell
Data format
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sample043_066
bottom peaks comparison between Endothelial cell in aorta and Dermal papilla cell in hair follicle
Data format
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sample043_067
bottom peaks comparison between Endothelial cell in aorta and Outer root sheath cell in hair follicle
Data format
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sample043_068
bottom peaks comparison between Endothelial cell in aorta and Hepatic sinusoidal endothelial cell
Data format
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sample043_069
bottom peaks comparison between Endothelial cell in aorta and Hepatic stellate lipocyte
Data format
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sample043_070
bottom peaks comparison between Endothelial cell in aorta and Hepatocyte
Data format
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sample043_071
bottom peaks comparison between Endothelial cell in aorta and Immature langerhans cell
Data format
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sample043_072
bottom peaks comparison between Endothelial cell in aorta and Keratinocyte epidermal cell
Data format
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sample043_073
bottom peaks comparison between Endothelial cell in aorta and Keratocyte
Data format
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sample043_074
bottom peaks comparison between Endothelial cell in aorta and Lens epithelial cell
Data format
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sample043_075
bottom peaks comparison between Endothelial cell in aorta and Monocyte-derived macrophage
Data format
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sample043_076
bottom peaks comparison between Endothelial cell in aorta and Mallassez-devied cell
Data format
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sample043_077
bottom peaks comparison between Endothelial cell in aorta and Mammary epithelial cell
Data format
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sample043_078
bottom peaks comparison between Endothelial cell in aorta and Mast cell
Data format
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sample043_079
bottom peaks comparison between Endothelial cell in aorta and Expanded mast cell
Data format
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sample043_080
bottom peaks comparison between Endothelial cell in aorta and Expanded and stimulated mast cell
Data format
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sample043_081
bottom peaks comparison between Endothelial cell in aorta and Melanocyte-dark
Data format
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sample043_082
bottom peaks comparison between Endothelial cell in aorta and Melanocyte-light
Data format
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sample043_083
bottom peaks comparison between Endothelial cell in aorta and Meningeal cell
Data format
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sample043_084
bottom peaks comparison between Endothelial cell in aorta and Mesenchymal precursor cell in adipose
Data format
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sample043_085
bottom peaks comparison between Endothelial cell in aorta and Mesenchymal precursor cell in bone marrow
Data format
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sample043_086
bottom peaks comparison between Endothelial cell in aorta and Mesenchymal precursor cell in heart
Data format
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sample043_087
bottom peaks comparison between Endothelial cell in aorta and Mesenchymal precursor cell in left ovary for ovarian cancer sample
Data format
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sample043_088
bottom peaks comparison between Endothelial cell in aorta and Mesenchymal precursor cell for metastatic ovarian cancer sample
Data format
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sample043_089
bottom peaks comparison between Endothelial cell in aorta and Mesenchymal precursor cell in right ovary for ovarian cancer sample
Data format
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sample043_090
bottom peaks comparison between Endothelial cell in aorta and Mesenchymal stem cell in adipose
Data format
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sample043_091
bottom peaks comparison between Endothelial cell in aorta and Mesenchymal stem cell in amniotic membrane
Data format
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sample043_092
bottom peaks comparison between Endothelial cell in aorta and Mesenchymal stem cell in bone marrow
Data format
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sample043_093
bottom peaks comparison between Endothelial cell in aorta and Mesenchymal stem cell in liver
Data format
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sample043_094
bottom peaks comparison between Endothelial cell in aorta and Mesenchymal stem cell in umbilical cord
Data format
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sample043_095
bottom peaks comparison between Endothelial cell in aorta and Mesothelial cell
Data format
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sample043_096
bottom peaks comparison between Endothelial cell in aorta and Migratory langerhans cell
Data format
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sample043_097
bottom peaks comparison between Endothelial cell in aorta and Mesenchymal stem cell of umbilical cord blood
Data format
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sample043_098
bottom peaks comparison between Endothelial cell in aorta and Myoblast
Data format
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sample043_099
bottom peaks comparison between Endothelial cell in aorta and Nasal epithelial cell
Data format
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sample043_100
bottom peaks comparison between Endothelial cell in aorta and Natural killer cell
Data format
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sample043_101
bottom peaks comparison between Endothelial cell in aorta and Neural stem cell
Data format
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sample043_102
bottom peaks comparison between Endothelial cell in aorta and Neuron
Data format
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sample043_103
bottom peaks comparison between Endothelial cell in aorta and Neutrophil cell
Data format
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sample043_104
bottom peaks comparison between Endothelial cell in aorta and Nucleus pulposus
Data format
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sample043_105
bottom peaks comparison between Endothelial cell in aorta and Olfactory epithelial cell
Data format
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sample043_106
bottom peaks comparison between Endothelial cell in aorta and Osteoblast
Data format
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sample043_107
bottom peaks comparison between Endothelial cell in aorta and Differentiated osteoblast
Data format
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sample043_108
bottom peaks comparison between Endothelial cell in aorta and Pricyte
Data format
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sample043_109
bottom peaks comparison between Endothelial cell in aorta and Perineurial
Data format
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sample043_110
bottom peaks comparison between Endothelial cell in aorta and Peripheral blood mononuclear cell
Data format
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sample043_111
bottom peaks comparison between Endothelial cell in aorta and Placental epithelial cell
Data format
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sample043_112
bottom peaks comparison between Endothelial cell in aorta and Preadipocyte in breast
Data format
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sample043_113
bottom peaks comparison between Endothelial cell in aorta and Preadipocyte in omentum
Data format
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sample043_114
bottom peaks comparison between Endothelial cell in aorta and Subcutaneous preadipocyte
Data format
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sample043_115
bottom peaks comparison between Endothelial cell in aorta and Visceral preadipocyte
Data format
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sample043_116
bottom peaks comparison between Endothelial cell in aorta and Prostate epithelial cell
Data format
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sample043_117
bottom peaks comparison between Endothelial cell in aorta and Prostate stromal cell
Data format
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sample043_118
bottom peaks comparison between Endothelial cell in aorta and Renal cortical epithelial cell
Data format
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sample043_119
bottom peaks comparison between Endothelial cell in aorta and Renal glomerular endothelial cell
Data format
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sample043_120
bottom peaks comparison between Endothelial cell in aorta and Renal mesangial cell
Data format
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sample043_121
bottom peaks comparison between Endothelial cell in aorta and Renal proximal tubular epithelial cell
Data format
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sample043_122
bottom peaks comparison between Endothelial cell in aorta and Renal proximal tubular epithelial cell
Data format
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sample043_123
bottom peaks comparison between Endothelial cell in aorta and Salivary acinar cell
Data format
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sample043_124
bottom peaks comparison between Endothelial cell in aorta and Schwann
Data format
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sample043_125
bottom peaks comparison between Endothelial cell in aorta and Sebocyte
Data format
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sample043_126
bottom peaks comparison between Endothelial cell in aorta and Sertoli
Data format
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sample043_127
bottom peaks comparison between Endothelial cell in aorta and Skeletal muscle
Data format
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sample043_128
bottom peaks comparison between Endothelial cell in aorta and Skeletal muscle differentiated into myotubes
Data format
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sample043_129
bottom peaks comparison between Endothelial cell in aorta and Skeletal muscle satellite cell
Data format
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sample043_130
bottom peaks comparison between Endothelial cell in aorta and Small airway epithelial cell
Data format
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sample043_131
bottom peaks comparison between Endothelial cell in aorta and Airway smooth muscle in asthma
Data format
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sample043_132
bottom peaks comparison between Endothelial cell in aorta and Airway smooth muscle in control
Data format
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sample043_133
bottom peaks comparison between Endothelial cell in aorta and Smooth muscle in aorta
Data format
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sample043_134
bottom peaks comparison between Endothelial cell in aorta and Smooth muscle in brachiocephalic artery
Data format
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sample043_135
bottom peaks comparison between Endothelial cell in aorta and Smooth muscle in brain vessel
Data format
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sample043_136
bottom peaks comparison between Endothelial cell in aorta and Smooth muscle in bronchial tube
Data format
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sample043_137
bottom peaks comparison between Endothelial cell in aorta and Smooth muscle in carotid artery
Data format
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sample043_138
bottom peaks comparison between Endothelial cell in aorta and Smooth muscle in colon
Data format
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sample043_139
bottom peaks comparison between Endothelial cell in aorta and Smooth muscle in coronary
Data format
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sample043_140
bottom peaks comparison between Endothelial cell in aorta and Smooth muscle in esophagus
Data format
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sample043_141
bottom peaks comparison between Endothelial cell in aorta and Smooth muscle in internal thoracic artery
Data format
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sample043_142
bottom peaks comparison between Endothelial cell in aorta and Smooth muscle in prostate
Data format
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sample043_143
bottom peaks comparison between Endothelial cell in aorta and Smooth muscle in pulmonary artery
Data format
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sample043_144
bottom peaks comparison between Endothelial cell in aorta and Smooth muscle in subclavian artery
Data format
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sample043_145
bottom peaks comparison between Endothelial cell in aorta and Smooth muscle in trachea
Data format
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sample043_146
bottom peaks comparison between Endothelial cell in aorta and Smooth muscle in umbilical artery
Data format
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sample043_147
bottom peaks comparison between Endothelial cell in aorta and Smooth muscle in umbilical vein
Data format
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sample043_148
bottom peaks comparison between Endothelial cell in aorta and Smooth muscle in uterine
Data format
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sample043_149
bottom peaks comparison between Endothelial cell in aorta and Synoviocyte
Data format
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sample043_150
bottom peaks comparison between Endothelial cell in aorta and Tenocyte
Data format
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sample043_151
bottom peaks comparison between Endothelial cell in aorta and Trabecular meshwork
Data format
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sample043_152
bottom peaks comparison between Endothelial cell in aorta and Tracheal epithelial cell
Data format
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sample043_153
bottom peaks comparison between Endothelial cell in aorta and Urothelial cell
Data format
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sample043_154
bottom peaks comparison between Endothelial cell in aorta and Whole blood for donor 1
Data format
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sample043_155
bottom peaks comparison between Endothelial cell in aorta and Whole blood for donor 2
Data format
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sample043_156
bottom peaks comparison between Endothelial cell in aorta and Whole blood for donor 3
Data format
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sample044_045
bottom peaks comparison between Endothelial cell in artery and Endothelial cell in lymph vessel
Data format
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sample044_046
bottom peaks comparison between Endothelial cell in artery and Endothelial cell in microvessel
Data format
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sample044_047
bottom peaks comparison between Endothelial cell in artery and Endothelial cell in thorax
Data format
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sample044_048
bottom peaks comparison between Endothelial cell in artery and Endothelial cell in umbilical vein
Data format
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sample044_049
bottom peaks comparison between Endothelial cell in artery and Endothelial cell in vein
Data format
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sample044_050
bottom peaks comparison between Endothelial cell in artery and Epithelical cell in esophagus
Data format
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sample044_051
bottom peaks comparison between Endothelial cell in artery and Adventitial fibroblast in aorta
Data format
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sample044_052
bottom peaks comparison between Endothelial cell in artery and Fibroblast in heart
Data format
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sample044_053
bottom peaks comparison between Endothelial cell in artery and Fibroblast in choroid plexus
Data format
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sample044_054
bottom peaks comparison between Endothelial cell in artery and Fibroblast in conjunctiva
Data format
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sample044_055
bottom peaks comparison between Endothelial cell in artery and Fibroblast in derma
Data format
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sample044_056
bottom peaks comparison between Endothelial cell in artery and Fibroblast in lung
Data format
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sample044_057
bottom peaks comparison between Endothelial cell in artery and Fibroblast in lymphatic vessel
Data format
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sample044_058
bottom peaks comparison between Endothelial cell in artery and Fibroblast in mamma
Data format
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sample044_059
bottom peaks comparison between Endothelial cell in artery and Fibroblast in periodontal ligament
Data format
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sample044_060
bottom peaks comparison between Endothelial cell in artery and Fibroblast in skin for dystrophia mytonica sample
Data format
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sample044_061
bottom peaks comparison between Endothelial cell in artery and Fibroblast in skin for normal sample
Data format
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sample044_062
bottom peaks comparison between Endothelial cell in artery and Fibroblast in skin for spinal muscular atrophy
Data format
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sample044_063
bottom peaks comparison between Endothelial cell in artery and Fibroblast of villous mesenchymal cell
Data format
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sample044_064
bottom peaks comparison between Endothelial cell in artery and Gamma delta+ T cell
Data format
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sample044_065
bottom peaks comparison between Endothelial cell in artery and Gingival epithelial cell
Data format
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sample044_066
bottom peaks comparison between Endothelial cell in artery and Dermal papilla cell in hair follicle
Data format
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sample044_067
bottom peaks comparison between Endothelial cell in artery and Outer root sheath cell in hair follicle
Data format
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sample044_068
bottom peaks comparison between Endothelial cell in artery and Hepatic sinusoidal endothelial cell
Data format
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sample044_069
bottom peaks comparison between Endothelial cell in artery and Hepatic stellate lipocyte
Data format
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sample044_070
bottom peaks comparison between Endothelial cell in artery and Hepatocyte
Data format
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sample044_071
bottom peaks comparison between Endothelial cell in artery and Immature langerhans cell
Data format
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sample044_072
bottom peaks comparison between Endothelial cell in artery and Keratinocyte epidermal cell
Data format
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sample044_073
bottom peaks comparison between Endothelial cell in artery and Keratocyte
Data format
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sample044_074
bottom peaks comparison between Endothelial cell in artery and Lens epithelial cell
Data format
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sample044_075
bottom peaks comparison between Endothelial cell in artery and Monocyte-derived macrophage
Data format
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sample044_076
bottom peaks comparison between Endothelial cell in artery and Mallassez-devied cell
Data format
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sample044_077
bottom peaks comparison between Endothelial cell in artery and Mammary epithelial cell
Data format
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sample044_078
bottom peaks comparison between Endothelial cell in artery and Mast cell
Data format
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sample044_079
bottom peaks comparison between Endothelial cell in artery and Expanded mast cell
Data format
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sample044_080
bottom peaks comparison between Endothelial cell in artery and Expanded and stimulated mast cell
Data format
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sample044_081
bottom peaks comparison between Endothelial cell in artery and Melanocyte-dark
Data format
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sample044_082
bottom peaks comparison between Endothelial cell in artery and Melanocyte-light
Data format
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sample044_083
bottom peaks comparison between Endothelial cell in artery and Meningeal cell
Data format
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sample044_084
bottom peaks comparison between Endothelial cell in artery and Mesenchymal precursor cell in adipose
Data format
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sample044_085
bottom peaks comparison between Endothelial cell in artery and Mesenchymal precursor cell in bone marrow
Data format
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sample044_086
bottom peaks comparison between Endothelial cell in artery and Mesenchymal precursor cell in heart
Data format
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sample044_087
bottom peaks comparison between Endothelial cell in artery and Mesenchymal precursor cell in left ovary for ovarian cancer sample
Data format
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sample044_088
bottom peaks comparison between Endothelial cell in artery and Mesenchymal precursor cell for metastatic ovarian cancer sample
Data format
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sample044_089
bottom peaks comparison between Endothelial cell in artery and Mesenchymal precursor cell in right ovary for ovarian cancer sample
Data format
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sample044_090
bottom peaks comparison between Endothelial cell in artery and Mesenchymal stem cell in adipose
Data format
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sample044_091
bottom peaks comparison between Endothelial cell in artery and Mesenchymal stem cell in amniotic membrane
Data format
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sample044_092
bottom peaks comparison between Endothelial cell in artery and Mesenchymal stem cell in bone marrow
Data format
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sample044_093
bottom peaks comparison between Endothelial cell in artery and Mesenchymal stem cell in liver
Data format
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sample044_094
bottom peaks comparison between Endothelial cell in artery and Mesenchymal stem cell in umbilical cord
Data format
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sample044_095
bottom peaks comparison between Endothelial cell in artery and Mesothelial cell
Data format
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sample044_096
bottom peaks comparison between Endothelial cell in artery and Migratory langerhans cell
Data format
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sample044_097
bottom peaks comparison between Endothelial cell in artery and Mesenchymal stem cell of umbilical cord blood
Data format
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sample044_098
bottom peaks comparison between Endothelial cell in artery and Myoblast
Data format
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sample044_099
bottom peaks comparison between Endothelial cell in artery and Nasal epithelial cell
Data format
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sample044_100
bottom peaks comparison between Endothelial cell in artery and Natural killer cell
Data format
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sample044_101
bottom peaks comparison between Endothelial cell in artery and Neural stem cell
Data format
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sample044_102
bottom peaks comparison between Endothelial cell in artery and Neuron
Data format
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sample044_103
bottom peaks comparison between Endothelial cell in artery and Neutrophil cell
Data format
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sample044_104
bottom peaks comparison between Endothelial cell in artery and Nucleus pulposus
Data format
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sample044_105
bottom peaks comparison between Endothelial cell in artery and Olfactory epithelial cell
Data format
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sample044_106
bottom peaks comparison between Endothelial cell in artery and Osteoblast
Data format
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sample044_107
bottom peaks comparison between Endothelial cell in artery and Differentiated osteoblast
Data format
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sample044_108
bottom peaks comparison between Endothelial cell in artery and Pricyte
Data format
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sample044_109
bottom peaks comparison between Endothelial cell in artery and Perineurial
Data format
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sample044_110
bottom peaks comparison between Endothelial cell in artery and Peripheral blood mononuclear cell
Data format
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sample044_111
bottom peaks comparison between Endothelial cell in artery and Placental epithelial cell
Data format
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sample044_112
bottom peaks comparison between Endothelial cell in artery and Preadipocyte in breast
Data format
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sample044_113
bottom peaks comparison between Endothelial cell in artery and Preadipocyte in omentum
Data format
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sample044_114
bottom peaks comparison between Endothelial cell in artery and Subcutaneous preadipocyte
Data format
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sample044_115
bottom peaks comparison between Endothelial cell in artery and Visceral preadipocyte
Data format
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sample044_116
bottom peaks comparison between Endothelial cell in artery and Prostate epithelial cell
Data format
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sample044_117
bottom peaks comparison between Endothelial cell in artery and Prostate stromal cell
Data format
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sample044_118
bottom peaks comparison between Endothelial cell in artery and Renal cortical epithelial cell
Data format
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sample044_119
bottom peaks comparison between Endothelial cell in artery and Renal glomerular endothelial cell
Data format
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sample044_120
bottom peaks comparison between Endothelial cell in artery and Renal mesangial cell
Data format
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sample044_121
bottom peaks comparison between Endothelial cell in artery and Renal proximal tubular epithelial cell
Data format
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sample044_122
bottom peaks comparison between Endothelial cell in artery and Renal proximal tubular epithelial cell
Data format
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sample044_123
bottom peaks comparison between Endothelial cell in artery and Salivary acinar cell
Data format
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sample044_124
bottom peaks comparison between Endothelial cell in artery and Schwann
Data format
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sample044_125
bottom peaks comparison between Endothelial cell in artery and Sebocyte
Data format
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sample044_126
bottom peaks comparison between Endothelial cell in artery and Sertoli
Data format
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sample044_127
bottom peaks comparison between Endothelial cell in artery and Skeletal muscle
Data format
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sample044_128
bottom peaks comparison between Endothelial cell in artery and Skeletal muscle differentiated into myotubes
Data format
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sample044_129
bottom peaks comparison between Endothelial cell in artery and Skeletal muscle satellite cell
Data format
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sample044_130
bottom peaks comparison between Endothelial cell in artery and Small airway epithelial cell
Data format
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sample044_131
bottom peaks comparison between Endothelial cell in artery and Airway smooth muscle in asthma
Data format
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sample044_132
bottom peaks comparison between Endothelial cell in artery and Airway smooth muscle in control
Data format
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sample044_133
bottom peaks comparison between Endothelial cell in artery and Smooth muscle in aorta
Data format
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sample044_134
bottom peaks comparison between Endothelial cell in artery and Smooth muscle in brachiocephalic artery
Data format
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sample044_135
bottom peaks comparison between Endothelial cell in artery and Smooth muscle in brain vessel
Data format
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sample044_136
bottom peaks comparison between Endothelial cell in artery and Smooth muscle in bronchial tube
Data format
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sample044_137
bottom peaks comparison between Endothelial cell in artery and Smooth muscle in carotid artery
Data format
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sample044_138
bottom peaks comparison between Endothelial cell in artery and Smooth muscle in colon
Data format
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sample044_139
bottom peaks comparison between Endothelial cell in artery and Smooth muscle in coronary
Data format
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sample044_140
bottom peaks comparison between Endothelial cell in artery and Smooth muscle in esophagus
Data format
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sample044_141
bottom peaks comparison between Endothelial cell in artery and Smooth muscle in internal thoracic artery
Data format
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sample044_142
bottom peaks comparison between Endothelial cell in artery and Smooth muscle in prostate
Data format
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sample044_143
bottom peaks comparison between Endothelial cell in artery and Smooth muscle in pulmonary artery
Data format
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sample044_144
bottom peaks comparison between Endothelial cell in artery and Smooth muscle in subclavian artery
Data format
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sample044_145
bottom peaks comparison between Endothelial cell in artery and Smooth muscle in trachea
Data format
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sample044_146
bottom peaks comparison between Endothelial cell in artery and Smooth muscle in umbilical artery
Data format
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sample044_147
bottom peaks comparison between Endothelial cell in artery and Smooth muscle in umbilical vein
Data format
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sample044_148
bottom peaks comparison between Endothelial cell in artery and Smooth muscle in uterine
Data format
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sample044_149
bottom peaks comparison between Endothelial cell in artery and Synoviocyte
Data format
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sample044_150
bottom peaks comparison between Endothelial cell in artery and Tenocyte
Data format
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sample044_151
bottom peaks comparison between Endothelial cell in artery and Trabecular meshwork
Data format
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sample044_152
bottom peaks comparison between Endothelial cell in artery and Tracheal epithelial cell
Data format
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sample044_153
bottom peaks comparison between Endothelial cell in artery and Urothelial cell
Data format
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sample044_154
bottom peaks comparison between Endothelial cell in artery and Whole blood for donor 1
Data format
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sample044_155
bottom peaks comparison between Endothelial cell in artery and Whole blood for donor 2
Data format
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sample044_156
bottom peaks comparison between Endothelial cell in artery and Whole blood for donor 3
Data format
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sample045_046
bottom peaks comparison between Endothelial cell in lymph vessel and Endothelial cell in microvessel
Data format
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sample045_047
bottom peaks comparison between Endothelial cell in lymph vessel and Endothelial cell in thorax
Data format
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sample045_048
bottom peaks comparison between Endothelial cell in lymph vessel and Endothelial cell in umbilical vein
Data format
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sample045_049
bottom peaks comparison between Endothelial cell in lymph vessel and Endothelial cell in vein
Data format
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sample045_050
bottom peaks comparison between Endothelial cell in lymph vessel and Epithelical cell in esophagus
Data format
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sample045_051
bottom peaks comparison between Endothelial cell in lymph vessel and Adventitial fibroblast in aorta
Data format
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sample045_052
bottom peaks comparison between Endothelial cell in lymph vessel and Fibroblast in heart
Data format
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sample045_053
bottom peaks comparison between Endothelial cell in lymph vessel and Fibroblast in choroid plexus
Data format
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sample045_054
bottom peaks comparison between Endothelial cell in lymph vessel and Fibroblast in conjunctiva
Data format
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sample045_055
bottom peaks comparison between Endothelial cell in lymph vessel and Fibroblast in derma
Data format
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sample045_056
bottom peaks comparison between Endothelial cell in lymph vessel and Fibroblast in lung
Data format
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sample045_057
bottom peaks comparison between Endothelial cell in lymph vessel and Fibroblast in lymphatic vessel
Data format
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sample045_058
bottom peaks comparison between Endothelial cell in lymph vessel and Fibroblast in mamma
Data format
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sample045_059
bottom peaks comparison between Endothelial cell in lymph vessel and Fibroblast in periodontal ligament
Data format
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sample045_060
bottom peaks comparison between Endothelial cell in lymph vessel and Fibroblast in skin for dystrophia mytonica sample
Data format
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sample045_061
bottom peaks comparison between Endothelial cell in lymph vessel and Fibroblast in skin for normal sample
Data format
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sample045_062
bottom peaks comparison between Endothelial cell in lymph vessel and Fibroblast in skin for spinal muscular atrophy
Data format
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sample045_063
bottom peaks comparison between Endothelial cell in lymph vessel and Fibroblast of villous mesenchymal cell
Data format
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sample045_064
bottom peaks comparison between Endothelial cell in lymph vessel and Gamma delta+ T cell
Data format
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sample045_065
bottom peaks comparison between Endothelial cell in lymph vessel and Gingival epithelial cell
Data format
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sample045_066
bottom peaks comparison between Endothelial cell in lymph vessel and Dermal papilla cell in hair follicle
Data format
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sample045_067
bottom peaks comparison between Endothelial cell in lymph vessel and Outer root sheath cell in hair follicle
Data format
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sample045_068
bottom peaks comparison between Endothelial cell in lymph vessel and Hepatic sinusoidal endothelial cell
Data format
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sample045_069
bottom peaks comparison between Endothelial cell in lymph vessel and Hepatic stellate lipocyte
Data format
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sample045_070
bottom peaks comparison between Endothelial cell in lymph vessel and Hepatocyte
Data format
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sample045_071
bottom peaks comparison between Endothelial cell in lymph vessel and Immature langerhans cell
Data format
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sample045_072
bottom peaks comparison between Endothelial cell in lymph vessel and Keratinocyte epidermal cell
Data format
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sample045_073
bottom peaks comparison between Endothelial cell in lymph vessel and Keratocyte
Data format
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sample045_074
bottom peaks comparison between Endothelial cell in lymph vessel and Lens epithelial cell
Data format
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sample045_075
bottom peaks comparison between Endothelial cell in lymph vessel and Monocyte-derived macrophage
Data format
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sample045_076
bottom peaks comparison between Endothelial cell in lymph vessel and Mallassez-devied cell
Data format
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sample045_077
bottom peaks comparison between Endothelial cell in lymph vessel and Mammary epithelial cell
Data format
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sample045_078
bottom peaks comparison between Endothelial cell in lymph vessel and Mast cell
Data format
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sample045_079
bottom peaks comparison between Endothelial cell in lymph vessel and Expanded mast cell
Data format
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sample045_080
bottom peaks comparison between Endothelial cell in lymph vessel and Expanded and stimulated mast cell
Data format
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sample045_081
bottom peaks comparison between Endothelial cell in lymph vessel and Melanocyte-dark
Data format
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sample045_082
bottom peaks comparison between Endothelial cell in lymph vessel and Melanocyte-light
Data format
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sample045_083
bottom peaks comparison between Endothelial cell in lymph vessel and Meningeal cell
Data format
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sample045_084
bottom peaks comparison between Endothelial cell in lymph vessel and Mesenchymal precursor cell in adipose
Data format
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sample045_085
bottom peaks comparison between Endothelial cell in lymph vessel and Mesenchymal precursor cell in bone marrow
Data format
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sample045_086
bottom peaks comparison between Endothelial cell in lymph vessel and Mesenchymal precursor cell in heart
Data format
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sample045_087
bottom peaks comparison between Endothelial cell in lymph vessel and Mesenchymal precursor cell in left ovary for ovarian cancer sample
Data format
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sample045_088
bottom peaks comparison between Endothelial cell in lymph vessel and Mesenchymal precursor cell for metastatic ovarian cancer sample
Data format
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sample045_089
bottom peaks comparison between Endothelial cell in lymph vessel and Mesenchymal precursor cell in right ovary for ovarian cancer sample
Data format
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sample045_090
bottom peaks comparison between Endothelial cell in lymph vessel and Mesenchymal stem cell in adipose
Data format
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sample045_091
bottom peaks comparison between Endothelial cell in lymph vessel and Mesenchymal stem cell in amniotic membrane
Data format
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sample045_092
bottom peaks comparison between Endothelial cell in lymph vessel and Mesenchymal stem cell in bone marrow
Data format
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sample045_093
bottom peaks comparison between Endothelial cell in lymph vessel and Mesenchymal stem cell in liver
Data format
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sample045_094
bottom peaks comparison between Endothelial cell in lymph vessel and Mesenchymal stem cell in umbilical cord
Data format
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sample045_095
bottom peaks comparison between Endothelial cell in lymph vessel and Mesothelial cell
Data format
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sample045_096
bottom peaks comparison between Endothelial cell in lymph vessel and Migratory langerhans cell
Data format
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sample045_097
bottom peaks comparison between Endothelial cell in lymph vessel and Mesenchymal stem cell of umbilical cord blood
Data format
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sample045_098
bottom peaks comparison between Endothelial cell in lymph vessel and Myoblast
Data format
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sample045_099
bottom peaks comparison between Endothelial cell in lymph vessel and Nasal epithelial cell
Data format
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sample045_100
bottom peaks comparison between Endothelial cell in lymph vessel and Natural killer cell
Data format
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sample045_101
bottom peaks comparison between Endothelial cell in lymph vessel and Neural stem cell
Data format
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sample045_102
bottom peaks comparison between Endothelial cell in lymph vessel and Neuron
Data format
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sample045_103
bottom peaks comparison between Endothelial cell in lymph vessel and Neutrophil cell
Data format
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sample045_104
bottom peaks comparison between Endothelial cell in lymph vessel and Nucleus pulposus
Data format
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sample045_105
bottom peaks comparison between Endothelial cell in lymph vessel and Olfactory epithelial cell
Data format
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sample045_106
bottom peaks comparison between Endothelial cell in lymph vessel and Osteoblast
Data format
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sample045_107
bottom peaks comparison between Endothelial cell in lymph vessel and Differentiated osteoblast
Data format
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sample045_108
bottom peaks comparison between Endothelial cell in lymph vessel and Pricyte
Data format
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sample045_109
bottom peaks comparison between Endothelial cell in lymph vessel and Perineurial
Data format
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sample045_110
bottom peaks comparison between Endothelial cell in lymph vessel and Peripheral blood mononuclear cell
Data format
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sample045_111
bottom peaks comparison between Endothelial cell in lymph vessel and Placental epithelial cell
Data format
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sample045_112
bottom peaks comparison between Endothelial cell in lymph vessel and Preadipocyte in breast
Data format
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sample045_113
bottom peaks comparison between Endothelial cell in lymph vessel and Preadipocyte in omentum
Data format
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sample045_114
bottom peaks comparison between Endothelial cell in lymph vessel and Subcutaneous preadipocyte
Data format
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sample045_115
bottom peaks comparison between Endothelial cell in lymph vessel and Visceral preadipocyte
Data format
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sample045_116
bottom peaks comparison between Endothelial cell in lymph vessel and Prostate epithelial cell
Data format
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sample045_117
bottom peaks comparison between Endothelial cell in lymph vessel and Prostate stromal cell
Data format
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sample045_118
bottom peaks comparison between Endothelial cell in lymph vessel and Renal cortical epithelial cell
Data format
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sample045_119
bottom peaks comparison between Endothelial cell in lymph vessel and Renal glomerular endothelial cell
Data format
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sample045_120
bottom peaks comparison between Endothelial cell in lymph vessel and Renal mesangial cell
Data format
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sample045_121
bottom peaks comparison between Endothelial cell in lymph vessel and Renal proximal tubular epithelial cell
Data format
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sample045_122
bottom peaks comparison between Endothelial cell in lymph vessel and Renal proximal tubular epithelial cell
Data format
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sample045_123
bottom peaks comparison between Endothelial cell in lymph vessel and Salivary acinar cell
Data format
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sample045_124
bottom peaks comparison between Endothelial cell in lymph vessel and Schwann
Data format
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sample045_125
bottom peaks comparison between Endothelial cell in lymph vessel and Sebocyte
Data format
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sample045_126
bottom peaks comparison between Endothelial cell in lymph vessel and Sertoli
Data format
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sample045_127
bottom peaks comparison between Endothelial cell in lymph vessel and Skeletal muscle
Data format
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sample045_128
bottom peaks comparison between Endothelial cell in lymph vessel and Skeletal muscle differentiated into myotubes
Data format
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sample045_129
bottom peaks comparison between Endothelial cell in lymph vessel and Skeletal muscle satellite cell
Data format
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sample045_130
bottom peaks comparison between Endothelial cell in lymph vessel and Small airway epithelial cell
Data format
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sample045_131
bottom peaks comparison between Endothelial cell in lymph vessel and Airway smooth muscle in asthma
Data format
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sample045_132
bottom peaks comparison between Endothelial cell in lymph vessel and Airway smooth muscle in control
Data format
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sample045_133
bottom peaks comparison between Endothelial cell in lymph vessel and Smooth muscle in aorta
Data format
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sample045_134
bottom peaks comparison between Endothelial cell in lymph vessel and Smooth muscle in brachiocephalic artery
Data format
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sample045_135
bottom peaks comparison between Endothelial cell in lymph vessel and Smooth muscle in brain vessel
Data format
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sample045_136
bottom peaks comparison between Endothelial cell in lymph vessel and Smooth muscle in bronchial tube
Data format
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sample045_137
bottom peaks comparison between Endothelial cell in lymph vessel and Smooth muscle in carotid artery
Data format
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sample045_138
bottom peaks comparison between Endothelial cell in lymph vessel and Smooth muscle in colon
Data format
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sample045_139
bottom peaks comparison between Endothelial cell in lymph vessel and Smooth muscle in coronary
Data format
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sample045_140
bottom peaks comparison between Endothelial cell in lymph vessel and Smooth muscle in esophagus
Data format
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sample045_141
bottom peaks comparison between Endothelial cell in lymph vessel and Smooth muscle in internal thoracic artery
Data format
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sample045_142
bottom peaks comparison between Endothelial cell in lymph vessel and Smooth muscle in prostate
Data format
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sample045_143
bottom peaks comparison between Endothelial cell in lymph vessel and Smooth muscle in pulmonary artery
Data format
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sample045_144
bottom peaks comparison between Endothelial cell in lymph vessel and Smooth muscle in subclavian artery
Data format
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sample045_145
bottom peaks comparison between Endothelial cell in lymph vessel and Smooth muscle in trachea
Data format
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sample045_146
bottom peaks comparison between Endothelial cell in lymph vessel and Smooth muscle in umbilical artery
Data format
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sample045_147
bottom peaks comparison between Endothelial cell in lymph vessel and Smooth muscle in umbilical vein
Data format
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sample045_148
bottom peaks comparison between Endothelial cell in lymph vessel and Smooth muscle in uterine
Data format
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sample045_149
bottom peaks comparison between Endothelial cell in lymph vessel and Synoviocyte
Data format
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sample045_150
bottom peaks comparison between Endothelial cell in lymph vessel and Tenocyte
Data format
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sample045_151
bottom peaks comparison between Endothelial cell in lymph vessel and Trabecular meshwork
Data format
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sample045_152
bottom peaks comparison between Endothelial cell in lymph vessel and Tracheal epithelial cell
Data format
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sample045_153
bottom peaks comparison between Endothelial cell in lymph vessel and Urothelial cell
Data format
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sample045_154
bottom peaks comparison between Endothelial cell in lymph vessel and Whole blood for donor 1
Data format
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sample045_155
bottom peaks comparison between Endothelial cell in lymph vessel and Whole blood for donor 2
Data format
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sample045_156
bottom peaks comparison between Endothelial cell in lymph vessel and Whole blood for donor 3
Data format
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sample046_047
bottom peaks comparison between Endothelial cell in microvessel and Endothelial cell in thorax
Data format
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sample046_048
bottom peaks comparison between Endothelial cell in microvessel and Endothelial cell in umbilical vein
Data format
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sample046_049
bottom peaks comparison between Endothelial cell in microvessel and Endothelial cell in vein
Data format
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sample046_050
bottom peaks comparison between Endothelial cell in microvessel and Epithelical cell in esophagus
Data format
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sample046_051
bottom peaks comparison between Endothelial cell in microvessel and Adventitial fibroblast in aorta
Data format
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sample046_052
bottom peaks comparison between Endothelial cell in microvessel and Fibroblast in heart
Data format
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sample046_053
bottom peaks comparison between Endothelial cell in microvessel and Fibroblast in choroid plexus
Data format
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sample046_054
bottom peaks comparison between Endothelial cell in microvessel and Fibroblast in conjunctiva
Data format
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sample046_055
bottom peaks comparison between Endothelial cell in microvessel and Fibroblast in derma
Data format
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sample046_056
bottom peaks comparison between Endothelial cell in microvessel and Fibroblast in lung
Data format
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sample046_057
bottom peaks comparison between Endothelial cell in microvessel and Fibroblast in lymphatic vessel
Data format
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sample046_058
bottom peaks comparison between Endothelial cell in microvessel and Fibroblast in mamma
Data format
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sample046_059
bottom peaks comparison between Endothelial cell in microvessel and Fibroblast in periodontal ligament
Data format
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sample046_060
bottom peaks comparison between Endothelial cell in microvessel and Fibroblast in skin for dystrophia mytonica sample
Data format
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sample046_061
bottom peaks comparison between Endothelial cell in microvessel and Fibroblast in skin for normal sample
Data format
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sample046_062
bottom peaks comparison between Endothelial cell in microvessel and Fibroblast in skin for spinal muscular atrophy
Data format
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sample046_063
bottom peaks comparison between Endothelial cell in microvessel and Fibroblast of villous mesenchymal cell
Data format
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sample046_064
bottom peaks comparison between Endothelial cell in microvessel and Gamma delta+ T cell
Data format
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sample046_065
bottom peaks comparison between Endothelial cell in microvessel and Gingival epithelial cell
Data format
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sample046_066
bottom peaks comparison between Endothelial cell in microvessel and Dermal papilla cell in hair follicle
Data format
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sample046_067
bottom peaks comparison between Endothelial cell in microvessel and Outer root sheath cell in hair follicle
Data format
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sample046_068
bottom peaks comparison between Endothelial cell in microvessel and Hepatic sinusoidal endothelial cell
Data format
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sample046_069
bottom peaks comparison between Endothelial cell in microvessel and Hepatic stellate lipocyte
Data format
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sample046_070
bottom peaks comparison between Endothelial cell in microvessel and Hepatocyte
Data format
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sample046_071
bottom peaks comparison between Endothelial cell in microvessel and Immature langerhans cell
Data format
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sample046_072
bottom peaks comparison between Endothelial cell in microvessel and Keratinocyte epidermal cell
Data format
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sample046_073
bottom peaks comparison between Endothelial cell in microvessel and Keratocyte
Data format
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sample046_074
bottom peaks comparison between Endothelial cell in microvessel and Lens epithelial cell
Data format
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sample046_075
bottom peaks comparison between Endothelial cell in microvessel and Monocyte-derived macrophage
Data format
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sample046_076
bottom peaks comparison between Endothelial cell in microvessel and Mallassez-devied cell
Data format
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sample046_077
bottom peaks comparison between Endothelial cell in microvessel and Mammary epithelial cell
Data format
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sample046_078
bottom peaks comparison between Endothelial cell in microvessel and Mast cell
Data format
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sample046_079
bottom peaks comparison between Endothelial cell in microvessel and Expanded mast cell
Data format
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sample046_080
bottom peaks comparison between Endothelial cell in microvessel and Expanded and stimulated mast cell
Data format
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sample046_081
bottom peaks comparison between Endothelial cell in microvessel and Melanocyte-dark
Data format
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sample046_082
bottom peaks comparison between Endothelial cell in microvessel and Melanocyte-light
Data format
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sample046_083
bottom peaks comparison between Endothelial cell in microvessel and Meningeal cell
Data format
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sample046_084
bottom peaks comparison between Endothelial cell in microvessel and Mesenchymal precursor cell in adipose
Data format
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sample046_085
bottom peaks comparison between Endothelial cell in microvessel and Mesenchymal precursor cell in bone marrow
Data format
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sample046_086
bottom peaks comparison between Endothelial cell in microvessel and Mesenchymal precursor cell in heart
Data format
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sample046_087
bottom peaks comparison between Endothelial cell in microvessel and Mesenchymal precursor cell in left ovary for ovarian cancer sample
Data format
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sample046_088
bottom peaks comparison between Endothelial cell in microvessel and Mesenchymal precursor cell for metastatic ovarian cancer sample
Data format
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sample046_089
bottom peaks comparison between Endothelial cell in microvessel and Mesenchymal precursor cell in right ovary for ovarian cancer sample
Data format
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sample046_090
bottom peaks comparison between Endothelial cell in microvessel and Mesenchymal stem cell in adipose
Data format
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sample046_091
bottom peaks comparison between Endothelial cell in microvessel and Mesenchymal stem cell in amniotic membrane
Data format
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sample046_092
bottom peaks comparison between Endothelial cell in microvessel and Mesenchymal stem cell in bone marrow
Data format
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sample046_093
bottom peaks comparison between Endothelial cell in microvessel and Mesenchymal stem cell in liver
Data format
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sample046_094
bottom peaks comparison between Endothelial cell in microvessel and Mesenchymal stem cell in umbilical cord
Data format
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sample046_095
bottom peaks comparison between Endothelial cell in microvessel and Mesothelial cell
Data format
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sample046_096
bottom peaks comparison between Endothelial cell in microvessel and Migratory langerhans cell
Data format
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sample046_097
bottom peaks comparison between Endothelial cell in microvessel and Mesenchymal stem cell of umbilical cord blood
Data format
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sample046_098
bottom peaks comparison between Endothelial cell in microvessel and Myoblast
Data format
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sample046_099
bottom peaks comparison between Endothelial cell in microvessel and Nasal epithelial cell
Data format
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sample046_100
bottom peaks comparison between Endothelial cell in microvessel and Natural killer cell
Data format
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sample046_101
bottom peaks comparison between Endothelial cell in microvessel and Neural stem cell
Data format
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sample046_102
bottom peaks comparison between Endothelial cell in microvessel and Neuron
Data format
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sample046_103
bottom peaks comparison between Endothelial cell in microvessel and Neutrophil cell
Data format
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sample046_104
bottom peaks comparison between Endothelial cell in microvessel and Nucleus pulposus
Data format
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sample046_105
bottom peaks comparison between Endothelial cell in microvessel and Olfactory epithelial cell
Data format
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sample046_106
bottom peaks comparison between Endothelial cell in microvessel and Osteoblast
Data format
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sample046_107
bottom peaks comparison between Endothelial cell in microvessel and Differentiated osteoblast
Data format
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sample046_108
bottom peaks comparison between Endothelial cell in microvessel and Pricyte
Data format
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sample046_109
bottom peaks comparison between Endothelial cell in microvessel and Perineurial
Data format
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sample046_110
bottom peaks comparison between Endothelial cell in microvessel and Peripheral blood mononuclear cell
Data format
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sample046_111
bottom peaks comparison between Endothelial cell in microvessel and Placental epithelial cell
Data format
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sample046_112
bottom peaks comparison between Endothelial cell in microvessel and Preadipocyte in breast
Data format
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sample046_113
bottom peaks comparison between Endothelial cell in microvessel and Preadipocyte in omentum
Data format
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sample046_114
bottom peaks comparison between Endothelial cell in microvessel and Subcutaneous preadipocyte
Data format
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sample046_115
bottom peaks comparison between Endothelial cell in microvessel and Visceral preadipocyte
Data format
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sample046_116
bottom peaks comparison between Endothelial cell in microvessel and Prostate epithelial cell
Data format
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sample046_117
bottom peaks comparison between Endothelial cell in microvessel and Prostate stromal cell
Data format
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sample046_118
bottom peaks comparison between Endothelial cell in microvessel and Renal cortical epithelial cell
Data format
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sample046_119
bottom peaks comparison between Endothelial cell in microvessel and Renal glomerular endothelial cell
Data format
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sample046_120
bottom peaks comparison between Endothelial cell in microvessel and Renal mesangial cell
Data format
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sample046_121
bottom peaks comparison between Endothelial cell in microvessel and Renal proximal tubular epithelial cell
Data format
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sample046_122
bottom peaks comparison between Endothelial cell in microvessel and Renal proximal tubular epithelial cell
Data format
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sample046_123
bottom peaks comparison between Endothelial cell in microvessel and Salivary acinar cell
Data format
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sample046_124
bottom peaks comparison between Endothelial cell in microvessel and Schwann
Data format
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sample046_125
bottom peaks comparison between Endothelial cell in microvessel and Sebocyte
Data format
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sample046_126
bottom peaks comparison between Endothelial cell in microvessel and Sertoli
Data format
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sample046_127
bottom peaks comparison between Endothelial cell in microvessel and Skeletal muscle
Data format
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sample046_128
bottom peaks comparison between Endothelial cell in microvessel and Skeletal muscle differentiated into myotubes
Data format
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sample046_129
bottom peaks comparison between Endothelial cell in microvessel and Skeletal muscle satellite cell
Data format
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sample046_130
bottom peaks comparison between Endothelial cell in microvessel and Small airway epithelial cell
Data format
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sample046_131
bottom peaks comparison between Endothelial cell in microvessel and Airway smooth muscle in asthma
Data format
hide
sample046_132
bottom peaks comparison between Endothelial cell in microvessel and Airway smooth muscle in control
Data format
hide
sample046_133
bottom peaks comparison between Endothelial cell in microvessel and Smooth muscle in aorta
Data format
hide
sample046_134
bottom peaks comparison between Endothelial cell in microvessel and Smooth muscle in brachiocephalic artery
Data format
hide
sample046_135
bottom peaks comparison between Endothelial cell in microvessel and Smooth muscle in brain vessel
Data format
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sample046_136
bottom peaks comparison between Endothelial cell in microvessel and Smooth muscle in bronchial tube
Data format
hide
sample046_137
bottom peaks comparison between Endothelial cell in microvessel and Smooth muscle in carotid artery
Data format
hide
sample046_138
bottom peaks comparison between Endothelial cell in microvessel and Smooth muscle in colon
Data format
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sample046_139
bottom peaks comparison between Endothelial cell in microvessel and Smooth muscle in coronary
Data format
hide
sample046_140
bottom peaks comparison between Endothelial cell in microvessel and Smooth muscle in esophagus
Data format
hide
sample046_141
bottom peaks comparison between Endothelial cell in microvessel and Smooth muscle in internal thoracic artery
Data format
hide
sample046_142
bottom peaks comparison between Endothelial cell in microvessel and Smooth muscle in prostate
Data format
hide
sample046_143
bottom peaks comparison between Endothelial cell in microvessel and Smooth muscle in pulmonary artery
Data format
hide
sample046_144
bottom peaks comparison between Endothelial cell in microvessel and Smooth muscle in subclavian artery
Data format
hide
sample046_145
bottom peaks comparison between Endothelial cell in microvessel and Smooth muscle in trachea
Data format
hide
sample046_146
bottom peaks comparison between Endothelial cell in microvessel and Smooth muscle in umbilical artery
Data format
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sample046_147
bottom peaks comparison between Endothelial cell in microvessel and Smooth muscle in umbilical vein
Data format
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sample046_148
bottom peaks comparison between Endothelial cell in microvessel and Smooth muscle in uterine
Data format
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sample046_149
bottom peaks comparison between Endothelial cell in microvessel and Synoviocyte
Data format
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sample046_150
bottom peaks comparison between Endothelial cell in microvessel and Tenocyte
Data format
hide
sample046_151
bottom peaks comparison between Endothelial cell in microvessel and Trabecular meshwork
Data format
hide
sample046_152
bottom peaks comparison between Endothelial cell in microvessel and Tracheal epithelial cell
Data format
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sample046_153
bottom peaks comparison between Endothelial cell in microvessel and Urothelial cell
Data format
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sample046_154
bottom peaks comparison between Endothelial cell in microvessel and Whole blood for donor 1
Data format
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sample046_155
bottom peaks comparison between Endothelial cell in microvessel and Whole blood for donor 2
Data format
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sample046_156
bottom peaks comparison between Endothelial cell in microvessel and Whole blood for donor 3
Data format
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sample047_048
bottom peaks comparison between Endothelial cell in thorax and Endothelial cell in umbilical vein
Data format
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sample047_049
bottom peaks comparison between Endothelial cell in thorax and Endothelial cell in vein
Data format
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sample047_050
bottom peaks comparison between Endothelial cell in thorax and Epithelical cell in esophagus
Data format
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sample047_051
bottom peaks comparison between Endothelial cell in thorax and Adventitial fibroblast in aorta
Data format
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sample047_052
bottom peaks comparison between Endothelial cell in thorax and Fibroblast in heart
Data format
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sample047_053
bottom peaks comparison between Endothelial cell in thorax and Fibroblast in choroid plexus
Data format
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sample047_054
bottom peaks comparison between Endothelial cell in thorax and Fibroblast in conjunctiva
Data format
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sample047_055
bottom peaks comparison between Endothelial cell in thorax and Fibroblast in derma
Data format
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sample047_056
bottom peaks comparison between Endothelial cell in thorax and Fibroblast in lung
Data format
hide
sample047_057
bottom peaks comparison between Endothelial cell in thorax and Fibroblast in lymphatic vessel
Data format
hide
sample047_058
bottom peaks comparison between Endothelial cell in thorax and Fibroblast in mamma
Data format
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sample047_059
bottom peaks comparison between Endothelial cell in thorax and Fibroblast in periodontal ligament
Data format
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sample047_060
bottom peaks comparison between Endothelial cell in thorax and Fibroblast in skin for dystrophia mytonica sample
Data format
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sample047_061
bottom peaks comparison between Endothelial cell in thorax and Fibroblast in skin for normal sample
Data format
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sample047_062
bottom peaks comparison between Endothelial cell in thorax and Fibroblast in skin for spinal muscular atrophy
Data format
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sample047_063
bottom peaks comparison between Endothelial cell in thorax and Fibroblast of villous mesenchymal cell
Data format
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sample047_064
bottom peaks comparison between Endothelial cell in thorax and Gamma delta+ T cell
Data format
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sample047_065
bottom peaks comparison between Endothelial cell in thorax and Gingival epithelial cell
Data format
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sample047_066
bottom peaks comparison between Endothelial cell in thorax and Dermal papilla cell in hair follicle
Data format
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sample047_067
bottom peaks comparison between Endothelial cell in thorax and Outer root sheath cell in hair follicle
Data format
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sample047_068
bottom peaks comparison between Endothelial cell in thorax and Hepatic sinusoidal endothelial cell
Data format
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sample047_069
bottom peaks comparison between Endothelial cell in thorax and Hepatic stellate lipocyte
Data format
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sample047_070
bottom peaks comparison between Endothelial cell in thorax and Hepatocyte
Data format
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sample047_071
bottom peaks comparison between Endothelial cell in thorax and Immature langerhans cell
Data format
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sample047_072
bottom peaks comparison between Endothelial cell in thorax and Keratinocyte epidermal cell
Data format
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sample047_073
bottom peaks comparison between Endothelial cell in thorax and Keratocyte
Data format
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sample047_074
bottom peaks comparison between Endothelial cell in thorax and Lens epithelial cell
Data format
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sample047_075
bottom peaks comparison between Endothelial cell in thorax and Monocyte-derived macrophage
Data format
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sample047_076
bottom peaks comparison between Endothelial cell in thorax and Mallassez-devied cell
Data format
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sample047_077
bottom peaks comparison between Endothelial cell in thorax and Mammary epithelial cell
Data format
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sample047_078
bottom peaks comparison between Endothelial cell in thorax and Mast cell
Data format
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sample047_079
bottom peaks comparison between Endothelial cell in thorax and Expanded mast cell
Data format
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sample047_080
bottom peaks comparison between Endothelial cell in thorax and Expanded and stimulated mast cell
Data format
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sample047_081
bottom peaks comparison between Endothelial cell in thorax and Melanocyte-dark
Data format
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sample047_082
bottom peaks comparison between Endothelial cell in thorax and Melanocyte-light
Data format
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sample047_083
bottom peaks comparison between Endothelial cell in thorax and Meningeal cell
Data format
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sample047_084
bottom peaks comparison between Endothelial cell in thorax and Mesenchymal precursor cell in adipose
Data format
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sample047_085
bottom peaks comparison between Endothelial cell in thorax and Mesenchymal precursor cell in bone marrow
Data format
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sample047_086
bottom peaks comparison between Endothelial cell in thorax and Mesenchymal precursor cell in heart
Data format
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sample047_087
bottom peaks comparison between Endothelial cell in thorax and Mesenchymal precursor cell in left ovary for ovarian cancer sample
Data format
hide
sample047_088
bottom peaks comparison between Endothelial cell in thorax and Mesenchymal precursor cell for metastatic ovarian cancer sample
Data format
hide
sample047_089
bottom peaks comparison between Endothelial cell in thorax and Mesenchymal precursor cell in right ovary for ovarian cancer sample
Data format
hide
sample047_090
bottom peaks comparison between Endothelial cell in thorax and Mesenchymal stem cell in adipose
Data format
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sample047_091
bottom peaks comparison between Endothelial cell in thorax and Mesenchymal stem cell in amniotic membrane
Data format
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sample047_092
bottom peaks comparison between Endothelial cell in thorax and Mesenchymal stem cell in bone marrow
Data format
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sample047_093
bottom peaks comparison between Endothelial cell in thorax and Mesenchymal stem cell in liver
Data format
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sample047_094
bottom peaks comparison between Endothelial cell in thorax and Mesenchymal stem cell in umbilical cord
Data format
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sample047_095
bottom peaks comparison between Endothelial cell in thorax and Mesothelial cell
Data format
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sample047_096
bottom peaks comparison between Endothelial cell in thorax and Migratory langerhans cell
Data format
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sample047_097
bottom peaks comparison between Endothelial cell in thorax and Mesenchymal stem cell of umbilical cord blood
Data format
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sample047_098
bottom peaks comparison between Endothelial cell in thorax and Myoblast
Data format
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sample047_099
bottom peaks comparison between Endothelial cell in thorax and Nasal epithelial cell
Data format
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sample047_100
bottom peaks comparison between Endothelial cell in thorax and Natural killer cell
Data format
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sample047_101
bottom peaks comparison between Endothelial cell in thorax and Neural stem cell
Data format
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sample047_102
bottom peaks comparison between Endothelial cell in thorax and Neuron
Data format
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sample047_103
bottom peaks comparison between Endothelial cell in thorax and Neutrophil cell
Data format
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sample047_104
bottom peaks comparison between Endothelial cell in thorax and Nucleus pulposus
Data format
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sample047_105
bottom peaks comparison between Endothelial cell in thorax and Olfactory epithelial cell
Data format
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sample047_106
bottom peaks comparison between Endothelial cell in thorax and Osteoblast
Data format
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sample047_107
bottom peaks comparison between Endothelial cell in thorax and Differentiated osteoblast
Data format
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sample047_108
bottom peaks comparison between Endothelial cell in thorax and Pricyte
Data format
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sample047_109
bottom peaks comparison between Endothelial cell in thorax and Perineurial
Data format
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sample047_110
bottom peaks comparison between Endothelial cell in thorax and Peripheral blood mononuclear cell
Data format
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sample047_111
bottom peaks comparison between Endothelial cell in thorax and Placental epithelial cell
Data format
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sample047_112
bottom peaks comparison between Endothelial cell in thorax and Preadipocyte in breast
Data format
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sample047_113
bottom peaks comparison between Endothelial cell in thorax and Preadipocyte in omentum
Data format
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sample047_114
bottom peaks comparison between Endothelial cell in thorax and Subcutaneous preadipocyte
Data format
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sample047_115
bottom peaks comparison between Endothelial cell in thorax and Visceral preadipocyte
Data format
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sample047_116
bottom peaks comparison between Endothelial cell in thorax and Prostate epithelial cell
Data format
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sample047_117
bottom peaks comparison between Endothelial cell in thorax and Prostate stromal cell
Data format
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sample047_118
bottom peaks comparison between Endothelial cell in thorax and Renal cortical epithelial cell
Data format
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sample047_119
bottom peaks comparison between Endothelial cell in thorax and Renal glomerular endothelial cell
Data format
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sample047_120
bottom peaks comparison between Endothelial cell in thorax and Renal mesangial cell
Data format
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sample047_121
bottom peaks comparison between Endothelial cell in thorax and Renal proximal tubular epithelial cell
Data format
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sample047_122
bottom peaks comparison between Endothelial cell in thorax and Renal proximal tubular epithelial cell
Data format
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sample047_123
bottom peaks comparison between Endothelial cell in thorax and Salivary acinar cell
Data format
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sample047_124
bottom peaks comparison between Endothelial cell in thorax and Schwann
Data format
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sample047_125
bottom peaks comparison between Endothelial cell in thorax and Sebocyte
Data format
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sample047_126
bottom peaks comparison between Endothelial cell in thorax and Sertoli
Data format
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sample047_127
bottom peaks comparison between Endothelial cell in thorax and Skeletal muscle
Data format
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sample047_128
bottom peaks comparison between Endothelial cell in thorax and Skeletal muscle differentiated into myotubes
Data format
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sample047_129
bottom peaks comparison between Endothelial cell in thorax and Skeletal muscle satellite cell
Data format
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sample047_130
bottom peaks comparison between Endothelial cell in thorax and Small airway epithelial cell
Data format
hide
sample047_131
bottom peaks comparison between Endothelial cell in thorax and Airway smooth muscle in asthma
Data format
hide
sample047_132
bottom peaks comparison between Endothelial cell in thorax and Airway smooth muscle in control
Data format
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sample047_133
bottom peaks comparison between Endothelial cell in thorax and Smooth muscle in aorta
Data format
hide
sample047_134
bottom peaks comparison between Endothelial cell in thorax and Smooth muscle in brachiocephalic artery
Data format
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sample047_135
bottom peaks comparison between Endothelial cell in thorax and Smooth muscle in brain vessel
Data format
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sample047_136
bottom peaks comparison between Endothelial cell in thorax and Smooth muscle in bronchial tube
Data format
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sample047_137
bottom peaks comparison between Endothelial cell in thorax and Smooth muscle in carotid artery
Data format
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sample047_138
bottom peaks comparison between Endothelial cell in thorax and Smooth muscle in colon
Data format
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sample047_139
bottom peaks comparison between Endothelial cell in thorax and Smooth muscle in coronary
Data format
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sample047_140
bottom peaks comparison between Endothelial cell in thorax and Smooth muscle in esophagus
Data format
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sample047_141
bottom peaks comparison between Endothelial cell in thorax and Smooth muscle in internal thoracic artery
Data format
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sample047_142
bottom peaks comparison between Endothelial cell in thorax and Smooth muscle in prostate
Data format
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sample047_143
bottom peaks comparison between Endothelial cell in thorax and Smooth muscle in pulmonary artery
Data format
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sample047_144
bottom peaks comparison between Endothelial cell in thorax and Smooth muscle in subclavian artery
Data format
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sample047_145
bottom peaks comparison between Endothelial cell in thorax and Smooth muscle in trachea
Data format
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sample047_146
bottom peaks comparison between Endothelial cell in thorax and Smooth muscle in umbilical artery
Data format
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sample047_147
bottom peaks comparison between Endothelial cell in thorax and Smooth muscle in umbilical vein
Data format
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sample047_148
bottom peaks comparison between Endothelial cell in thorax and Smooth muscle in uterine
Data format
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sample047_149
bottom peaks comparison between Endothelial cell in thorax and Synoviocyte
Data format
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sample047_150
bottom peaks comparison between Endothelial cell in thorax and Tenocyte
Data format
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sample047_151
bottom peaks comparison between Endothelial cell in thorax and Trabecular meshwork
Data format
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sample047_152
bottom peaks comparison between Endothelial cell in thorax and Tracheal epithelial cell
Data format
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sample047_153
bottom peaks comparison between Endothelial cell in thorax and Urothelial cell
Data format
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sample047_154
bottom peaks comparison between Endothelial cell in thorax and Whole blood for donor 1
Data format
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sample047_155
bottom peaks comparison between Endothelial cell in thorax and Whole blood for donor 2
Data format
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sample047_156
bottom peaks comparison between Endothelial cell in thorax and Whole blood for donor 3
Data format
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sample048_049
bottom peaks comparison between Endothelial cell in umbilical vein and Endothelial cell in vein
Data format
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sample048_050
bottom peaks comparison between Endothelial cell in umbilical vein and Epithelical cell in esophagus
Data format
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sample048_051
bottom peaks comparison between Endothelial cell in umbilical vein and Adventitial fibroblast in aorta
Data format
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sample048_052
bottom peaks comparison between Endothelial cell in umbilical vein and Fibroblast in heart
Data format
hide
sample048_053
bottom peaks comparison between Endothelial cell in umbilical vein and Fibroblast in choroid plexus
Data format
hide
sample048_054
bottom peaks comparison between Endothelial cell in umbilical vein and Fibroblast in conjunctiva
Data format
hide
sample048_055
bottom peaks comparison between Endothelial cell in umbilical vein and Fibroblast in derma
Data format
hide
sample048_056
bottom peaks comparison between Endothelial cell in umbilical vein and Fibroblast in lung
Data format
hide
sample048_057
bottom peaks comparison between Endothelial cell in umbilical vein and Fibroblast in lymphatic vessel
Data format
hide
sample048_058
bottom peaks comparison between Endothelial cell in umbilical vein and Fibroblast in mamma
Data format
hide
sample048_059
bottom peaks comparison between Endothelial cell in umbilical vein and Fibroblast in periodontal ligament
Data format
hide
sample048_060
bottom peaks comparison between Endothelial cell in umbilical vein and Fibroblast in skin for dystrophia mytonica sample
Data format
hide
sample048_061
bottom peaks comparison between Endothelial cell in umbilical vein and Fibroblast in skin for normal sample
Data format
hide
sample048_062
bottom peaks comparison between Endothelial cell in umbilical vein and Fibroblast in skin for spinal muscular atrophy
Data format
hide
sample048_063
bottom peaks comparison between Endothelial cell in umbilical vein and Fibroblast of villous mesenchymal cell
Data format
hide
sample048_064
bottom peaks comparison between Endothelial cell in umbilical vein and Gamma delta+ T cell
Data format
hide
sample048_065
bottom peaks comparison between Endothelial cell in umbilical vein and Gingival epithelial cell
Data format
hide
sample048_066
bottom peaks comparison between Endothelial cell in umbilical vein and Dermal papilla cell in hair follicle
Data format
hide
sample048_067
bottom peaks comparison between Endothelial cell in umbilical vein and Outer root sheath cell in hair follicle
Data format
hide
sample048_068
bottom peaks comparison between Endothelial cell in umbilical vein and Hepatic sinusoidal endothelial cell
Data format
hide
sample048_069
bottom peaks comparison between Endothelial cell in umbilical vein and Hepatic stellate lipocyte
Data format
hide
sample048_070
bottom peaks comparison between Endothelial cell in umbilical vein and Hepatocyte
Data format
hide
sample048_071
bottom peaks comparison between Endothelial cell in umbilical vein and Immature langerhans cell
Data format
hide
sample048_072
bottom peaks comparison between Endothelial cell in umbilical vein and Keratinocyte epidermal cell
Data format
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sample048_073
bottom peaks comparison between Endothelial cell in umbilical vein and Keratocyte
Data format
hide
sample048_074
bottom peaks comparison between Endothelial cell in umbilical vein and Lens epithelial cell
Data format
hide
sample048_075
bottom peaks comparison between Endothelial cell in umbilical vein and Monocyte-derived macrophage
Data format
hide
sample048_076
bottom peaks comparison between Endothelial cell in umbilical vein and Mallassez-devied cell
Data format
hide
sample048_077
bottom peaks comparison between Endothelial cell in umbilical vein and Mammary epithelial cell
Data format
hide
sample048_078
bottom peaks comparison between Endothelial cell in umbilical vein and Mast cell
Data format
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sample048_079
bottom peaks comparison between Endothelial cell in umbilical vein and Expanded mast cell
Data format
hide
sample048_080
bottom peaks comparison between Endothelial cell in umbilical vein and Expanded and stimulated mast cell
Data format
hide
sample048_081
bottom peaks comparison between Endothelial cell in umbilical vein and Melanocyte-dark
Data format
hide
sample048_082
bottom peaks comparison between Endothelial cell in umbilical vein and Melanocyte-light
Data format
hide
sample048_083
bottom peaks comparison between Endothelial cell in umbilical vein and Meningeal cell
Data format
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sample048_084
bottom peaks comparison between Endothelial cell in umbilical vein and Mesenchymal precursor cell in adipose
Data format
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sample048_085
bottom peaks comparison between Endothelial cell in umbilical vein and Mesenchymal precursor cell in bone marrow
Data format
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sample048_086
bottom peaks comparison between Endothelial cell in umbilical vein and Mesenchymal precursor cell in heart
Data format
hide
sample048_087
bottom peaks comparison between Endothelial cell in umbilical vein and Mesenchymal precursor cell in left ovary for ovarian cancer sample
Data format
hide
sample048_088
bottom peaks comparison between Endothelial cell in umbilical vein and Mesenchymal precursor cell for metastatic ovarian cancer sample
Data format
hide
sample048_089
bottom peaks comparison between Endothelial cell in umbilical vein and Mesenchymal precursor cell in right ovary for ovarian cancer sample
Data format
hide
sample048_090
bottom peaks comparison between Endothelial cell in umbilical vein and Mesenchymal stem cell in adipose
Data format
hide
sample048_091
bottom peaks comparison between Endothelial cell in umbilical vein and Mesenchymal stem cell in amniotic membrane
Data format
hide
sample048_092
bottom peaks comparison between Endothelial cell in umbilical vein and Mesenchymal stem cell in bone marrow
Data format
hide
sample048_093
bottom peaks comparison between Endothelial cell in umbilical vein and Mesenchymal stem cell in liver
Data format
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sample048_094
bottom peaks comparison between Endothelial cell in umbilical vein and Mesenchymal stem cell in umbilical cord
Data format
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sample048_095
bottom peaks comparison between Endothelial cell in umbilical vein and Mesothelial cell
Data format
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sample048_096
bottom peaks comparison between Endothelial cell in umbilical vein and Migratory langerhans cell
Data format
hide
sample048_097
bottom peaks comparison between Endothelial cell in umbilical vein and Mesenchymal stem cell of umbilical cord blood
Data format
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sample048_098
bottom peaks comparison between Endothelial cell in umbilical vein and Myoblast
Data format
hide
sample048_099
bottom peaks comparison between Endothelial cell in umbilical vein and Nasal epithelial cell
Data format
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sample048_100
bottom peaks comparison between Endothelial cell in umbilical vein and Natural killer cell
Data format
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sample048_101
bottom peaks comparison between Endothelial cell in umbilical vein and Neural stem cell
Data format
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sample048_102
bottom peaks comparison between Endothelial cell in umbilical vein and Neuron
Data format
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sample048_103
bottom peaks comparison between Endothelial cell in umbilical vein and Neutrophil cell
Data format
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sample048_104
bottom peaks comparison between Endothelial cell in umbilical vein and Nucleus pulposus
Data format
hide
sample048_105
bottom peaks comparison between Endothelial cell in umbilical vein and Olfactory epithelial cell
Data format
hide
sample048_106
bottom peaks comparison between Endothelial cell in umbilical vein and Osteoblast
Data format
hide
sample048_107
bottom peaks comparison between Endothelial cell in umbilical vein and Differentiated osteoblast
Data format
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sample048_108
bottom peaks comparison between Endothelial cell in umbilical vein and Pricyte
Data format
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sample048_109
bottom peaks comparison between Endothelial cell in umbilical vein and Perineurial
Data format
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sample048_110
bottom peaks comparison between Endothelial cell in umbilical vein and Peripheral blood mononuclear cell
Data format
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sample048_111
bottom peaks comparison between Endothelial cell in umbilical vein and Placental epithelial cell
Data format
hide
sample048_112
bottom peaks comparison between Endothelial cell in umbilical vein and Preadipocyte in breast
Data format
hide
sample048_113
bottom peaks comparison between Endothelial cell in umbilical vein and Preadipocyte in omentum
Data format
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sample048_114
bottom peaks comparison between Endothelial cell in umbilical vein and Subcutaneous preadipocyte
Data format
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sample048_115
bottom peaks comparison between Endothelial cell in umbilical vein and Visceral preadipocyte
Data format
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sample048_116
bottom peaks comparison between Endothelial cell in umbilical vein and Prostate epithelial cell
Data format
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sample048_117
bottom peaks comparison between Endothelial cell in umbilical vein and Prostate stromal cell
Data format
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sample048_118
bottom peaks comparison between Endothelial cell in umbilical vein and Renal cortical epithelial cell
Data format
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sample048_119
bottom peaks comparison between Endothelial cell in umbilical vein and Renal glomerular endothelial cell
Data format
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sample048_120
bottom peaks comparison between Endothelial cell in umbilical vein and Renal mesangial cell
Data format
hide
sample048_121
bottom peaks comparison between Endothelial cell in umbilical vein and Renal proximal tubular epithelial cell
Data format
hide
sample048_122
bottom peaks comparison between Endothelial cell in umbilical vein and Renal proximal tubular epithelial cell
Data format
hide
sample048_123
bottom peaks comparison between Endothelial cell in umbilical vein and Salivary acinar cell
Data format
hide
sample048_124
bottom peaks comparison between Endothelial cell in umbilical vein and Schwann
Data format
hide
sample048_125
bottom peaks comparison between Endothelial cell in umbilical vein and Sebocyte
Data format
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sample048_126
bottom peaks comparison between Endothelial cell in umbilical vein and Sertoli
Data format
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sample048_127
bottom peaks comparison between Endothelial cell in umbilical vein and Skeletal muscle
Data format
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sample048_128
bottom peaks comparison between Endothelial cell in umbilical vein and Skeletal muscle differentiated into myotubes
Data format
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sample048_129
bottom peaks comparison between Endothelial cell in umbilical vein and Skeletal muscle satellite cell
Data format
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sample048_130
bottom peaks comparison between Endothelial cell in umbilical vein and Small airway epithelial cell
Data format
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sample048_131
bottom peaks comparison between Endothelial cell in umbilical vein and Airway smooth muscle in asthma
Data format
hide
sample048_132
bottom peaks comparison between Endothelial cell in umbilical vein and Airway smooth muscle in control
Data format
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sample048_133
bottom peaks comparison between Endothelial cell in umbilical vein and Smooth muscle in aorta
Data format
hide
sample048_134
bottom peaks comparison between Endothelial cell in umbilical vein and Smooth muscle in brachiocephalic artery
Data format
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sample048_135
bottom peaks comparison between Endothelial cell in umbilical vein and Smooth muscle in brain vessel
Data format
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sample048_136
bottom peaks comparison between Endothelial cell in umbilical vein and Smooth muscle in bronchial tube
Data format
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sample048_137
bottom peaks comparison between Endothelial cell in umbilical vein and Smooth muscle in carotid artery
Data format
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sample048_138
bottom peaks comparison between Endothelial cell in umbilical vein and Smooth muscle in colon
Data format
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sample048_139
bottom peaks comparison between Endothelial cell in umbilical vein and Smooth muscle in coronary
Data format
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sample048_140
bottom peaks comparison between Endothelial cell in umbilical vein and Smooth muscle in esophagus
Data format
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sample048_141
bottom peaks comparison between Endothelial cell in umbilical vein and Smooth muscle in internal thoracic artery
Data format
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sample048_142
bottom peaks comparison between Endothelial cell in umbilical vein and Smooth muscle in prostate
Data format
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sample048_143
bottom peaks comparison between Endothelial cell in umbilical vein and Smooth muscle in pulmonary artery
Data format
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sample048_144
bottom peaks comparison between Endothelial cell in umbilical vein and Smooth muscle in subclavian artery
Data format
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sample048_145
bottom peaks comparison between Endothelial cell in umbilical vein and Smooth muscle in trachea
Data format
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sample048_146
bottom peaks comparison between Endothelial cell in umbilical vein and Smooth muscle in umbilical artery
Data format
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sample048_147
bottom peaks comparison between Endothelial cell in umbilical vein and Smooth muscle in umbilical vein
Data format
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sample048_148
bottom peaks comparison between Endothelial cell in umbilical vein and Smooth muscle in uterine
Data format
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sample048_149
bottom peaks comparison between Endothelial cell in umbilical vein and Synoviocyte
Data format
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sample048_150
bottom peaks comparison between Endothelial cell in umbilical vein and Tenocyte
Data format
hide
sample048_151
bottom peaks comparison between Endothelial cell in umbilical vein and Trabecular meshwork
Data format
hide
sample048_152
bottom peaks comparison between Endothelial cell in umbilical vein and Tracheal epithelial cell
Data format
hide
sample048_153
bottom peaks comparison between Endothelial cell in umbilical vein and Urothelial cell
Data format
hide
sample048_154
bottom peaks comparison between Endothelial cell in umbilical vein and Whole blood for donor 1
Data format
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sample048_155
bottom peaks comparison between Endothelial cell in umbilical vein and Whole blood for donor 2
Data format
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sample048_156
bottom peaks comparison between Endothelial cell in umbilical vein and Whole blood for donor 3
Data format
hide
sample049_050
bottom peaks comparison between Endothelial cell in vein and Epithelical cell in esophagus
Data format
hide
sample049_051
bottom peaks comparison between Endothelial cell in vein and Adventitial fibroblast in aorta
Data format
hide
sample049_052
bottom peaks comparison between Endothelial cell in vein and Fibroblast in heart
Data format
hide
sample049_053
bottom peaks comparison between Endothelial cell in vein and Fibroblast in choroid plexus
Data format
hide
sample049_054
bottom peaks comparison between Endothelial cell in vein and Fibroblast in conjunctiva
Data format
hide
sample049_055
bottom peaks comparison between Endothelial cell in vein and Fibroblast in derma
Data format
hide
sample049_056
bottom peaks comparison between Endothelial cell in vein and Fibroblast in lung
Data format
hide
sample049_057
bottom peaks comparison between Endothelial cell in vein and Fibroblast in lymphatic vessel
Data format
hide
sample049_058
bottom peaks comparison between Endothelial cell in vein and Fibroblast in mamma
Data format
hide
sample049_059
bottom peaks comparison between Endothelial cell in vein and Fibroblast in periodontal ligament
Data format
hide
sample049_060
bottom peaks comparison between Endothelial cell in vein and Fibroblast in skin for dystrophia mytonica sample
Data format
hide
sample049_061
bottom peaks comparison between Endothelial cell in vein and Fibroblast in skin for normal sample
Data format
hide
sample049_062
bottom peaks comparison between Endothelial cell in vein and Fibroblast in skin for spinal muscular atrophy
Data format
hide
sample049_063
bottom peaks comparison between Endothelial cell in vein and Fibroblast of villous mesenchymal cell
Data format
hide
sample049_064
bottom peaks comparison between Endothelial cell in vein and Gamma delta+ T cell
Data format
hide
sample049_065
bottom peaks comparison between Endothelial cell in vein and Gingival epithelial cell
Data format
hide
sample049_066
bottom peaks comparison between Endothelial cell in vein and Dermal papilla cell in hair follicle
Data format
hide
sample049_067
bottom peaks comparison between Endothelial cell in vein and Outer root sheath cell in hair follicle
Data format
hide
sample049_068
bottom peaks comparison between Endothelial cell in vein and Hepatic sinusoidal endothelial cell
Data format
hide
sample049_069
bottom peaks comparison between Endothelial cell in vein and Hepatic stellate lipocyte
Data format
hide
sample049_070
bottom peaks comparison between Endothelial cell in vein and Hepatocyte
Data format
hide
sample049_071
bottom peaks comparison between Endothelial cell in vein and Immature langerhans cell
Data format
hide
sample049_072
bottom peaks comparison between Endothelial cell in vein and Keratinocyte epidermal cell
Data format
hide
sample049_073
bottom peaks comparison between Endothelial cell in vein and Keratocyte
Data format
hide
sample049_074
bottom peaks comparison between Endothelial cell in vein and Lens epithelial cell
Data format
hide
sample049_075
bottom peaks comparison between Endothelial cell in vein and Monocyte-derived macrophage
Data format
hide
sample049_076
bottom peaks comparison between Endothelial cell in vein and Mallassez-devied cell
Data format
hide
sample049_077
bottom peaks comparison between Endothelial cell in vein and Mammary epithelial cell
Data format
hide
sample049_078
bottom peaks comparison between Endothelial cell in vein and Mast cell
Data format
hide
sample049_079
bottom peaks comparison between Endothelial cell in vein and Expanded mast cell
Data format
hide
sample049_080
bottom peaks comparison between Endothelial cell in vein and Expanded and stimulated mast cell
Data format
hide
sample049_081
bottom peaks comparison between Endothelial cell in vein and Melanocyte-dark
Data format
hide
sample049_082
bottom peaks comparison between Endothelial cell in vein and Melanocyte-light
Data format
hide
sample049_083
bottom peaks comparison between Endothelial cell in vein and Meningeal cell
Data format
hide
sample049_084
bottom peaks comparison between Endothelial cell in vein and Mesenchymal precursor cell in adipose
Data format
hide
sample049_085
bottom peaks comparison between Endothelial cell in vein and Mesenchymal precursor cell in bone marrow
Data format
hide
sample049_086
bottom peaks comparison between Endothelial cell in vein and Mesenchymal precursor cell in heart
Data format
hide
sample049_087
bottom peaks comparison between Endothelial cell in vein and Mesenchymal precursor cell in left ovary for ovarian cancer sample
Data format
hide
sample049_088
bottom peaks comparison between Endothelial cell in vein and Mesenchymal precursor cell for metastatic ovarian cancer sample
Data format
hide
sample049_089
bottom peaks comparison between Endothelial cell in vein and Mesenchymal precursor cell in right ovary for ovarian cancer sample
Data format
hide
sample049_090
bottom peaks comparison between Endothelial cell in vein and Mesenchymal stem cell in adipose
Data format
hide
sample049_091
bottom peaks comparison between Endothelial cell in vein and Mesenchymal stem cell in amniotic membrane
Data format
hide
sample049_092
bottom peaks comparison between Endothelial cell in vein and Mesenchymal stem cell in bone marrow
Data format
hide
sample049_093
bottom peaks comparison between Endothelial cell in vein and Mesenchymal stem cell in liver
Data format
hide
sample049_094
bottom peaks comparison between Endothelial cell in vein and Mesenchymal stem cell in umbilical cord
Data format
hide
sample049_095
bottom peaks comparison between Endothelial cell in vein and Mesothelial cell
Data format
hide
sample049_096
bottom peaks comparison between Endothelial cell in vein and Migratory langerhans cell
Data format
hide
sample049_097
bottom peaks comparison between Endothelial cell in vein and Mesenchymal stem cell of umbilical cord blood
Data format
hide
sample049_098
bottom peaks comparison between Endothelial cell in vein and Myoblast
Data format
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sample049_099
bottom peaks comparison between Endothelial cell in vein and Nasal epithelial cell
Data format
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sample049_100
bottom peaks comparison between Endothelial cell in vein and Natural killer cell
Data format
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sample049_101
bottom peaks comparison between Endothelial cell in vein and Neural stem cell
Data format
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sample049_102
bottom peaks comparison between Endothelial cell in vein and Neuron
Data format
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sample049_103
bottom peaks comparison between Endothelial cell in vein and Neutrophil cell
Data format
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sample049_104
bottom peaks comparison between Endothelial cell in vein and Nucleus pulposus
Data format
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sample049_105
bottom peaks comparison between Endothelial cell in vein and Olfactory epithelial cell
Data format
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sample049_106
bottom peaks comparison between Endothelial cell in vein and Osteoblast
Data format
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sample049_107
bottom peaks comparison between Endothelial cell in vein and Differentiated osteoblast
Data format
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sample049_108
bottom peaks comparison between Endothelial cell in vein and Pricyte
Data format
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sample049_109
bottom peaks comparison between Endothelial cell in vein and Perineurial
Data format
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sample049_110
bottom peaks comparison between Endothelial cell in vein and Peripheral blood mononuclear cell
Data format
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sample049_111
bottom peaks comparison between Endothelial cell in vein and Placental epithelial cell
Data format
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sample049_112
bottom peaks comparison between Endothelial cell in vein and Preadipocyte in breast
Data format
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sample049_113
bottom peaks comparison between Endothelial cell in vein and Preadipocyte in omentum
Data format
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sample049_114
bottom peaks comparison between Endothelial cell in vein and Subcutaneous preadipocyte
Data format
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sample049_115
bottom peaks comparison between Endothelial cell in vein and Visceral preadipocyte
Data format
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sample049_116
bottom peaks comparison between Endothelial cell in vein and Prostate epithelial cell
Data format
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sample049_117
bottom peaks comparison between Endothelial cell in vein and Prostate stromal cell
Data format
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sample049_118
bottom peaks comparison between Endothelial cell in vein and Renal cortical epithelial cell
Data format
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sample049_119
bottom peaks comparison between Endothelial cell in vein and Renal glomerular endothelial cell
Data format
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sample049_120
bottom peaks comparison between Endothelial cell in vein and Renal mesangial cell
Data format
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sample049_121
bottom peaks comparison between Endothelial cell in vein and Renal proximal tubular epithelial cell
Data format
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sample049_122
bottom peaks comparison between Endothelial cell in vein and Renal proximal tubular epithelial cell
Data format
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sample049_123
bottom peaks comparison between Endothelial cell in vein and Salivary acinar cell
Data format
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sample049_124
bottom peaks comparison between Endothelial cell in vein and Schwann
Data format
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sample049_125
bottom peaks comparison between Endothelial cell in vein and Sebocyte
Data format
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sample049_126
bottom peaks comparison between Endothelial cell in vein and Sertoli
Data format
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sample049_127
bottom peaks comparison between Endothelial cell in vein and Skeletal muscle
Data format
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sample049_128
bottom peaks comparison between Endothelial cell in vein and Skeletal muscle differentiated into myotubes
Data format
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sample049_129
bottom peaks comparison between Endothelial cell in vein and Skeletal muscle satellite cell
Data format
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sample049_130
bottom peaks comparison between Endothelial cell in vein and Small airway epithelial cell
Data format
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sample049_131
bottom peaks comparison between Endothelial cell in vein and Airway smooth muscle in asthma
Data format
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sample049_132
bottom peaks comparison between Endothelial cell in vein and Airway smooth muscle in control
Data format
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sample049_133
bottom peaks comparison between Endothelial cell in vein and Smooth muscle in aorta
Data format
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sample049_134
bottom peaks comparison between Endothelial cell in vein and Smooth muscle in brachiocephalic artery
Data format
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sample049_135
bottom peaks comparison between Endothelial cell in vein and Smooth muscle in brain vessel
Data format
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sample049_136
bottom peaks comparison between Endothelial cell in vein and Smooth muscle in bronchial tube
Data format
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sample049_137
bottom peaks comparison between Endothelial cell in vein and Smooth muscle in carotid artery
Data format
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sample049_138
bottom peaks comparison between Endothelial cell in vein and Smooth muscle in colon
Data format
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sample049_139
bottom peaks comparison between Endothelial cell in vein and Smooth muscle in coronary
Data format
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sample049_140
bottom peaks comparison between Endothelial cell in vein and Smooth muscle in esophagus
Data format
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sample049_141
bottom peaks comparison between Endothelial cell in vein and Smooth muscle in internal thoracic artery
Data format
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sample049_142
bottom peaks comparison between Endothelial cell in vein and Smooth muscle in prostate
Data format
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sample049_143
bottom peaks comparison between Endothelial cell in vein and Smooth muscle in pulmonary artery
Data format
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sample049_144
bottom peaks comparison between Endothelial cell in vein and Smooth muscle in subclavian artery
Data format
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sample049_145
bottom peaks comparison between Endothelial cell in vein and Smooth muscle in trachea
Data format
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sample049_146
bottom peaks comparison between Endothelial cell in vein and Smooth muscle in umbilical artery
Data format
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sample049_147
bottom peaks comparison between Endothelial cell in vein and Smooth muscle in umbilical vein
Data format
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sample049_148
bottom peaks comparison between Endothelial cell in vein and Smooth muscle in uterine
Data format
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sample049_149
bottom peaks comparison between Endothelial cell in vein and Synoviocyte
Data format
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sample049_150
bottom peaks comparison between Endothelial cell in vein and Tenocyte
Data format
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sample049_151
bottom peaks comparison between Endothelial cell in vein and Trabecular meshwork
Data format
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sample049_152
bottom peaks comparison between Endothelial cell in vein and Tracheal epithelial cell
Data format
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sample049_153
bottom peaks comparison between Endothelial cell in vein and Urothelial cell
Data format
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sample049_154
bottom peaks comparison between Endothelial cell in vein and Whole blood for donor 1
Data format
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sample049_155
bottom peaks comparison between Endothelial cell in vein and Whole blood for donor 2
Data format
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sample049_156
bottom peaks comparison between Endothelial cell in vein and Whole blood for donor 3
Data format
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sample050_051
bottom peaks comparison between Epithelical cell in esophagus and Adventitial fibroblast in aorta
Data format
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sample050_052
bottom peaks comparison between Epithelical cell in esophagus and Fibroblast in heart
Data format
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sample050_053
bottom peaks comparison between Epithelical cell in esophagus and Fibroblast in choroid plexus
Data format
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sample050_054
bottom peaks comparison between Epithelical cell in esophagus and Fibroblast in conjunctiva
Data format
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sample050_055
bottom peaks comparison between Epithelical cell in esophagus and Fibroblast in derma
Data format
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sample050_056
bottom peaks comparison between Epithelical cell in esophagus and Fibroblast in lung
Data format
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sample050_057
bottom peaks comparison between Epithelical cell in esophagus and Fibroblast in lymphatic vessel
Data format
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sample050_058
bottom peaks comparison between Epithelical cell in esophagus and Fibroblast in mamma
Data format
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sample050_059
bottom peaks comparison between Epithelical cell in esophagus and Fibroblast in periodontal ligament
Data format
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sample050_060
bottom peaks comparison between Epithelical cell in esophagus and Fibroblast in skin for dystrophia mytonica sample
Data format
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sample050_061
bottom peaks comparison between Epithelical cell in esophagus and Fibroblast in skin for normal sample
Data format
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sample050_062
bottom peaks comparison between Epithelical cell in esophagus and Fibroblast in skin for spinal muscular atrophy
Data format
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sample050_063
bottom peaks comparison between Epithelical cell in esophagus and Fibroblast of villous mesenchymal cell
Data format
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sample050_064
bottom peaks comparison between Epithelical cell in esophagus and Gamma delta+ T cell
Data format
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sample050_065
bottom peaks comparison between Epithelical cell in esophagus and Gingival epithelial cell
Data format
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sample050_066
bottom peaks comparison between Epithelical cell in esophagus and Dermal papilla cell in hair follicle
Data format
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sample050_067
bottom peaks comparison between Epithelical cell in esophagus and Outer root sheath cell in hair follicle
Data format
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sample050_068
bottom peaks comparison between Epithelical cell in esophagus and Hepatic sinusoidal endothelial cell
Data format
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sample050_069
bottom peaks comparison between Epithelical cell in esophagus and Hepatic stellate lipocyte
Data format
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sample050_070
bottom peaks comparison between Epithelical cell in esophagus and Hepatocyte
Data format
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sample050_071
bottom peaks comparison between Epithelical cell in esophagus and Immature langerhans cell
Data format
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sample050_072
bottom peaks comparison between Epithelical cell in esophagus and Keratinocyte epidermal cell
Data format
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sample050_073
bottom peaks comparison between Epithelical cell in esophagus and Keratocyte
Data format
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sample050_074
bottom peaks comparison between Epithelical cell in esophagus and Lens epithelial cell
Data format
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sample050_075
bottom peaks comparison between Epithelical cell in esophagus and Monocyte-derived macrophage
Data format
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sample050_076
bottom peaks comparison between Epithelical cell in esophagus and Mallassez-devied cell
Data format
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sample050_077
bottom peaks comparison between Epithelical cell in esophagus and Mammary epithelial cell
Data format
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sample050_078
bottom peaks comparison between Epithelical cell in esophagus and Mast cell
Data format
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sample050_079
bottom peaks comparison between Epithelical cell in esophagus and Expanded mast cell
Data format
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sample050_080
bottom peaks comparison between Epithelical cell in esophagus and Expanded and stimulated mast cell
Data format
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sample050_081
bottom peaks comparison between Epithelical cell in esophagus and Melanocyte-dark
Data format
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sample050_082
bottom peaks comparison between Epithelical cell in esophagus and Melanocyte-light
Data format
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sample050_083
bottom peaks comparison between Epithelical cell in esophagus and Meningeal cell
Data format
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sample050_084
bottom peaks comparison between Epithelical cell in esophagus and Mesenchymal precursor cell in adipose
Data format
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sample050_085
bottom peaks comparison between Epithelical cell in esophagus and Mesenchymal precursor cell in bone marrow
Data format
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sample050_086
bottom peaks comparison between Epithelical cell in esophagus and Mesenchymal precursor cell in heart
Data format
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sample050_087
bottom peaks comparison between Epithelical cell in esophagus and Mesenchymal precursor cell in left ovary for ovarian cancer sample
Data format
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sample050_088
bottom peaks comparison between Epithelical cell in esophagus and Mesenchymal precursor cell for metastatic ovarian cancer sample
Data format
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sample050_089
bottom peaks comparison between Epithelical cell in esophagus and Mesenchymal precursor cell in right ovary for ovarian cancer sample
Data format
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sample050_090
bottom peaks comparison between Epithelical cell in esophagus and Mesenchymal stem cell in adipose
Data format
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sample050_091
bottom peaks comparison between Epithelical cell in esophagus and Mesenchymal stem cell in amniotic membrane
Data format
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sample050_092
bottom peaks comparison between Epithelical cell in esophagus and Mesenchymal stem cell in bone marrow
Data format
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sample050_093
bottom peaks comparison between Epithelical cell in esophagus and Mesenchymal stem cell in liver
Data format
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sample050_094
bottom peaks comparison between Epithelical cell in esophagus and Mesenchymal stem cell in umbilical cord
Data format
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sample050_095
bottom peaks comparison between Epithelical cell in esophagus and Mesothelial cell
Data format
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sample050_096
bottom peaks comparison between Epithelical cell in esophagus and Migratory langerhans cell
Data format
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sample050_097
bottom peaks comparison between Epithelical cell in esophagus and Mesenchymal stem cell of umbilical cord blood
Data format
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sample050_098
bottom peaks comparison between Epithelical cell in esophagus and Myoblast
Data format
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sample050_099
bottom peaks comparison between Epithelical cell in esophagus and Nasal epithelial cell
Data format
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sample050_100
bottom peaks comparison between Epithelical cell in esophagus and Natural killer cell
Data format
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sample050_101
bottom peaks comparison between Epithelical cell in esophagus and Neural stem cell
Data format
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sample050_102
bottom peaks comparison between Epithelical cell in esophagus and Neuron
Data format
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sample050_103
bottom peaks comparison between Epithelical cell in esophagus and Neutrophil cell
Data format
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sample050_104
bottom peaks comparison between Epithelical cell in esophagus and Nucleus pulposus
Data format
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sample050_105
bottom peaks comparison between Epithelical cell in esophagus and Olfactory epithelial cell
Data format
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sample050_106
bottom peaks comparison between Epithelical cell in esophagus and Osteoblast
Data format
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sample050_107
bottom peaks comparison between Epithelical cell in esophagus and Differentiated osteoblast
Data format
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sample050_108
bottom peaks comparison between Epithelical cell in esophagus and Pricyte
Data format
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sample050_109
bottom peaks comparison between Epithelical cell in esophagus and Perineurial
Data format
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sample050_110
bottom peaks comparison between Epithelical cell in esophagus and Peripheral blood mononuclear cell
Data format
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sample050_111
bottom peaks comparison between Epithelical cell in esophagus and Placental epithelial cell
Data format
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sample050_112
bottom peaks comparison between Epithelical cell in esophagus and Preadipocyte in breast
Data format
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sample050_113
bottom peaks comparison between Epithelical cell in esophagus and Preadipocyte in omentum
Data format
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sample050_114
bottom peaks comparison between Epithelical cell in esophagus and Subcutaneous preadipocyte
Data format
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sample050_115
bottom peaks comparison between Epithelical cell in esophagus and Visceral preadipocyte
Data format
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sample050_116
bottom peaks comparison between Epithelical cell in esophagus and Prostate epithelial cell
Data format
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sample050_117
bottom peaks comparison between Epithelical cell in esophagus and Prostate stromal cell
Data format
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sample050_118
bottom peaks comparison between Epithelical cell in esophagus and Renal cortical epithelial cell
Data format
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sample050_119
bottom peaks comparison between Epithelical cell in esophagus and Renal glomerular endothelial cell
Data format
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sample050_120
bottom peaks comparison between Epithelical cell in esophagus and Renal mesangial cell
Data format
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sample050_121
bottom peaks comparison between Epithelical cell in esophagus and Renal proximal tubular epithelial cell
Data format
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sample050_122
bottom peaks comparison between Epithelical cell in esophagus and Renal proximal tubular epithelial cell
Data format
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sample050_123
bottom peaks comparison between Epithelical cell in esophagus and Salivary acinar cell
Data format
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sample050_124
bottom peaks comparison between Epithelical cell in esophagus and Schwann
Data format
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sample050_125
bottom peaks comparison between Epithelical cell in esophagus and Sebocyte
Data format
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sample050_126
bottom peaks comparison between Epithelical cell in esophagus and Sertoli
Data format
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sample050_127
bottom peaks comparison between Epithelical cell in esophagus and Skeletal muscle
Data format
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sample050_128
bottom peaks comparison between Epithelical cell in esophagus and Skeletal muscle differentiated into myotubes
Data format
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sample050_129
bottom peaks comparison between Epithelical cell in esophagus and Skeletal muscle satellite cell
Data format
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sample050_130
bottom peaks comparison between Epithelical cell in esophagus and Small airway epithelial cell
Data format
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sample050_131
bottom peaks comparison between Epithelical cell in esophagus and Airway smooth muscle in asthma
Data format
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sample050_132
bottom peaks comparison between Epithelical cell in esophagus and Airway smooth muscle in control
Data format
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sample050_133
bottom peaks comparison between Epithelical cell in esophagus and Smooth muscle in aorta
Data format
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sample050_134
bottom peaks comparison between Epithelical cell in esophagus and Smooth muscle in brachiocephalic artery
Data format
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sample050_135
bottom peaks comparison between Epithelical cell in esophagus and Smooth muscle in brain vessel
Data format
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sample050_136
bottom peaks comparison between Epithelical cell in esophagus and Smooth muscle in bronchial tube
Data format
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sample050_137
bottom peaks comparison between Epithelical cell in esophagus and Smooth muscle in carotid artery
Data format
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sample050_138
bottom peaks comparison between Epithelical cell in esophagus and Smooth muscle in colon
Data format
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sample050_139
bottom peaks comparison between Epithelical cell in esophagus and Smooth muscle in coronary
Data format
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sample050_140
bottom peaks comparison between Epithelical cell in esophagus and Smooth muscle in esophagus
Data format
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sample050_141
bottom peaks comparison between Epithelical cell in esophagus and Smooth muscle in internal thoracic artery
Data format
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sample050_142
bottom peaks comparison between Epithelical cell in esophagus and Smooth muscle in prostate
Data format
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sample050_143
bottom peaks comparison between Epithelical cell in esophagus and Smooth muscle in pulmonary artery
Data format
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sample050_144
bottom peaks comparison between Epithelical cell in esophagus and Smooth muscle in subclavian artery
Data format
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sample050_145
bottom peaks comparison between Epithelical cell in esophagus and Smooth muscle in trachea
Data format
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sample050_146
bottom peaks comparison between Epithelical cell in esophagus and Smooth muscle in umbilical artery
Data format
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sample050_147
bottom peaks comparison between Epithelical cell in esophagus and Smooth muscle in umbilical vein
Data format
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sample050_148
bottom peaks comparison between Epithelical cell in esophagus and Smooth muscle in uterine
Data format
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sample050_149
bottom peaks comparison between Epithelical cell in esophagus and Synoviocyte
Data format
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sample050_150
bottom peaks comparison between Epithelical cell in esophagus and Tenocyte
Data format
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sample050_151
bottom peaks comparison between Epithelical cell in esophagus and Trabecular meshwork
Data format
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sample050_152
bottom peaks comparison between Epithelical cell in esophagus and Tracheal epithelial cell
Data format
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sample050_153
bottom peaks comparison between Epithelical cell in esophagus and Urothelial cell
Data format
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sample050_154
bottom peaks comparison between Epithelical cell in esophagus and Whole blood for donor 1
Data format
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sample050_155
bottom peaks comparison between Epithelical cell in esophagus and Whole blood for donor 2
Data format
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sample050_156
bottom peaks comparison between Epithelical cell in esophagus and Whole blood for donor 3
Data format
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sample051_052
bottom peaks comparison between Adventitial fibroblast in aorta and Fibroblast in heart
Data format
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sample051_053
bottom peaks comparison between Adventitial fibroblast in aorta and Fibroblast in choroid plexus
Data format
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sample051_054
bottom peaks comparison between Adventitial fibroblast in aorta and Fibroblast in conjunctiva
Data format
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sample051_055
bottom peaks comparison between Adventitial fibroblast in aorta and Fibroblast in derma
Data format
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sample051_056
bottom peaks comparison between Adventitial fibroblast in aorta and Fibroblast in lung
Data format
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sample051_057
bottom peaks comparison between Adventitial fibroblast in aorta and Fibroblast in lymphatic vessel
Data format
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sample051_058
bottom peaks comparison between Adventitial fibroblast in aorta and Fibroblast in mamma
Data format
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sample051_059
bottom peaks comparison between Adventitial fibroblast in aorta and Fibroblast in periodontal ligament
Data format
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sample051_060
bottom peaks comparison between Adventitial fibroblast in aorta and Fibroblast in skin for dystrophia mytonica sample
Data format
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sample051_061
bottom peaks comparison between Adventitial fibroblast in aorta and Fibroblast in skin for normal sample
Data format
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sample051_062
bottom peaks comparison between Adventitial fibroblast in aorta and Fibroblast in skin for spinal muscular atrophy
Data format
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sample051_063
bottom peaks comparison between Adventitial fibroblast in aorta and Fibroblast of villous mesenchymal cell
Data format
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sample051_064
bottom peaks comparison between Adventitial fibroblast in aorta and Gamma delta+ T cell
Data format
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sample051_065
bottom peaks comparison between Adventitial fibroblast in aorta and Gingival epithelial cell
Data format
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sample051_066
bottom peaks comparison between Adventitial fibroblast in aorta and Dermal papilla cell in hair follicle
Data format
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sample051_067
bottom peaks comparison between Adventitial fibroblast in aorta and Outer root sheath cell in hair follicle
Data format
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sample051_068
bottom peaks comparison between Adventitial fibroblast in aorta and Hepatic sinusoidal endothelial cell
Data format
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sample051_069
bottom peaks comparison between Adventitial fibroblast in aorta and Hepatic stellate lipocyte
Data format
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sample051_070
bottom peaks comparison between Adventitial fibroblast in aorta and Hepatocyte
Data format
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sample051_071
bottom peaks comparison between Adventitial fibroblast in aorta and Immature langerhans cell
Data format
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sample051_072
bottom peaks comparison between Adventitial fibroblast in aorta and Keratinocyte epidermal cell
Data format
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sample051_073
bottom peaks comparison between Adventitial fibroblast in aorta and Keratocyte
Data format
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sample051_074
bottom peaks comparison between Adventitial fibroblast in aorta and Lens epithelial cell
Data format
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sample051_075
bottom peaks comparison between Adventitial fibroblast in aorta and Monocyte-derived macrophage
Data format
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sample051_076
bottom peaks comparison between Adventitial fibroblast in aorta and Mallassez-devied cell
Data format
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sample051_077
bottom peaks comparison between Adventitial fibroblast in aorta and Mammary epithelial cell
Data format
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sample051_078
bottom peaks comparison between Adventitial fibroblast in aorta and Mast cell
Data format
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sample051_079
bottom peaks comparison between Adventitial fibroblast in aorta and Expanded mast cell
Data format
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sample051_080
bottom peaks comparison between Adventitial fibroblast in aorta and Expanded and stimulated mast cell
Data format
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sample051_081
bottom peaks comparison between Adventitial fibroblast in aorta and Melanocyte-dark
Data format
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sample051_082
bottom peaks comparison between Adventitial fibroblast in aorta and Melanocyte-light
Data format
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sample051_083
bottom peaks comparison between Adventitial fibroblast in aorta and Meningeal cell
Data format
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sample051_084
bottom peaks comparison between Adventitial fibroblast in aorta and Mesenchymal precursor cell in adipose
Data format
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sample051_085
bottom peaks comparison between Adventitial fibroblast in aorta and Mesenchymal precursor cell in bone marrow
Data format
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sample051_086
bottom peaks comparison between Adventitial fibroblast in aorta and Mesenchymal precursor cell in heart
Data format
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sample051_087
bottom peaks comparison between Adventitial fibroblast in aorta and Mesenchymal precursor cell in left ovary for ovarian cancer sample
Data format
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sample051_088
bottom peaks comparison between Adventitial fibroblast in aorta and Mesenchymal precursor cell for metastatic ovarian cancer sample
Data format
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sample051_089
bottom peaks comparison between Adventitial fibroblast in aorta and Mesenchymal precursor cell in right ovary for ovarian cancer sample
Data format
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sample051_090
bottom peaks comparison between Adventitial fibroblast in aorta and Mesenchymal stem cell in adipose
Data format
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sample051_091
bottom peaks comparison between Adventitial fibroblast in aorta and Mesenchymal stem cell in amniotic membrane
Data format
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sample051_092
bottom peaks comparison between Adventitial fibroblast in aorta and Mesenchymal stem cell in bone marrow
Data format
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sample051_093
bottom peaks comparison between Adventitial fibroblast in aorta and Mesenchymal stem cell in liver
Data format
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sample051_094
bottom peaks comparison between Adventitial fibroblast in aorta and Mesenchymal stem cell in umbilical cord
Data format
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sample051_095
bottom peaks comparison between Adventitial fibroblast in aorta and Mesothelial cell
Data format
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sample051_096
bottom peaks comparison between Adventitial fibroblast in aorta and Migratory langerhans cell
Data format
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sample051_097
bottom peaks comparison between Adventitial fibroblast in aorta and Mesenchymal stem cell of umbilical cord blood
Data format
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sample051_098
bottom peaks comparison between Adventitial fibroblast in aorta and Myoblast
Data format
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sample051_099
bottom peaks comparison between Adventitial fibroblast in aorta and Nasal epithelial cell
Data format
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sample051_100
bottom peaks comparison between Adventitial fibroblast in aorta and Natural killer cell
Data format
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sample051_101
bottom peaks comparison between Adventitial fibroblast in aorta and Neural stem cell
Data format
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sample051_102
bottom peaks comparison between Adventitial fibroblast in aorta and Neuron
Data format
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sample051_103
bottom peaks comparison between Adventitial fibroblast in aorta and Neutrophil cell
Data format
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sample051_104
bottom peaks comparison between Adventitial fibroblast in aorta and Nucleus pulposus
Data format
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sample051_105
bottom peaks comparison between Adventitial fibroblast in aorta and Olfactory epithelial cell
Data format
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sample051_106
bottom peaks comparison between Adventitial fibroblast in aorta and Osteoblast
Data format
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sample051_107
bottom peaks comparison between Adventitial fibroblast in aorta and Differentiated osteoblast
Data format
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sample051_108
bottom peaks comparison between Adventitial fibroblast in aorta and Pricyte
Data format
hide
sample051_109
bottom peaks comparison between Adventitial fibroblast in aorta and Perineurial
Data format
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sample051_110
bottom peaks comparison between Adventitial fibroblast in aorta and Peripheral blood mononuclear cell
Data format
hide
sample051_111
bottom peaks comparison between Adventitial fibroblast in aorta and Placental epithelial cell
Data format
hide
sample051_112
bottom peaks comparison between Adventitial fibroblast in aorta and Preadipocyte in breast
Data format
hide
sample051_113
bottom peaks comparison between Adventitial fibroblast in aorta and Preadipocyte in omentum
Data format
hide
sample051_114
bottom peaks comparison between Adventitial fibroblast in aorta and Subcutaneous preadipocyte
Data format
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sample051_115
bottom peaks comparison between Adventitial fibroblast in aorta and Visceral preadipocyte
Data format
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sample051_116
bottom peaks comparison between Adventitial fibroblast in aorta and Prostate epithelial cell
Data format
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sample051_117
bottom peaks comparison between Adventitial fibroblast in aorta and Prostate stromal cell
Data format
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sample051_118
bottom peaks comparison between Adventitial fibroblast in aorta and Renal cortical epithelial cell
Data format
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sample051_119
bottom peaks comparison between Adventitial fibroblast in aorta and Renal glomerular endothelial cell
Data format
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sample051_120
bottom peaks comparison between Adventitial fibroblast in aorta and Renal mesangial cell
Data format
hide
sample051_121
bottom peaks comparison between Adventitial fibroblast in aorta and Renal proximal tubular epithelial cell
Data format
hide
sample051_122
bottom peaks comparison between Adventitial fibroblast in aorta and Renal proximal tubular epithelial cell
Data format
hide
sample051_123
bottom peaks comparison between Adventitial fibroblast in aorta and Salivary acinar cell
Data format
hide
sample051_124
bottom peaks comparison between Adventitial fibroblast in aorta and Schwann
Data format
hide
sample051_125
bottom peaks comparison between Adventitial fibroblast in aorta and Sebocyte
Data format
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sample051_126
bottom peaks comparison between Adventitial fibroblast in aorta and Sertoli
Data format
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sample051_127
bottom peaks comparison between Adventitial fibroblast in aorta and Skeletal muscle
Data format
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sample051_128
bottom peaks comparison between Adventitial fibroblast in aorta and Skeletal muscle differentiated into myotubes
Data format
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sample051_129
bottom peaks comparison between Adventitial fibroblast in aorta and Skeletal muscle satellite cell
Data format
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sample051_130
bottom peaks comparison between Adventitial fibroblast in aorta and Small airway epithelial cell
Data format
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sample051_131
bottom peaks comparison between Adventitial fibroblast in aorta and Airway smooth muscle in asthma
Data format
hide
sample051_132
bottom peaks comparison between Adventitial fibroblast in aorta and Airway smooth muscle in control
Data format
hide
sample051_133
bottom peaks comparison between Adventitial fibroblast in aorta and Smooth muscle in aorta
Data format
hide
sample051_134
bottom peaks comparison between Adventitial fibroblast in aorta and Smooth muscle in brachiocephalic artery
Data format
hide
sample051_135
bottom peaks comparison between Adventitial fibroblast in aorta and Smooth muscle in brain vessel
Data format
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sample051_136
bottom peaks comparison between Adventitial fibroblast in aorta and Smooth muscle in bronchial tube
Data format
hide
sample051_137
bottom peaks comparison between Adventitial fibroblast in aorta and Smooth muscle in carotid artery
Data format
hide
sample051_138
bottom peaks comparison between Adventitial fibroblast in aorta and Smooth muscle in colon
Data format
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sample051_139
bottom peaks comparison between Adventitial fibroblast in aorta and Smooth muscle in coronary
Data format
hide
sample051_140
bottom peaks comparison between Adventitial fibroblast in aorta and Smooth muscle in esophagus
Data format
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sample051_141
bottom peaks comparison between Adventitial fibroblast in aorta and Smooth muscle in internal thoracic artery
Data format
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sample051_142
bottom peaks comparison between Adventitial fibroblast in aorta and Smooth muscle in prostate
Data format
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sample051_143
bottom peaks comparison between Adventitial fibroblast in aorta and Smooth muscle in pulmonary artery
Data format
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sample051_144
bottom peaks comparison between Adventitial fibroblast in aorta and Smooth muscle in subclavian artery
Data format
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sample051_145
bottom peaks comparison between Adventitial fibroblast in aorta and Smooth muscle in trachea
Data format
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sample051_146
bottom peaks comparison between Adventitial fibroblast in aorta and Smooth muscle in umbilical artery
Data format
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sample051_147
bottom peaks comparison between Adventitial fibroblast in aorta and Smooth muscle in umbilical vein
Data format
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sample051_148
bottom peaks comparison between Adventitial fibroblast in aorta and Smooth muscle in uterine
Data format
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sample051_149
bottom peaks comparison between Adventitial fibroblast in aorta and Synoviocyte
Data format
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sample051_150
bottom peaks comparison between Adventitial fibroblast in aorta and Tenocyte
Data format
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sample051_151
bottom peaks comparison between Adventitial fibroblast in aorta and Trabecular meshwork
Data format
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sample051_152
bottom peaks comparison between Adventitial fibroblast in aorta and Tracheal epithelial cell
Data format
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sample051_153
bottom peaks comparison between Adventitial fibroblast in aorta and Urothelial cell
Data format
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sample051_154
bottom peaks comparison between Adventitial fibroblast in aorta and Whole blood for donor 1
Data format
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sample051_155
bottom peaks comparison between Adventitial fibroblast in aorta and Whole blood for donor 2
Data format
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sample051_156
bottom peaks comparison between Adventitial fibroblast in aorta and Whole blood for donor 3
Data format
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sample052_053
bottom peaks comparison between Fibroblast in heart and Fibroblast in choroid plexus
Data format
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sample052_054
bottom peaks comparison between Fibroblast in heart and Fibroblast in conjunctiva
Data format
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sample052_055
bottom peaks comparison between Fibroblast in heart and Fibroblast in derma
Data format
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sample052_056
bottom peaks comparison between Fibroblast in heart and Fibroblast in lung
Data format
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sample052_057
bottom peaks comparison between Fibroblast in heart and Fibroblast in lymphatic vessel
Data format
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sample052_058
bottom peaks comparison between Fibroblast in heart and Fibroblast in mamma
Data format
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sample052_059
bottom peaks comparison between Fibroblast in heart and Fibroblast in periodontal ligament
Data format
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sample052_060
bottom peaks comparison between Fibroblast in heart and Fibroblast in skin for dystrophia mytonica sample
Data format
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sample052_061
bottom peaks comparison between Fibroblast in heart and Fibroblast in skin for normal sample
Data format
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sample052_062
bottom peaks comparison between Fibroblast in heart and Fibroblast in skin for spinal muscular atrophy
Data format
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sample052_063
bottom peaks comparison between Fibroblast in heart and Fibroblast of villous mesenchymal cell
Data format
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sample052_064
bottom peaks comparison between Fibroblast in heart and Gamma delta+ T cell
Data format
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sample052_065
bottom peaks comparison between Fibroblast in heart and Gingival epithelial cell
Data format
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sample052_066
bottom peaks comparison between Fibroblast in heart and Dermal papilla cell in hair follicle
Data format
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sample052_067
bottom peaks comparison between Fibroblast in heart and Outer root sheath cell in hair follicle
Data format
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sample052_068
bottom peaks comparison between Fibroblast in heart and Hepatic sinusoidal endothelial cell
Data format
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sample052_069
bottom peaks comparison between Fibroblast in heart and Hepatic stellate lipocyte
Data format
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sample052_070
bottom peaks comparison between Fibroblast in heart and Hepatocyte
Data format
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sample052_071
bottom peaks comparison between Fibroblast in heart and Immature langerhans cell
Data format
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sample052_072
bottom peaks comparison between Fibroblast in heart and Keratinocyte epidermal cell
Data format
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sample052_073
bottom peaks comparison between Fibroblast in heart and Keratocyte
Data format
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sample052_074
bottom peaks comparison between Fibroblast in heart and Lens epithelial cell
Data format
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sample052_075
bottom peaks comparison between Fibroblast in heart and Monocyte-derived macrophage
Data format
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sample052_076
bottom peaks comparison between Fibroblast in heart and Mallassez-devied cell
Data format
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sample052_077
bottom peaks comparison between Fibroblast in heart and Mammary epithelial cell
Data format
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sample052_078
bottom peaks comparison between Fibroblast in heart and Mast cell
Data format
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sample052_079
bottom peaks comparison between Fibroblast in heart and Expanded mast cell
Data format
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sample052_080
bottom peaks comparison between Fibroblast in heart and Expanded and stimulated mast cell
Data format
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sample052_081
bottom peaks comparison between Fibroblast in heart and Melanocyte-dark
Data format
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sample052_082
bottom peaks comparison between Fibroblast in heart and Melanocyte-light
Data format
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sample052_083
bottom peaks comparison between Fibroblast in heart and Meningeal cell
Data format
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sample052_084
bottom peaks comparison between Fibroblast in heart and Mesenchymal precursor cell in adipose
Data format
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sample052_085
bottom peaks comparison between Fibroblast in heart and Mesenchymal precursor cell in bone marrow
Data format
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sample052_086
bottom peaks comparison between Fibroblast in heart and Mesenchymal precursor cell in heart
Data format
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sample052_087
bottom peaks comparison between Fibroblast in heart and Mesenchymal precursor cell in left ovary for ovarian cancer sample
Data format
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sample052_088
bottom peaks comparison between Fibroblast in heart and Mesenchymal precursor cell for metastatic ovarian cancer sample
Data format
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sample052_089
bottom peaks comparison between Fibroblast in heart and Mesenchymal precursor cell in right ovary for ovarian cancer sample
Data format
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sample052_090
bottom peaks comparison between Fibroblast in heart and Mesenchymal stem cell in adipose
Data format
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sample052_091
bottom peaks comparison between Fibroblast in heart and Mesenchymal stem cell in amniotic membrane
Data format
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sample052_092
bottom peaks comparison between Fibroblast in heart and Mesenchymal stem cell in bone marrow
Data format
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sample052_093
bottom peaks comparison between Fibroblast in heart and Mesenchymal stem cell in liver
Data format
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sample052_094
bottom peaks comparison between Fibroblast in heart and Mesenchymal stem cell in umbilical cord
Data format
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sample052_095
bottom peaks comparison between Fibroblast in heart and Mesothelial cell
Data format
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sample052_096
bottom peaks comparison between Fibroblast in heart and Migratory langerhans cell
Data format
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sample052_097
bottom peaks comparison between Fibroblast in heart and Mesenchymal stem cell of umbilical cord blood
Data format
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sample052_098
bottom peaks comparison between Fibroblast in heart and Myoblast
Data format
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sample052_099
bottom peaks comparison between Fibroblast in heart and Nasal epithelial cell
Data format
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sample052_100
bottom peaks comparison between Fibroblast in heart and Natural killer cell
Data format
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sample052_101
bottom peaks comparison between Fibroblast in heart and Neural stem cell
Data format
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sample052_102
bottom peaks comparison between Fibroblast in heart and Neuron
Data format
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sample052_103
bottom peaks comparison between Fibroblast in heart and Neutrophil cell
Data format
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sample052_104
bottom peaks comparison between Fibroblast in heart and Nucleus pulposus
Data format
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sample052_105
bottom peaks comparison between Fibroblast in heart and Olfactory epithelial cell
Data format
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sample052_106
bottom peaks comparison between Fibroblast in heart and Osteoblast
Data format
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sample052_107
bottom peaks comparison between Fibroblast in heart and Differentiated osteoblast
Data format
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sample052_108
bottom peaks comparison between Fibroblast in heart and Pricyte
Data format
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sample052_109
bottom peaks comparison between Fibroblast in heart and Perineurial
Data format
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sample052_110
bottom peaks comparison between Fibroblast in heart and Peripheral blood mononuclear cell
Data format
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sample052_111
bottom peaks comparison between Fibroblast in heart and Placental epithelial cell
Data format
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sample052_112
bottom peaks comparison between Fibroblast in heart and Preadipocyte in breast
Data format
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sample052_113
bottom peaks comparison between Fibroblast in heart and Preadipocyte in omentum
Data format
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sample052_114
bottom peaks comparison between Fibroblast in heart and Subcutaneous preadipocyte
Data format
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sample052_115
bottom peaks comparison between Fibroblast in heart and Visceral preadipocyte
Data format
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sample052_116
bottom peaks comparison between Fibroblast in heart and Prostate epithelial cell
Data format
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sample052_117
bottom peaks comparison between Fibroblast in heart and Prostate stromal cell
Data format
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sample052_118
bottom peaks comparison between Fibroblast in heart and Renal cortical epithelial cell
Data format
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sample052_119
bottom peaks comparison between Fibroblast in heart and Renal glomerular endothelial cell
Data format
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sample052_120
bottom peaks comparison between Fibroblast in heart and Renal mesangial cell
Data format
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sample052_121
bottom peaks comparison between Fibroblast in heart and Renal proximal tubular epithelial cell
Data format
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sample052_122
bottom peaks comparison between Fibroblast in heart and Renal proximal tubular epithelial cell
Data format
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sample052_123
bottom peaks comparison between Fibroblast in heart and Salivary acinar cell
Data format
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sample052_124
bottom peaks comparison between Fibroblast in heart and Schwann
Data format
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sample052_125
bottom peaks comparison between Fibroblast in heart and Sebocyte
Data format
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sample052_126
bottom peaks comparison between Fibroblast in heart and Sertoli
Data format
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sample052_127
bottom peaks comparison between Fibroblast in heart and Skeletal muscle
Data format
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sample052_128
bottom peaks comparison between Fibroblast in heart and Skeletal muscle differentiated into myotubes
Data format
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sample052_129
bottom peaks comparison between Fibroblast in heart and Skeletal muscle satellite cell
Data format
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sample052_130
bottom peaks comparison between Fibroblast in heart and Small airway epithelial cell
Data format
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sample052_131
bottom peaks comparison between Fibroblast in heart and Airway smooth muscle in asthma
Data format
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sample052_132
bottom peaks comparison between Fibroblast in heart and Airway smooth muscle in control
Data format
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sample052_133
bottom peaks comparison between Fibroblast in heart and Smooth muscle in aorta
Data format
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sample052_134
bottom peaks comparison between Fibroblast in heart and Smooth muscle in brachiocephalic artery
Data format
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sample052_135
bottom peaks comparison between Fibroblast in heart and Smooth muscle in brain vessel
Data format
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sample052_136
bottom peaks comparison between Fibroblast in heart and Smooth muscle in bronchial tube
Data format
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sample052_137
bottom peaks comparison between Fibroblast in heart and Smooth muscle in carotid artery
Data format
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sample052_138
bottom peaks comparison between Fibroblast in heart and Smooth muscle in colon
Data format
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sample052_139
bottom peaks comparison between Fibroblast in heart and Smooth muscle in coronary
Data format
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sample052_140
bottom peaks comparison between Fibroblast in heart and Smooth muscle in esophagus
Data format
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sample052_141
bottom peaks comparison between Fibroblast in heart and Smooth muscle in internal thoracic artery
Data format
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sample052_142
bottom peaks comparison between Fibroblast in heart and Smooth muscle in prostate
Data format
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sample052_143
bottom peaks comparison between Fibroblast in heart and Smooth muscle in pulmonary artery
Data format
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sample052_144
bottom peaks comparison between Fibroblast in heart and Smooth muscle in subclavian artery
Data format
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sample052_145
bottom peaks comparison between Fibroblast in heart and Smooth muscle in trachea
Data format
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sample052_146
bottom peaks comparison between Fibroblast in heart and Smooth muscle in umbilical artery
Data format
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sample052_147
bottom peaks comparison between Fibroblast in heart and Smooth muscle in umbilical vein
Data format
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sample052_148
bottom peaks comparison between Fibroblast in heart and Smooth muscle in uterine
Data format
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sample052_149
bottom peaks comparison between Fibroblast in heart and Synoviocyte
Data format
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sample052_150
bottom peaks comparison between Fibroblast in heart and Tenocyte
Data format
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sample052_151
bottom peaks comparison between Fibroblast in heart and Trabecular meshwork
Data format
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sample052_152
bottom peaks comparison between Fibroblast in heart and Tracheal epithelial cell
Data format
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sample052_153
bottom peaks comparison between Fibroblast in heart and Urothelial cell
Data format
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sample052_154
bottom peaks comparison between Fibroblast in heart and Whole blood for donor 1
Data format
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sample052_155
bottom peaks comparison between Fibroblast in heart and Whole blood for donor 2
Data format
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sample052_156
bottom peaks comparison between Fibroblast in heart and Whole blood for donor 3
Data format
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sample053_054
bottom peaks comparison between Fibroblast in choroid plexus and Fibroblast in conjunctiva
Data format
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sample053_055
bottom peaks comparison between Fibroblast in choroid plexus and Fibroblast in derma
Data format
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sample053_056
bottom peaks comparison between Fibroblast in choroid plexus and Fibroblast in lung
Data format
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sample053_057
bottom peaks comparison between Fibroblast in choroid plexus and Fibroblast in lymphatic vessel
Data format
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sample053_058
bottom peaks comparison between Fibroblast in choroid plexus and Fibroblast in mamma
Data format
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sample053_059
bottom peaks comparison between Fibroblast in choroid plexus and Fibroblast in periodontal ligament
Data format
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sample053_060
bottom peaks comparison between Fibroblast in choroid plexus and Fibroblast in skin for dystrophia mytonica sample
Data format
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sample053_061
bottom peaks comparison between Fibroblast in choroid plexus and Fibroblast in skin for normal sample
Data format
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sample053_062
bottom peaks comparison between Fibroblast in choroid plexus and Fibroblast in skin for spinal muscular atrophy
Data format
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sample053_063
bottom peaks comparison between Fibroblast in choroid plexus and Fibroblast of villous mesenchymal cell
Data format
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sample053_064
bottom peaks comparison between Fibroblast in choroid plexus and Gamma delta+ T cell
Data format
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sample053_065
bottom peaks comparison between Fibroblast in choroid plexus and Gingival epithelial cell
Data format
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sample053_066
bottom peaks comparison between Fibroblast in choroid plexus and Dermal papilla cell in hair follicle
Data format
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sample053_067
bottom peaks comparison between Fibroblast in choroid plexus and Outer root sheath cell in hair follicle
Data format
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sample053_068
bottom peaks comparison between Fibroblast in choroid plexus and Hepatic sinusoidal endothelial cell
Data format
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sample053_069
bottom peaks comparison between Fibroblast in choroid plexus and Hepatic stellate lipocyte
Data format
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sample053_070
bottom peaks comparison between Fibroblast in choroid plexus and Hepatocyte
Data format
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sample053_071
bottom peaks comparison between Fibroblast in choroid plexus and Immature langerhans cell
Data format
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sample053_072
bottom peaks comparison between Fibroblast in choroid plexus and Keratinocyte epidermal cell
Data format
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sample053_073
bottom peaks comparison between Fibroblast in choroid plexus and Keratocyte
Data format
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sample053_074
bottom peaks comparison between Fibroblast in choroid plexus and Lens epithelial cell
Data format
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sample053_075
bottom peaks comparison between Fibroblast in choroid plexus and Monocyte-derived macrophage
Data format
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sample053_076
bottom peaks comparison between Fibroblast in choroid plexus and Mallassez-devied cell
Data format
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sample053_077
bottom peaks comparison between Fibroblast in choroid plexus and Mammary epithelial cell
Data format
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sample053_078
bottom peaks comparison between Fibroblast in choroid plexus and Mast cell
Data format
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sample053_079
bottom peaks comparison between Fibroblast in choroid plexus and Expanded mast cell
Data format
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sample053_080
bottom peaks comparison between Fibroblast in choroid plexus and Expanded and stimulated mast cell
Data format
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sample053_081
bottom peaks comparison between Fibroblast in choroid plexus and Melanocyte-dark
Data format
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sample053_082
bottom peaks comparison between Fibroblast in choroid plexus and Melanocyte-light
Data format
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sample053_083
bottom peaks comparison between Fibroblast in choroid plexus and Meningeal cell
Data format
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sample053_084
bottom peaks comparison between Fibroblast in choroid plexus and Mesenchymal precursor cell in adipose
Data format
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sample053_085
bottom peaks comparison between Fibroblast in choroid plexus and Mesenchymal precursor cell in bone marrow
Data format
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sample053_086
bottom peaks comparison between Fibroblast in choroid plexus and Mesenchymal precursor cell in heart
Data format
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sample053_087
bottom peaks comparison between Fibroblast in choroid plexus and Mesenchymal precursor cell in left ovary for ovarian cancer sample
Data format
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sample053_088
bottom peaks comparison between Fibroblast in choroid plexus and Mesenchymal precursor cell for metastatic ovarian cancer sample
Data format
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sample053_089
bottom peaks comparison between Fibroblast in choroid plexus and Mesenchymal precursor cell in right ovary for ovarian cancer sample
Data format
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sample053_090
bottom peaks comparison between Fibroblast in choroid plexus and Mesenchymal stem cell in adipose
Data format
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sample053_091
bottom peaks comparison between Fibroblast in choroid plexus and Mesenchymal stem cell in amniotic membrane
Data format
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sample053_092
bottom peaks comparison between Fibroblast in choroid plexus and Mesenchymal stem cell in bone marrow
Data format
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sample053_093
bottom peaks comparison between Fibroblast in choroid plexus and Mesenchymal stem cell in liver
Data format
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sample053_094
bottom peaks comparison between Fibroblast in choroid plexus and Mesenchymal stem cell in umbilical cord
Data format
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sample053_095
bottom peaks comparison between Fibroblast in choroid plexus and Mesothelial cell
Data format
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sample053_096
bottom peaks comparison between Fibroblast in choroid plexus and Migratory langerhans cell
Data format
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sample053_097
bottom peaks comparison between Fibroblast in choroid plexus and Mesenchymal stem cell of umbilical cord blood
Data format
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sample053_098
bottom peaks comparison between Fibroblast in choroid plexus and Myoblast
Data format
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sample053_099
bottom peaks comparison between Fibroblast in choroid plexus and Nasal epithelial cell
Data format
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sample053_100
bottom peaks comparison between Fibroblast in choroid plexus and Natural killer cell
Data format
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sample053_101
bottom peaks comparison between Fibroblast in choroid plexus and Neural stem cell
Data format
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sample053_102
bottom peaks comparison between Fibroblast in choroid plexus and Neuron
Data format
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sample053_103
bottom peaks comparison between Fibroblast in choroid plexus and Neutrophil cell
Data format
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sample053_104
bottom peaks comparison between Fibroblast in choroid plexus and Nucleus pulposus
Data format
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sample053_105
bottom peaks comparison between Fibroblast in choroid plexus and Olfactory epithelial cell
Data format
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sample053_106
bottom peaks comparison between Fibroblast in choroid plexus and Osteoblast
Data format
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sample053_107
bottom peaks comparison between Fibroblast in choroid plexus and Differentiated osteoblast
Data format
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sample053_108
bottom peaks comparison between Fibroblast in choroid plexus and Pricyte
Data format
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sample053_109
bottom peaks comparison between Fibroblast in choroid plexus and Perineurial
Data format
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sample053_110
bottom peaks comparison between Fibroblast in choroid plexus and Peripheral blood mononuclear cell
Data format
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sample053_111
bottom peaks comparison between Fibroblast in choroid plexus and Placental epithelial cell
Data format
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sample053_112
bottom peaks comparison between Fibroblast in choroid plexus and Preadipocyte in breast
Data format
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sample053_113
bottom peaks comparison between Fibroblast in choroid plexus and Preadipocyte in omentum
Data format
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sample053_114
bottom peaks comparison between Fibroblast in choroid plexus and Subcutaneous preadipocyte
Data format
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sample053_115
bottom peaks comparison between Fibroblast in choroid plexus and Visceral preadipocyte
Data format
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sample053_116
bottom peaks comparison between Fibroblast in choroid plexus and Prostate epithelial cell
Data format
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sample053_117
bottom peaks comparison between Fibroblast in choroid plexus and Prostate stromal cell
Data format
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sample053_118
bottom peaks comparison between Fibroblast in choroid plexus and Renal cortical epithelial cell
Data format
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sample053_119
bottom peaks comparison between Fibroblast in choroid plexus and Renal glomerular endothelial cell
Data format
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sample053_120
bottom peaks comparison between Fibroblast in choroid plexus and Renal mesangial cell
Data format
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sample053_121
bottom peaks comparison between Fibroblast in choroid plexus and Renal proximal tubular epithelial cell
Data format
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sample053_122
bottom peaks comparison between Fibroblast in choroid plexus and Renal proximal tubular epithelial cell
Data format
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sample053_123
bottom peaks comparison between Fibroblast in choroid plexus and Salivary acinar cell
Data format
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sample053_124
bottom peaks comparison between Fibroblast in choroid plexus and Schwann
Data format
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sample053_125
bottom peaks comparison between Fibroblast in choroid plexus and Sebocyte
Data format
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sample053_126
bottom peaks comparison between Fibroblast in choroid plexus and Sertoli
Data format
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sample053_127
bottom peaks comparison between Fibroblast in choroid plexus and Skeletal muscle
Data format
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sample053_128
bottom peaks comparison between Fibroblast in choroid plexus and Skeletal muscle differentiated into myotubes
Data format
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sample053_129
bottom peaks comparison between Fibroblast in choroid plexus and Skeletal muscle satellite cell
Data format
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sample053_130
bottom peaks comparison between Fibroblast in choroid plexus and Small airway epithelial cell
Data format
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sample053_131
bottom peaks comparison between Fibroblast in choroid plexus and Airway smooth muscle in asthma
Data format
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sample053_132
bottom peaks comparison between Fibroblast in choroid plexus and Airway smooth muscle in control
Data format
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sample053_133
bottom peaks comparison between Fibroblast in choroid plexus and Smooth muscle in aorta
Data format
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sample053_134
bottom peaks comparison between Fibroblast in choroid plexus and Smooth muscle in brachiocephalic artery
Data format
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sample053_135
bottom peaks comparison between Fibroblast in choroid plexus and Smooth muscle in brain vessel
Data format
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sample053_136
bottom peaks comparison between Fibroblast in choroid plexus and Smooth muscle in bronchial tube
Data format
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sample053_137
bottom peaks comparison between Fibroblast in choroid plexus and Smooth muscle in carotid artery
Data format
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sample053_138
bottom peaks comparison between Fibroblast in choroid plexus and Smooth muscle in colon
Data format
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sample053_139
bottom peaks comparison between Fibroblast in choroid plexus and Smooth muscle in coronary
Data format
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sample053_140
bottom peaks comparison between Fibroblast in choroid plexus and Smooth muscle in esophagus
Data format
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sample053_141
bottom peaks comparison between Fibroblast in choroid plexus and Smooth muscle in internal thoracic artery
Data format
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sample053_142
bottom peaks comparison between Fibroblast in choroid plexus and Smooth muscle in prostate
Data format
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sample053_143
bottom peaks comparison between Fibroblast in choroid plexus and Smooth muscle in pulmonary artery
Data format
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sample053_144
bottom peaks comparison between Fibroblast in choroid plexus and Smooth muscle in subclavian artery
Data format
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sample053_145
bottom peaks comparison between Fibroblast in choroid plexus and Smooth muscle in trachea
Data format
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sample053_146
bottom peaks comparison between Fibroblast in choroid plexus and Smooth muscle in umbilical artery
Data format
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sample053_147
bottom peaks comparison between Fibroblast in choroid plexus and Smooth muscle in umbilical vein
Data format
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sample053_148
bottom peaks comparison between Fibroblast in choroid plexus and Smooth muscle in uterine
Data format
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sample053_149
bottom peaks comparison between Fibroblast in choroid plexus and Synoviocyte
Data format
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sample053_150
bottom peaks comparison between Fibroblast in choroid plexus and Tenocyte
Data format
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sample053_151
bottom peaks comparison between Fibroblast in choroid plexus and Trabecular meshwork
Data format
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sample053_152
bottom peaks comparison between Fibroblast in choroid plexus and Tracheal epithelial cell
Data format
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sample053_153
bottom peaks comparison between Fibroblast in choroid plexus and Urothelial cell
Data format
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sample053_154
bottom peaks comparison between Fibroblast in choroid plexus and Whole blood for donor 1
Data format
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sample053_155
bottom peaks comparison between Fibroblast in choroid plexus and Whole blood for donor 2
Data format
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sample053_156
bottom peaks comparison between Fibroblast in choroid plexus and Whole blood for donor 3
Data format
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sample054_055
bottom peaks comparison between Fibroblast in conjunctiva and Fibroblast in derma
Data format
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sample054_056
bottom peaks comparison between Fibroblast in conjunctiva and Fibroblast in lung
Data format
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sample054_057
bottom peaks comparison between Fibroblast in conjunctiva and Fibroblast in lymphatic vessel
Data format
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sample054_058
bottom peaks comparison between Fibroblast in conjunctiva and Fibroblast in mamma
Data format
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sample054_059
bottom peaks comparison between Fibroblast in conjunctiva and Fibroblast in periodontal ligament
Data format
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sample054_060
bottom peaks comparison between Fibroblast in conjunctiva and Fibroblast in skin for dystrophia mytonica sample
Data format
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sample054_061
bottom peaks comparison between Fibroblast in conjunctiva and Fibroblast in skin for normal sample
Data format
hide
sample054_062
bottom peaks comparison between Fibroblast in conjunctiva and Fibroblast in skin for spinal muscular atrophy
Data format
hide
sample054_063
bottom peaks comparison between Fibroblast in conjunctiva and Fibroblast of villous mesenchymal cell
Data format
hide
sample054_064
bottom peaks comparison between Fibroblast in conjunctiva and Gamma delta+ T cell
Data format
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sample054_065
bottom peaks comparison between Fibroblast in conjunctiva and Gingival epithelial cell
Data format
hide
sample054_066
bottom peaks comparison between Fibroblast in conjunctiva and Dermal papilla cell in hair follicle
Data format
hide
sample054_067
bottom peaks comparison between Fibroblast in conjunctiva and Outer root sheath cell in hair follicle
Data format
hide
sample054_068
bottom peaks comparison between Fibroblast in conjunctiva and Hepatic sinusoidal endothelial cell
Data format
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sample054_069
bottom peaks comparison between Fibroblast in conjunctiva and Hepatic stellate lipocyte
Data format
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sample054_070
bottom peaks comparison between Fibroblast in conjunctiva and Hepatocyte
Data format
hide
sample054_071
bottom peaks comparison between Fibroblast in conjunctiva and Immature langerhans cell
Data format
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sample054_072
bottom peaks comparison between Fibroblast in conjunctiva and Keratinocyte epidermal cell
Data format
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sample054_073
bottom peaks comparison between Fibroblast in conjunctiva and Keratocyte
Data format
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sample054_074
bottom peaks comparison between Fibroblast in conjunctiva and Lens epithelial cell
Data format
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sample054_075
bottom peaks comparison between Fibroblast in conjunctiva and Monocyte-derived macrophage
Data format
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sample054_076
bottom peaks comparison between Fibroblast in conjunctiva and Mallassez-devied cell
Data format
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sample054_077
bottom peaks comparison between Fibroblast in conjunctiva and Mammary epithelial cell
Data format
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sample054_078
bottom peaks comparison between Fibroblast in conjunctiva and Mast cell
Data format
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sample054_079
bottom peaks comparison between Fibroblast in conjunctiva and Expanded mast cell
Data format
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sample054_080
bottom peaks comparison between Fibroblast in conjunctiva and Expanded and stimulated mast cell
Data format
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sample054_081
bottom peaks comparison between Fibroblast in conjunctiva and Melanocyte-dark
Data format
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sample054_082
bottom peaks comparison between Fibroblast in conjunctiva and Melanocyte-light
Data format
hide
sample054_083
bottom peaks comparison between Fibroblast in conjunctiva and Meningeal cell
Data format
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sample054_084
bottom peaks comparison between Fibroblast in conjunctiva and Mesenchymal precursor cell in adipose
Data format
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sample054_085
bottom peaks comparison between Fibroblast in conjunctiva and Mesenchymal precursor cell in bone marrow
Data format
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sample054_086
bottom peaks comparison between Fibroblast in conjunctiva and Mesenchymal precursor cell in heart
Data format
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sample054_087
bottom peaks comparison between Fibroblast in conjunctiva and Mesenchymal precursor cell in left ovary for ovarian cancer sample
Data format
hide
sample054_088
bottom peaks comparison between Fibroblast in conjunctiva and Mesenchymal precursor cell for metastatic ovarian cancer sample
Data format
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sample054_089
bottom peaks comparison between Fibroblast in conjunctiva and Mesenchymal precursor cell in right ovary for ovarian cancer sample
Data format
hide
sample054_090
bottom peaks comparison between Fibroblast in conjunctiva and Mesenchymal stem cell in adipose
Data format
hide
sample054_091
bottom peaks comparison between Fibroblast in conjunctiva and Mesenchymal stem cell in amniotic membrane
Data format
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sample054_092
bottom peaks comparison between Fibroblast in conjunctiva and Mesenchymal stem cell in bone marrow
Data format
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sample054_093
bottom peaks comparison between Fibroblast in conjunctiva and Mesenchymal stem cell in liver
Data format
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sample054_094
bottom peaks comparison between Fibroblast in conjunctiva and Mesenchymal stem cell in umbilical cord
Data format
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sample054_095
bottom peaks comparison between Fibroblast in conjunctiva and Mesothelial cell
Data format
hide
sample054_096
bottom peaks comparison between Fibroblast in conjunctiva and Migratory langerhans cell
Data format
hide
sample054_097
bottom peaks comparison between Fibroblast in conjunctiva and Mesenchymal stem cell of umbilical cord blood
Data format
hide
sample054_098
bottom peaks comparison between Fibroblast in conjunctiva and Myoblast
Data format
hide
sample054_099
bottom peaks comparison between Fibroblast in conjunctiva and Nasal epithelial cell
Data format
hide
sample054_100
bottom peaks comparison between Fibroblast in conjunctiva and Natural killer cell
Data format
hide
sample054_101
bottom peaks comparison between Fibroblast in conjunctiva and Neural stem cell
Data format
hide
sample054_102
bottom peaks comparison between Fibroblast in conjunctiva and Neuron
Data format
hide
sample054_103
bottom peaks comparison between Fibroblast in conjunctiva and Neutrophil cell
Data format
hide
sample054_104
bottom peaks comparison between Fibroblast in conjunctiva and Nucleus pulposus
Data format
hide
sample054_105
bottom peaks comparison between Fibroblast in conjunctiva and Olfactory epithelial cell
Data format
hide
sample054_106
bottom peaks comparison between Fibroblast in conjunctiva and Osteoblast
Data format
hide
sample054_107
bottom peaks comparison between Fibroblast in conjunctiva and Differentiated osteoblast
Data format
hide
sample054_108
bottom peaks comparison between Fibroblast in conjunctiva and Pricyte
Data format
hide
sample054_109
bottom peaks comparison between Fibroblast in conjunctiva and Perineurial
Data format
hide
sample054_110
bottom peaks comparison between Fibroblast in conjunctiva and Peripheral blood mononuclear cell
Data format
hide
sample054_111
bottom peaks comparison between Fibroblast in conjunctiva and Placental epithelial cell
Data format
hide
sample054_112
bottom peaks comparison between Fibroblast in conjunctiva and Preadipocyte in breast
Data format
hide
sample054_113
bottom peaks comparison between Fibroblast in conjunctiva and Preadipocyte in omentum
Data format
hide
sample054_114
bottom peaks comparison between Fibroblast in conjunctiva and Subcutaneous preadipocyte
Data format
hide
sample054_115
bottom peaks comparison between Fibroblast in conjunctiva and Visceral preadipocyte
Data format
hide
sample054_116
bottom peaks comparison between Fibroblast in conjunctiva and Prostate epithelial cell
Data format
hide
sample054_117
bottom peaks comparison between Fibroblast in conjunctiva and Prostate stromal cell
Data format
hide
sample054_118
bottom peaks comparison between Fibroblast in conjunctiva and Renal cortical epithelial cell
Data format
hide
sample054_119
bottom peaks comparison between Fibroblast in conjunctiva and Renal glomerular endothelial cell
Data format
hide
sample054_120
bottom peaks comparison between Fibroblast in conjunctiva and Renal mesangial cell
Data format
hide
sample054_121
bottom peaks comparison between Fibroblast in conjunctiva and Renal proximal tubular epithelial cell
Data format
hide
sample054_122
bottom peaks comparison between Fibroblast in conjunctiva and Renal proximal tubular epithelial cell
Data format
hide
sample054_123
bottom peaks comparison between Fibroblast in conjunctiva and Salivary acinar cell
Data format
hide
sample054_124
bottom peaks comparison between Fibroblast in conjunctiva and Schwann
Data format
hide
sample054_125
bottom peaks comparison between Fibroblast in conjunctiva and Sebocyte
Data format
hide
sample054_126
bottom peaks comparison between Fibroblast in conjunctiva and Sertoli
Data format
hide
sample054_127
bottom peaks comparison between Fibroblast in conjunctiva and Skeletal muscle
Data format
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sample054_128
bottom peaks comparison between Fibroblast in conjunctiva and Skeletal muscle differentiated into myotubes
Data format
hide
sample054_129
bottom peaks comparison between Fibroblast in conjunctiva and Skeletal muscle satellite cell
Data format
hide
sample054_130
bottom peaks comparison between Fibroblast in conjunctiva and Small airway epithelial cell
Data format
hide
sample054_131
bottom peaks comparison between Fibroblast in conjunctiva and Airway smooth muscle in asthma
Data format
hide
sample054_132
bottom peaks comparison between Fibroblast in conjunctiva and Airway smooth muscle in control
Data format
hide
sample054_133
bottom peaks comparison between Fibroblast in conjunctiva and Smooth muscle in aorta
Data format
hide
sample054_134
bottom peaks comparison between Fibroblast in conjunctiva and Smooth muscle in brachiocephalic artery
Data format
hide
sample054_135
bottom peaks comparison between Fibroblast in conjunctiva and Smooth muscle in brain vessel
Data format
hide
sample054_136
bottom peaks comparison between Fibroblast in conjunctiva and Smooth muscle in bronchial tube
Data format
hide
sample054_137
bottom peaks comparison between Fibroblast in conjunctiva and Smooth muscle in carotid artery
Data format
hide
sample054_138
bottom peaks comparison between Fibroblast in conjunctiva and Smooth muscle in colon
Data format
hide
sample054_139
bottom peaks comparison between Fibroblast in conjunctiva and Smooth muscle in coronary
Data format
hide
sample054_140
bottom peaks comparison between Fibroblast in conjunctiva and Smooth muscle in esophagus
Data format
hide
sample054_141
bottom peaks comparison between Fibroblast in conjunctiva and Smooth muscle in internal thoracic artery
Data format
hide
sample054_142
bottom peaks comparison between Fibroblast in conjunctiva and Smooth muscle in prostate
Data format
hide
sample054_143
bottom peaks comparison between Fibroblast in conjunctiva and Smooth muscle in pulmonary artery
Data format
hide
sample054_144
bottom peaks comparison between Fibroblast in conjunctiva and Smooth muscle in subclavian artery
Data format
hide
sample054_145
bottom peaks comparison between Fibroblast in conjunctiva and Smooth muscle in trachea
Data format
hide
sample054_146
bottom peaks comparison between Fibroblast in conjunctiva and Smooth muscle in umbilical artery
Data format
hide
sample054_147
bottom peaks comparison between Fibroblast in conjunctiva and Smooth muscle in umbilical vein
Data format
hide
sample054_148
bottom peaks comparison between Fibroblast in conjunctiva and Smooth muscle in uterine
Data format
hide
sample054_149
bottom peaks comparison between Fibroblast in conjunctiva and Synoviocyte
Data format
hide
sample054_150
bottom peaks comparison between Fibroblast in conjunctiva and Tenocyte
Data format
hide
sample054_151
bottom peaks comparison between Fibroblast in conjunctiva and Trabecular meshwork
Data format
hide
sample054_152
bottom peaks comparison between Fibroblast in conjunctiva and Tracheal epithelial cell
Data format
hide
sample054_153
bottom peaks comparison between Fibroblast in conjunctiva and Urothelial cell
Data format
hide
sample054_154
bottom peaks comparison between Fibroblast in conjunctiva and Whole blood for donor 1
Data format
hide
sample054_155
bottom peaks comparison between Fibroblast in conjunctiva and Whole blood for donor 2
Data format
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sample054_156
bottom peaks comparison between Fibroblast in conjunctiva and Whole blood for donor 3
Data format
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sample055_056
bottom peaks comparison between Fibroblast in derma and Fibroblast in lung
Data format
hide
sample055_057
bottom peaks comparison between Fibroblast in derma and Fibroblast in lymphatic vessel
Data format
hide
sample055_058
bottom peaks comparison between Fibroblast in derma and Fibroblast in mamma
Data format
hide
sample055_059
bottom peaks comparison between Fibroblast in derma and Fibroblast in periodontal ligament
Data format
hide
sample055_060
bottom peaks comparison between Fibroblast in derma and Fibroblast in skin for dystrophia mytonica sample
Data format
hide
sample055_061
bottom peaks comparison between Fibroblast in derma and Fibroblast in skin for normal sample
Data format
hide
sample055_062
bottom peaks comparison between Fibroblast in derma and Fibroblast in skin for spinal muscular atrophy
Data format
hide
sample055_063
bottom peaks comparison between Fibroblast in derma and Fibroblast of villous mesenchymal cell
Data format
hide
sample055_064
bottom peaks comparison between Fibroblast in derma and Gamma delta+ T cell
Data format
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sample055_065
bottom peaks comparison between Fibroblast in derma and Gingival epithelial cell
Data format
hide
sample055_066
bottom peaks comparison between Fibroblast in derma and Dermal papilla cell in hair follicle
Data format
hide
sample055_067
bottom peaks comparison between Fibroblast in derma and Outer root sheath cell in hair follicle
Data format
hide
sample055_068
bottom peaks comparison between Fibroblast in derma and Hepatic sinusoidal endothelial cell
Data format
hide
sample055_069
bottom peaks comparison between Fibroblast in derma and Hepatic stellate lipocyte
Data format
hide
sample055_070
bottom peaks comparison between Fibroblast in derma and Hepatocyte
Data format
hide
sample055_071
bottom peaks comparison between Fibroblast in derma and Immature langerhans cell
Data format
hide
sample055_072
bottom peaks comparison between Fibroblast in derma and Keratinocyte epidermal cell
Data format
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sample055_073
bottom peaks comparison between Fibroblast in derma and Keratocyte
Data format
hide
sample055_074
bottom peaks comparison between Fibroblast in derma and Lens epithelial cell
Data format
hide
sample055_075
bottom peaks comparison between Fibroblast in derma and Monocyte-derived macrophage
Data format
hide
sample055_076
bottom peaks comparison between Fibroblast in derma and Mallassez-devied cell
Data format
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sample055_077
bottom peaks comparison between Fibroblast in derma and Mammary epithelial cell
Data format
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sample055_078
bottom peaks comparison between Fibroblast in derma and Mast cell
Data format
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sample055_079
bottom peaks comparison between Fibroblast in derma and Expanded mast cell
Data format
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sample055_080
bottom peaks comparison between Fibroblast in derma and Expanded and stimulated mast cell
Data format
hide
sample055_081
bottom peaks comparison between Fibroblast in derma and Melanocyte-dark
Data format
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sample055_082
bottom peaks comparison between Fibroblast in derma and Melanocyte-light
Data format
hide
sample055_083
bottom peaks comparison between Fibroblast in derma and Meningeal cell
Data format
hide
sample055_084
bottom peaks comparison between Fibroblast in derma and Mesenchymal precursor cell in adipose
Data format
hide
sample055_085
bottom peaks comparison between Fibroblast in derma and Mesenchymal precursor cell in bone marrow
Data format
hide
sample055_086
bottom peaks comparison between Fibroblast in derma and Mesenchymal precursor cell in heart
Data format
hide
sample055_087
bottom peaks comparison between Fibroblast in derma and Mesenchymal precursor cell in left ovary for ovarian cancer sample
Data format
hide
sample055_088
bottom peaks comparison between Fibroblast in derma and Mesenchymal precursor cell for metastatic ovarian cancer sample
Data format
hide
sample055_089
bottom peaks comparison between Fibroblast in derma and Mesenchymal precursor cell in right ovary for ovarian cancer sample
Data format
hide
sample055_090
bottom peaks comparison between Fibroblast in derma and Mesenchymal stem cell in adipose
Data format
hide
sample055_091
bottom peaks comparison between Fibroblast in derma and Mesenchymal stem cell in amniotic membrane
Data format
hide
sample055_092
bottom peaks comparison between Fibroblast in derma and Mesenchymal stem cell in bone marrow
Data format
hide
sample055_093
bottom peaks comparison between Fibroblast in derma and Mesenchymal stem cell in liver
Data format
hide
sample055_094
bottom peaks comparison between Fibroblast in derma and Mesenchymal stem cell in umbilical cord
Data format
hide
sample055_095
bottom peaks comparison between Fibroblast in derma and Mesothelial cell
Data format
hide
sample055_096
bottom peaks comparison between Fibroblast in derma and Migratory langerhans cell
Data format
hide
sample055_097
bottom peaks comparison between Fibroblast in derma and Mesenchymal stem cell of umbilical cord blood
Data format
hide
sample055_098
bottom peaks comparison between Fibroblast in derma and Myoblast
Data format
hide
sample055_099
bottom peaks comparison between Fibroblast in derma and Nasal epithelial cell
Data format
hide
sample055_100
bottom peaks comparison between Fibroblast in derma and Natural killer cell
Data format
hide
sample055_101
bottom peaks comparison between Fibroblast in derma and Neural stem cell
Data format
hide
sample055_102
bottom peaks comparison between Fibroblast in derma and Neuron
Data format
hide
sample055_103
bottom peaks comparison between Fibroblast in derma and Neutrophil cell
Data format
hide
sample055_104
bottom peaks comparison between Fibroblast in derma and Nucleus pulposus
Data format
hide
sample055_105
bottom peaks comparison between Fibroblast in derma and Olfactory epithelial cell
Data format
hide
sample055_106
bottom peaks comparison between Fibroblast in derma and Osteoblast
Data format
hide
sample055_107
bottom peaks comparison between Fibroblast in derma and Differentiated osteoblast
Data format
hide
sample055_108
bottom peaks comparison between Fibroblast in derma and Pricyte
Data format
hide
sample055_109
bottom peaks comparison between Fibroblast in derma and Perineurial
Data format
hide
sample055_110
bottom peaks comparison between Fibroblast in derma and Peripheral blood mononuclear cell
Data format
hide
sample055_111
bottom peaks comparison between Fibroblast in derma and Placental epithelial cell
Data format
hide
sample055_112
bottom peaks comparison between Fibroblast in derma and Preadipocyte in breast
Data format
hide
sample055_113
bottom peaks comparison between Fibroblast in derma and Preadipocyte in omentum
Data format
hide
sample055_114
bottom peaks comparison between Fibroblast in derma and Subcutaneous preadipocyte
Data format
hide
sample055_115
bottom peaks comparison between Fibroblast in derma and Visceral preadipocyte
Data format
hide
sample055_116
bottom peaks comparison between Fibroblast in derma and Prostate epithelial cell
Data format
hide
sample055_117
bottom peaks comparison between Fibroblast in derma and Prostate stromal cell
Data format
hide
sample055_118
bottom peaks comparison between Fibroblast in derma and Renal cortical epithelial cell
Data format
hide
sample055_119
bottom peaks comparison between Fibroblast in derma and Renal glomerular endothelial cell
Data format
hide
sample055_120
bottom peaks comparison between Fibroblast in derma and Renal mesangial cell
Data format
hide
sample055_121
bottom peaks comparison between Fibroblast in derma and Renal proximal tubular epithelial cell
Data format
hide
sample055_122
bottom peaks comparison between Fibroblast in derma and Renal proximal tubular epithelial cell
Data format
hide
sample055_123
bottom peaks comparison between Fibroblast in derma and Salivary acinar cell
Data format
hide
sample055_124
bottom peaks comparison between Fibroblast in derma and Schwann
Data format
hide
sample055_125
bottom peaks comparison between Fibroblast in derma and Sebocyte
Data format
hide
sample055_126
bottom peaks comparison between Fibroblast in derma and Sertoli
Data format
hide
sample055_127
bottom peaks comparison between Fibroblast in derma and Skeletal muscle
Data format
hide
sample055_128
bottom peaks comparison between Fibroblast in derma and Skeletal muscle differentiated into myotubes
Data format
hide
sample055_129
bottom peaks comparison between Fibroblast in derma and Skeletal muscle satellite cell
Data format
hide
sample055_130
bottom peaks comparison between Fibroblast in derma and Small airway epithelial cell
Data format
hide
sample055_131
bottom peaks comparison between Fibroblast in derma and Airway smooth muscle in asthma
Data format
hide
sample055_132
bottom peaks comparison between Fibroblast in derma and Airway smooth muscle in control
Data format
hide
sample055_133
bottom peaks comparison between Fibroblast in derma and Smooth muscle in aorta
Data format
hide
sample055_134
bottom peaks comparison between Fibroblast in derma and Smooth muscle in brachiocephalic artery
Data format
hide
sample055_135
bottom peaks comparison between Fibroblast in derma and Smooth muscle in brain vessel
Data format
hide
sample055_136
bottom peaks comparison between Fibroblast in derma and Smooth muscle in bronchial tube
Data format
hide
sample055_137
bottom peaks comparison between Fibroblast in derma and Smooth muscle in carotid artery
Data format
hide
sample055_138
bottom peaks comparison between Fibroblast in derma and Smooth muscle in colon
Data format
hide
sample055_139
bottom peaks comparison between Fibroblast in derma and Smooth muscle in coronary
Data format
hide
sample055_140
bottom peaks comparison between Fibroblast in derma and Smooth muscle in esophagus
Data format
hide
sample055_141
bottom peaks comparison between Fibroblast in derma and Smooth muscle in internal thoracic artery
Data format
hide
sample055_142
bottom peaks comparison between Fibroblast in derma and Smooth muscle in prostate
Data format
hide
sample055_143
bottom peaks comparison between Fibroblast in derma and Smooth muscle in pulmonary artery
Data format
hide
sample055_144
bottom peaks comparison between Fibroblast in derma and Smooth muscle in subclavian artery
Data format
hide
sample055_145
bottom peaks comparison between Fibroblast in derma and Smooth muscle in trachea
Data format
hide
sample055_146
bottom peaks comparison between Fibroblast in derma and Smooth muscle in umbilical artery
Data format
hide
sample055_147
bottom peaks comparison between Fibroblast in derma and Smooth muscle in umbilical vein
Data format
hide
sample055_148
bottom peaks comparison between Fibroblast in derma and Smooth muscle in uterine
Data format
hide
sample055_149
bottom peaks comparison between Fibroblast in derma and Synoviocyte
Data format
hide
sample055_150
bottom peaks comparison between Fibroblast in derma and Tenocyte
Data format
hide
sample055_151
bottom peaks comparison between Fibroblast in derma and Trabecular meshwork
Data format
hide
sample055_152
bottom peaks comparison between Fibroblast in derma and Tracheal epithelial cell
Data format
hide
sample055_153
bottom peaks comparison between Fibroblast in derma and Urothelial cell
Data format
hide
sample055_154
bottom peaks comparison between Fibroblast in derma and Whole blood for donor 1
Data format
hide
sample055_155
bottom peaks comparison between Fibroblast in derma and Whole blood for donor 2
Data format
hide
sample055_156
bottom peaks comparison between Fibroblast in derma and Whole blood for donor 3
Data format
hide
sample056_057
bottom peaks comparison between Fibroblast in lung and Fibroblast in lymphatic vessel
Data format
hide
sample056_058
bottom peaks comparison between Fibroblast in lung and Fibroblast in mamma
Data format
hide
sample056_059
bottom peaks comparison between Fibroblast in lung and Fibroblast in periodontal ligament
Data format
hide
sample056_060
bottom peaks comparison between Fibroblast in lung and Fibroblast in skin for dystrophia mytonica sample
Data format
hide
sample056_061
bottom peaks comparison between Fibroblast in lung and Fibroblast in skin for normal sample
Data format
hide
sample056_062
bottom peaks comparison between Fibroblast in lung and Fibroblast in skin for spinal muscular atrophy
Data format
hide
sample056_063
bottom peaks comparison between Fibroblast in lung and Fibroblast of villous mesenchymal cell
Data format
hide
sample056_064
bottom peaks comparison between Fibroblast in lung and Gamma delta+ T cell
Data format
hide
sample056_065
bottom peaks comparison between Fibroblast in lung and Gingival epithelial cell
Data format
hide
sample056_066
bottom peaks comparison between Fibroblast in lung and Dermal papilla cell in hair follicle
Data format
hide
sample056_067
bottom peaks comparison between Fibroblast in lung and Outer root sheath cell in hair follicle
Data format
hide
sample056_068
bottom peaks comparison between Fibroblast in lung and Hepatic sinusoidal endothelial cell
Data format
hide
sample056_069
bottom peaks comparison between Fibroblast in lung and Hepatic stellate lipocyte
Data format
hide
sample056_070
bottom peaks comparison between Fibroblast in lung and Hepatocyte
Data format
hide
sample056_071
bottom peaks comparison between Fibroblast in lung and Immature langerhans cell
Data format
hide
sample056_072
bottom peaks comparison between Fibroblast in lung and Keratinocyte epidermal cell
Data format
hide
sample056_073
bottom peaks comparison between Fibroblast in lung and Keratocyte
Data format
hide
sample056_074
bottom peaks comparison between Fibroblast in lung and Lens epithelial cell
Data format
hide
sample056_075
bottom peaks comparison between Fibroblast in lung and Monocyte-derived macrophage
Data format
hide
sample056_076
bottom peaks comparison between Fibroblast in lung and Mallassez-devied cell
Data format
hide
sample056_077
bottom peaks comparison between Fibroblast in lung and Mammary epithelial cell
Data format
hide
sample056_078
bottom peaks comparison between Fibroblast in lung and Mast cell
Data format
hide
sample056_079
bottom peaks comparison between Fibroblast in lung and Expanded mast cell
Data format
hide
sample056_080
bottom peaks comparison between Fibroblast in lung and Expanded and stimulated mast cell
Data format
hide
sample056_081
bottom peaks comparison between Fibroblast in lung and Melanocyte-dark
Data format
hide
sample056_082
bottom peaks comparison between Fibroblast in lung and Melanocyte-light
Data format
hide
sample056_083
bottom peaks comparison between Fibroblast in lung and Meningeal cell
Data format
hide
sample056_084
bottom peaks comparison between Fibroblast in lung and Mesenchymal precursor cell in adipose
Data format
hide
sample056_085
bottom peaks comparison between Fibroblast in lung and Mesenchymal precursor cell in bone marrow
Data format
hide
sample056_086
bottom peaks comparison between Fibroblast in lung and Mesenchymal precursor cell in heart
Data format
hide
sample056_087
bottom peaks comparison between Fibroblast in lung and Mesenchymal precursor cell in left ovary for ovarian cancer sample
Data format
hide
sample056_088
bottom peaks comparison between Fibroblast in lung and Mesenchymal precursor cell for metastatic ovarian cancer sample
Data format
hide
sample056_089
bottom peaks comparison between Fibroblast in lung and Mesenchymal precursor cell in right ovary for ovarian cancer sample
Data format
hide
sample056_090
bottom peaks comparison between Fibroblast in lung and Mesenchymal stem cell in adipose
Data format
hide
sample056_091
bottom peaks comparison between Fibroblast in lung and Mesenchymal stem cell in amniotic membrane
Data format
hide
sample056_092
bottom peaks comparison between Fibroblast in lung and Mesenchymal stem cell in bone marrow
Data format
hide
sample056_093
bottom peaks comparison between Fibroblast in lung and Mesenchymal stem cell in liver
Data format
hide
sample056_094
bottom peaks comparison between Fibroblast in lung and Mesenchymal stem cell in umbilical cord
Data format
hide
sample056_095
bottom peaks comparison between Fibroblast in lung and Mesothelial cell
Data format
hide
sample056_096
bottom peaks comparison between Fibroblast in lung and Migratory langerhans cell
Data format
hide
sample056_097
bottom peaks comparison between Fibroblast in lung and Mesenchymal stem cell of umbilical cord blood
Data format
hide
sample056_098
bottom peaks comparison between Fibroblast in lung and Myoblast
Data format
hide
sample056_099
bottom peaks comparison between Fibroblast in lung and Nasal epithelial cell
Data format
hide
sample056_100
bottom peaks comparison between Fibroblast in lung and Natural killer cell
Data format
hide
sample056_101
bottom peaks comparison between Fibroblast in lung and Neural stem cell
Data format
hide
sample056_102
bottom peaks comparison between Fibroblast in lung and Neuron
Data format
hide
sample056_103
bottom peaks comparison between Fibroblast in lung and Neutrophil cell
Data format
hide
sample056_104
bottom peaks comparison between Fibroblast in lung and Nucleus pulposus
Data format
hide
sample056_105
bottom peaks comparison between Fibroblast in lung and Olfactory epithelial cell
Data format
hide
sample056_106
bottom peaks comparison between Fibroblast in lung and Osteoblast
Data format
hide
sample056_107
bottom peaks comparison between Fibroblast in lung and Differentiated osteoblast
Data format
hide
sample056_108
bottom peaks comparison between Fibroblast in lung and Pricyte
Data format
hide
sample056_109
bottom peaks comparison between Fibroblast in lung and Perineurial
Data format
hide
sample056_110
bottom peaks comparison between Fibroblast in lung and Peripheral blood mononuclear cell
Data format
hide
sample056_111
bottom peaks comparison between Fibroblast in lung and Placental epithelial cell
Data format
hide
sample056_112
bottom peaks comparison between Fibroblast in lung and Preadipocyte in breast
Data format
hide
sample056_113
bottom peaks comparison between Fibroblast in lung and Preadipocyte in omentum
Data format
hide
sample056_114
bottom peaks comparison between Fibroblast in lung and Subcutaneous preadipocyte
Data format
hide
sample056_115
bottom peaks comparison between Fibroblast in lung and Visceral preadipocyte
Data format
hide
sample056_116
bottom peaks comparison between Fibroblast in lung and Prostate epithelial cell
Data format
hide
sample056_117
bottom peaks comparison between Fibroblast in lung and Prostate stromal cell
Data format
hide
sample056_118
bottom peaks comparison between Fibroblast in lung and Renal cortical epithelial cell
Data format
hide
sample056_119
bottom peaks comparison between Fibroblast in lung and Renal glomerular endothelial cell
Data format
hide
sample056_120
bottom peaks comparison between Fibroblast in lung and Renal mesangial cell
Data format
hide
sample056_121
bottom peaks comparison between Fibroblast in lung and Renal proximal tubular epithelial cell
Data format
hide
sample056_122
bottom peaks comparison between Fibroblast in lung and Renal proximal tubular epithelial cell
Data format
hide
sample056_123
bottom peaks comparison between Fibroblast in lung and Salivary acinar cell
Data format
hide
sample056_124
bottom peaks comparison between Fibroblast in lung and Schwann
Data format
hide
sample056_125
bottom peaks comparison between Fibroblast in lung and Sebocyte
Data format
hide
sample056_126
bottom peaks comparison between Fibroblast in lung and Sertoli
Data format
hide
sample056_127
bottom peaks comparison between Fibroblast in lung and Skeletal muscle
Data format
hide
sample056_128
bottom peaks comparison between Fibroblast in lung and Skeletal muscle differentiated into myotubes
Data format
hide
sample056_129
bottom peaks comparison between Fibroblast in lung and Skeletal muscle satellite cell
Data format
hide
sample056_130
bottom peaks comparison between Fibroblast in lung and Small airway epithelial cell
Data format
hide
sample056_131
bottom peaks comparison between Fibroblast in lung and Airway smooth muscle in asthma
Data format
hide
sample056_132
bottom peaks comparison between Fibroblast in lung and Airway smooth muscle in control
Data format
hide
sample056_133
bottom peaks comparison between Fibroblast in lung and Smooth muscle in aorta
Data format
hide
sample056_134
bottom peaks comparison between Fibroblast in lung and Smooth muscle in brachiocephalic artery
Data format
hide
sample056_135
bottom peaks comparison between Fibroblast in lung and Smooth muscle in brain vessel
Data format
hide
sample056_136
bottom peaks comparison between Fibroblast in lung and Smooth muscle in bronchial tube
Data format
hide
sample056_137
bottom peaks comparison between Fibroblast in lung and Smooth muscle in carotid artery
Data format
hide
sample056_138
bottom peaks comparison between Fibroblast in lung and Smooth muscle in colon
Data format
hide
sample056_139
bottom peaks comparison between Fibroblast in lung and Smooth muscle in coronary
Data format
hide
sample056_140
bottom peaks comparison between Fibroblast in lung and Smooth muscle in esophagus
Data format
hide
sample056_141
bottom peaks comparison between Fibroblast in lung and Smooth muscle in internal thoracic artery
Data format
hide
sample056_142
bottom peaks comparison between Fibroblast in lung and Smooth muscle in prostate
Data format
hide
sample056_143
bottom peaks comparison between Fibroblast in lung and Smooth muscle in pulmonary artery
Data format
hide
sample056_144
bottom peaks comparison between Fibroblast in lung and Smooth muscle in subclavian artery
Data format
hide
sample056_145
bottom peaks comparison between Fibroblast in lung and Smooth muscle in trachea
Data format
hide
sample056_146
bottom peaks comparison between Fibroblast in lung and Smooth muscle in umbilical artery
Data format
hide
sample056_147
bottom peaks comparison between Fibroblast in lung and Smooth muscle in umbilical vein
Data format
hide
sample056_148
bottom peaks comparison between Fibroblast in lung and Smooth muscle in uterine
Data format
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sample056_149
bottom peaks comparison between Fibroblast in lung and Synoviocyte
Data format
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sample056_150
bottom peaks comparison between Fibroblast in lung and Tenocyte
Data format
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sample056_151
bottom peaks comparison between Fibroblast in lung and Trabecular meshwork
Data format
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sample056_152
bottom peaks comparison between Fibroblast in lung and Tracheal epithelial cell
Data format
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sample056_153
bottom peaks comparison between Fibroblast in lung and Urothelial cell
Data format
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sample056_154
bottom peaks comparison between Fibroblast in lung and Whole blood for donor 1
Data format
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sample056_155
bottom peaks comparison between Fibroblast in lung and Whole blood for donor 2
Data format
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sample056_156
bottom peaks comparison between Fibroblast in lung and Whole blood for donor 3
Data format
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sample057_058
bottom peaks comparison between Fibroblast in lymphatic vessel and Fibroblast in mamma
Data format
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sample057_059
bottom peaks comparison between Fibroblast in lymphatic vessel and Fibroblast in periodontal ligament
Data format
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sample057_060
bottom peaks comparison between Fibroblast in lymphatic vessel and Fibroblast in skin for dystrophia mytonica sample
Data format
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sample057_061
bottom peaks comparison between Fibroblast in lymphatic vessel and Fibroblast in skin for normal sample
Data format
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sample057_062
bottom peaks comparison between Fibroblast in lymphatic vessel and Fibroblast in skin for spinal muscular atrophy
Data format
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sample057_063
bottom peaks comparison between Fibroblast in lymphatic vessel and Fibroblast of villous mesenchymal cell
Data format
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sample057_064
bottom peaks comparison between Fibroblast in lymphatic vessel and Gamma delta+ T cell
Data format
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sample057_065
bottom peaks comparison between Fibroblast in lymphatic vessel and Gingival epithelial cell
Data format
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sample057_066
bottom peaks comparison between Fibroblast in lymphatic vessel and Dermal papilla cell in hair follicle
Data format
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sample057_067
bottom peaks comparison between Fibroblast in lymphatic vessel and Outer root sheath cell in hair follicle
Data format
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sample057_068
bottom peaks comparison between Fibroblast in lymphatic vessel and Hepatic sinusoidal endothelial cell
Data format
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sample057_069
bottom peaks comparison between Fibroblast in lymphatic vessel and Hepatic stellate lipocyte
Data format
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sample057_070
bottom peaks comparison between Fibroblast in lymphatic vessel and Hepatocyte
Data format
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sample057_071
bottom peaks comparison between Fibroblast in lymphatic vessel and Immature langerhans cell
Data format
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sample057_072
bottom peaks comparison between Fibroblast in lymphatic vessel and Keratinocyte epidermal cell
Data format
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sample057_073
bottom peaks comparison between Fibroblast in lymphatic vessel and Keratocyte
Data format
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sample057_074
bottom peaks comparison between Fibroblast in lymphatic vessel and Lens epithelial cell
Data format
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sample057_075
bottom peaks comparison between Fibroblast in lymphatic vessel and Monocyte-derived macrophage
Data format
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sample057_076
bottom peaks comparison between Fibroblast in lymphatic vessel and Mallassez-devied cell
Data format
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sample057_077
bottom peaks comparison between Fibroblast in lymphatic vessel and Mammary epithelial cell
Data format
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sample057_078
bottom peaks comparison between Fibroblast in lymphatic vessel and Mast cell
Data format
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sample057_079
bottom peaks comparison between Fibroblast in lymphatic vessel and Expanded mast cell
Data format
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sample057_080
bottom peaks comparison between Fibroblast in lymphatic vessel and Expanded and stimulated mast cell
Data format
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sample057_081
bottom peaks comparison between Fibroblast in lymphatic vessel and Melanocyte-dark
Data format
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sample057_082
bottom peaks comparison between Fibroblast in lymphatic vessel and Melanocyte-light
Data format
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sample057_083
bottom peaks comparison between Fibroblast in lymphatic vessel and Meningeal cell
Data format
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sample057_084
bottom peaks comparison between Fibroblast in lymphatic vessel and Mesenchymal precursor cell in adipose
Data format
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sample057_085
bottom peaks comparison between Fibroblast in lymphatic vessel and Mesenchymal precursor cell in bone marrow
Data format
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sample057_086
bottom peaks comparison between Fibroblast in lymphatic vessel and Mesenchymal precursor cell in heart
Data format
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sample057_087
bottom peaks comparison between Fibroblast in lymphatic vessel and Mesenchymal precursor cell in left ovary for ovarian cancer sample
Data format
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sample057_088
bottom peaks comparison between Fibroblast in lymphatic vessel and Mesenchymal precursor cell for metastatic ovarian cancer sample
Data format
hide
sample057_089
bottom peaks comparison between Fibroblast in lymphatic vessel and Mesenchymal precursor cell in right ovary for ovarian cancer sample
Data format
hide
sample057_090
bottom peaks comparison between Fibroblast in lymphatic vessel and Mesenchymal stem cell in adipose
Data format
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sample057_091
bottom peaks comparison between Fibroblast in lymphatic vessel and Mesenchymal stem cell in amniotic membrane
Data format
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sample057_092
bottom peaks comparison between Fibroblast in lymphatic vessel and Mesenchymal stem cell in bone marrow
Data format
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sample057_093
bottom peaks comparison between Fibroblast in lymphatic vessel and Mesenchymal stem cell in liver
Data format
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sample057_094
bottom peaks comparison between Fibroblast in lymphatic vessel and Mesenchymal stem cell in umbilical cord
Data format
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sample057_095
bottom peaks comparison between Fibroblast in lymphatic vessel and Mesothelial cell
Data format
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sample057_096
bottom peaks comparison between Fibroblast in lymphatic vessel and Migratory langerhans cell
Data format
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sample057_097
bottom peaks comparison between Fibroblast in lymphatic vessel and Mesenchymal stem cell of umbilical cord blood
Data format
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sample057_098
bottom peaks comparison between Fibroblast in lymphatic vessel and Myoblast
Data format
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sample057_099
bottom peaks comparison between Fibroblast in lymphatic vessel and Nasal epithelial cell
Data format
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sample057_100
bottom peaks comparison between Fibroblast in lymphatic vessel and Natural killer cell
Data format
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sample057_101
bottom peaks comparison between Fibroblast in lymphatic vessel and Neural stem cell
Data format
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sample057_102
bottom peaks comparison between Fibroblast in lymphatic vessel and Neuron
Data format
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sample057_103
bottom peaks comparison between Fibroblast in lymphatic vessel and Neutrophil cell
Data format
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sample057_104
bottom peaks comparison between Fibroblast in lymphatic vessel and Nucleus pulposus
Data format
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sample057_105
bottom peaks comparison between Fibroblast in lymphatic vessel and Olfactory epithelial cell
Data format
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sample057_106
bottom peaks comparison between Fibroblast in lymphatic vessel and Osteoblast
Data format
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sample057_107
bottom peaks comparison between Fibroblast in lymphatic vessel and Differentiated osteoblast
Data format
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sample057_108
bottom peaks comparison between Fibroblast in lymphatic vessel and Pricyte
Data format
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sample057_109
bottom peaks comparison between Fibroblast in lymphatic vessel and Perineurial
Data format
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sample057_110
bottom peaks comparison between Fibroblast in lymphatic vessel and Peripheral blood mononuclear cell
Data format
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sample057_111
bottom peaks comparison between Fibroblast in lymphatic vessel and Placental epithelial cell
Data format
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sample057_112
bottom peaks comparison between Fibroblast in lymphatic vessel and Preadipocyte in breast
Data format
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sample057_113
bottom peaks comparison between Fibroblast in lymphatic vessel and Preadipocyte in omentum
Data format
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sample057_114
bottom peaks comparison between Fibroblast in lymphatic vessel and Subcutaneous preadipocyte
Data format
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sample057_115
bottom peaks comparison between Fibroblast in lymphatic vessel and Visceral preadipocyte
Data format
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sample057_116
bottom peaks comparison between Fibroblast in lymphatic vessel and Prostate epithelial cell
Data format
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sample057_117
bottom peaks comparison between Fibroblast in lymphatic vessel and Prostate stromal cell
Data format
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sample057_118
bottom peaks comparison between Fibroblast in lymphatic vessel and Renal cortical epithelial cell
Data format
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sample057_119
bottom peaks comparison between Fibroblast in lymphatic vessel and Renal glomerular endothelial cell
Data format
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sample057_120
bottom peaks comparison between Fibroblast in lymphatic vessel and Renal mesangial cell
Data format
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sample057_121
bottom peaks comparison between Fibroblast in lymphatic vessel and Renal proximal tubular epithelial cell
Data format
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sample057_122
bottom peaks comparison between Fibroblast in lymphatic vessel and Renal proximal tubular epithelial cell
Data format
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sample057_123
bottom peaks comparison between Fibroblast in lymphatic vessel and Salivary acinar cell
Data format
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sample057_124
bottom peaks comparison between Fibroblast in lymphatic vessel and Schwann
Data format
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sample057_125
bottom peaks comparison between Fibroblast in lymphatic vessel and Sebocyte
Data format
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sample057_126
bottom peaks comparison between Fibroblast in lymphatic vessel and Sertoli
Data format
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sample057_127
bottom peaks comparison between Fibroblast in lymphatic vessel and Skeletal muscle
Data format
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sample057_128
bottom peaks comparison between Fibroblast in lymphatic vessel and Skeletal muscle differentiated into myotubes
Data format
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sample057_129
bottom peaks comparison between Fibroblast in lymphatic vessel and Skeletal muscle satellite cell
Data format
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sample057_130
bottom peaks comparison between Fibroblast in lymphatic vessel and Small airway epithelial cell
Data format
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sample057_131
bottom peaks comparison between Fibroblast in lymphatic vessel and Airway smooth muscle in asthma
Data format
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sample057_132
bottom peaks comparison between Fibroblast in lymphatic vessel and Airway smooth muscle in control
Data format
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sample057_133
bottom peaks comparison between Fibroblast in lymphatic vessel and Smooth muscle in aorta
Data format
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sample057_134
bottom peaks comparison between Fibroblast in lymphatic vessel and Smooth muscle in brachiocephalic artery
Data format
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sample057_135
bottom peaks comparison between Fibroblast in lymphatic vessel and Smooth muscle in brain vessel
Data format
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sample057_136
bottom peaks comparison between Fibroblast in lymphatic vessel and Smooth muscle in bronchial tube
Data format
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sample057_137
bottom peaks comparison between Fibroblast in lymphatic vessel and Smooth muscle in carotid artery
Data format
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sample057_138
bottom peaks comparison between Fibroblast in lymphatic vessel and Smooth muscle in colon
Data format
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sample057_139
bottom peaks comparison between Fibroblast in lymphatic vessel and Smooth muscle in coronary
Data format
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sample057_140
bottom peaks comparison between Fibroblast in lymphatic vessel and Smooth muscle in esophagus
Data format
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sample057_141
bottom peaks comparison between Fibroblast in lymphatic vessel and Smooth muscle in internal thoracic artery
Data format
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sample057_142
bottom peaks comparison between Fibroblast in lymphatic vessel and Smooth muscle in prostate
Data format
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sample057_143
bottom peaks comparison between Fibroblast in lymphatic vessel and Smooth muscle in pulmonary artery
Data format
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sample057_144
bottom peaks comparison between Fibroblast in lymphatic vessel and Smooth muscle in subclavian artery
Data format
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sample057_145
bottom peaks comparison between Fibroblast in lymphatic vessel and Smooth muscle in trachea
Data format
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sample057_146
bottom peaks comparison between Fibroblast in lymphatic vessel and Smooth muscle in umbilical artery
Data format
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sample057_147
bottom peaks comparison between Fibroblast in lymphatic vessel and Smooth muscle in umbilical vein
Data format
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sample057_148
bottom peaks comparison between Fibroblast in lymphatic vessel and Smooth muscle in uterine
Data format
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sample057_149
bottom peaks comparison between Fibroblast in lymphatic vessel and Synoviocyte
Data format
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sample057_150
bottom peaks comparison between Fibroblast in lymphatic vessel and Tenocyte
Data format
hide
sample057_151
bottom peaks comparison between Fibroblast in lymphatic vessel and Trabecular meshwork
Data format
hide
sample057_152
bottom peaks comparison between Fibroblast in lymphatic vessel and Tracheal epithelial cell
Data format
hide
sample057_153
bottom peaks comparison between Fibroblast in lymphatic vessel and Urothelial cell
Data format
hide
sample057_154
bottom peaks comparison between Fibroblast in lymphatic vessel and Whole blood for donor 1
Data format
hide
sample057_155
bottom peaks comparison between Fibroblast in lymphatic vessel and Whole blood for donor 2
Data format
hide
sample057_156
bottom peaks comparison between Fibroblast in lymphatic vessel and Whole blood for donor 3
Data format
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sample058_059
bottom peaks comparison between Fibroblast in mamma and Fibroblast in periodontal ligament
Data format
hide
sample058_060
bottom peaks comparison between Fibroblast in mamma and Fibroblast in skin for dystrophia mytonica sample
Data format
hide
sample058_061
bottom peaks comparison between Fibroblast in mamma and Fibroblast in skin for normal sample
Data format
hide
sample058_062
bottom peaks comparison between Fibroblast in mamma and Fibroblast in skin for spinal muscular atrophy
Data format
hide
sample058_063
bottom peaks comparison between Fibroblast in mamma and Fibroblast of villous mesenchymal cell
Data format
hide
sample058_064
bottom peaks comparison between Fibroblast in mamma and Gamma delta+ T cell
Data format
hide
sample058_065
bottom peaks comparison between Fibroblast in mamma and Gingival epithelial cell
Data format
hide
sample058_066
bottom peaks comparison between Fibroblast in mamma and Dermal papilla cell in hair follicle
Data format
hide
sample058_067
bottom peaks comparison between Fibroblast in mamma and Outer root sheath cell in hair follicle
Data format
hide
sample058_068
bottom peaks comparison between Fibroblast in mamma and Hepatic sinusoidal endothelial cell
Data format
hide
sample058_069
bottom peaks comparison between Fibroblast in mamma and Hepatic stellate lipocyte
Data format
hide
sample058_070
bottom peaks comparison between Fibroblast in mamma and Hepatocyte
Data format
hide
sample058_071
bottom peaks comparison between Fibroblast in mamma and Immature langerhans cell
Data format
hide
sample058_072
bottom peaks comparison between Fibroblast in mamma and Keratinocyte epidermal cell
Data format
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sample058_073
bottom peaks comparison between Fibroblast in mamma and Keratocyte
Data format
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sample058_074
bottom peaks comparison between Fibroblast in mamma and Lens epithelial cell
Data format
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sample058_075
bottom peaks comparison between Fibroblast in mamma and Monocyte-derived macrophage
Data format
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sample058_076
bottom peaks comparison between Fibroblast in mamma and Mallassez-devied cell
Data format
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sample058_077
bottom peaks comparison between Fibroblast in mamma and Mammary epithelial cell
Data format
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sample058_078
bottom peaks comparison between Fibroblast in mamma and Mast cell
Data format
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sample058_079
bottom peaks comparison between Fibroblast in mamma and Expanded mast cell
Data format
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sample058_080
bottom peaks comparison between Fibroblast in mamma and Expanded and stimulated mast cell
Data format
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sample058_081
bottom peaks comparison between Fibroblast in mamma and Melanocyte-dark
Data format
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sample058_082
bottom peaks comparison between Fibroblast in mamma and Melanocyte-light
Data format
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sample058_083
bottom peaks comparison between Fibroblast in mamma and Meningeal cell
Data format
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sample058_084
bottom peaks comparison between Fibroblast in mamma and Mesenchymal precursor cell in adipose
Data format
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sample058_085
bottom peaks comparison between Fibroblast in mamma and Mesenchymal precursor cell in bone marrow
Data format
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sample058_086
bottom peaks comparison between Fibroblast in mamma and Mesenchymal precursor cell in heart
Data format
hide
sample058_087
bottom peaks comparison between Fibroblast in mamma and Mesenchymal precursor cell in left ovary for ovarian cancer sample
Data format
hide
sample058_088
bottom peaks comparison between Fibroblast in mamma and Mesenchymal precursor cell for metastatic ovarian cancer sample
Data format
hide
sample058_089
bottom peaks comparison between Fibroblast in mamma and Mesenchymal precursor cell in right ovary for ovarian cancer sample
Data format
hide
sample058_090
bottom peaks comparison between Fibroblast in mamma and Mesenchymal stem cell in adipose
Data format
hide
sample058_091
bottom peaks comparison between Fibroblast in mamma and Mesenchymal stem cell in amniotic membrane
Data format
hide
sample058_092
bottom peaks comparison between Fibroblast in mamma and Mesenchymal stem cell in bone marrow
Data format
hide
sample058_093
bottom peaks comparison between Fibroblast in mamma and Mesenchymal stem cell in liver
Data format
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sample058_094
bottom peaks comparison between Fibroblast in mamma and Mesenchymal stem cell in umbilical cord
Data format
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sample058_095
bottom peaks comparison between Fibroblast in mamma and Mesothelial cell
Data format
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sample058_096
bottom peaks comparison between Fibroblast in mamma and Migratory langerhans cell
Data format
hide
sample058_097
bottom peaks comparison between Fibroblast in mamma and Mesenchymal stem cell of umbilical cord blood
Data format
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sample058_098
bottom peaks comparison between Fibroblast in mamma and Myoblast
Data format
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sample058_099
bottom peaks comparison between Fibroblast in mamma and Nasal epithelial cell
Data format
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sample058_100
bottom peaks comparison between Fibroblast in mamma and Natural killer cell
Data format
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sample058_101
bottom peaks comparison between Fibroblast in mamma and Neural stem cell
Data format
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sample058_102
bottom peaks comparison between Fibroblast in mamma and Neuron
Data format
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sample058_103
bottom peaks comparison between Fibroblast in mamma and Neutrophil cell
Data format
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sample058_104
bottom peaks comparison between Fibroblast in mamma and Nucleus pulposus
Data format
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sample058_105
bottom peaks comparison between Fibroblast in mamma and Olfactory epithelial cell
Data format
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sample058_106
bottom peaks comparison between Fibroblast in mamma and Osteoblast
Data format
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sample058_107
bottom peaks comparison between Fibroblast in mamma and Differentiated osteoblast
Data format
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sample058_108
bottom peaks comparison between Fibroblast in mamma and Pricyte
Data format
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sample058_109
bottom peaks comparison between Fibroblast in mamma and Perineurial
Data format
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sample058_110
bottom peaks comparison between Fibroblast in mamma and Peripheral blood mononuclear cell
Data format
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sample058_111
bottom peaks comparison between Fibroblast in mamma and Placental epithelial cell
Data format
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sample058_112
bottom peaks comparison between Fibroblast in mamma and Preadipocyte in breast
Data format
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sample058_113
bottom peaks comparison between Fibroblast in mamma and Preadipocyte in omentum
Data format
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sample058_114
bottom peaks comparison between Fibroblast in mamma and Subcutaneous preadipocyte
Data format
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sample058_115
bottom peaks comparison between Fibroblast in mamma and Visceral preadipocyte
Data format
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sample058_116
bottom peaks comparison between Fibroblast in mamma and Prostate epithelial cell
Data format
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sample058_117
bottom peaks comparison between Fibroblast in mamma and Prostate stromal cell
Data format
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sample058_118
bottom peaks comparison between Fibroblast in mamma and Renal cortical epithelial cell
Data format
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sample058_119
bottom peaks comparison between Fibroblast in mamma and Renal glomerular endothelial cell
Data format
hide
sample058_120
bottom peaks comparison between Fibroblast in mamma and Renal mesangial cell
Data format
hide
sample058_121
bottom peaks comparison between Fibroblast in mamma and Renal proximal tubular epithelial cell
Data format
hide
sample058_122
bottom peaks comparison between Fibroblast in mamma and Renal proximal tubular epithelial cell
Data format
hide
sample058_123
bottom peaks comparison between Fibroblast in mamma and Salivary acinar cell
Data format
hide
sample058_124
bottom peaks comparison between Fibroblast in mamma and Schwann
Data format
hide
sample058_125
bottom peaks comparison between Fibroblast in mamma and Sebocyte
Data format
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sample058_126
bottom peaks comparison between Fibroblast in mamma and Sertoli
Data format
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sample058_127
bottom peaks comparison between Fibroblast in mamma and Skeletal muscle
Data format
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sample058_128
bottom peaks comparison between Fibroblast in mamma and Skeletal muscle differentiated into myotubes
Data format
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sample058_129
bottom peaks comparison between Fibroblast in mamma and Skeletal muscle satellite cell
Data format
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sample058_130
bottom peaks comparison between Fibroblast in mamma and Small airway epithelial cell
Data format
hide
sample058_131
bottom peaks comparison between Fibroblast in mamma and Airway smooth muscle in asthma
Data format
hide
sample058_132
bottom peaks comparison between Fibroblast in mamma and Airway smooth muscle in control
Data format
hide
sample058_133
bottom peaks comparison between Fibroblast in mamma and Smooth muscle in aorta
Data format
hide
sample058_134
bottom peaks comparison between Fibroblast in mamma and Smooth muscle in brachiocephalic artery
Data format
hide
sample058_135
bottom peaks comparison between Fibroblast in mamma and Smooth muscle in brain vessel
Data format
hide
sample058_136
bottom peaks comparison between Fibroblast in mamma and Smooth muscle in bronchial tube
Data format
hide
sample058_137
bottom peaks comparison between Fibroblast in mamma and Smooth muscle in carotid artery
Data format
hide
sample058_138
bottom peaks comparison between Fibroblast in mamma and Smooth muscle in colon
Data format
hide
sample058_139
bottom peaks comparison between Fibroblast in mamma and Smooth muscle in coronary
Data format
hide
sample058_140
bottom peaks comparison between Fibroblast in mamma and Smooth muscle in esophagus
Data format
hide
sample058_141
bottom peaks comparison between Fibroblast in mamma and Smooth muscle in internal thoracic artery
Data format
hide
sample058_142
bottom peaks comparison between Fibroblast in mamma and Smooth muscle in prostate
Data format
hide
sample058_143
bottom peaks comparison between Fibroblast in mamma and Smooth muscle in pulmonary artery
Data format
hide
sample058_144
bottom peaks comparison between Fibroblast in mamma and Smooth muscle in subclavian artery
Data format
hide
sample058_145
bottom peaks comparison between Fibroblast in mamma and Smooth muscle in trachea
Data format
hide
sample058_146
bottom peaks comparison between Fibroblast in mamma and Smooth muscle in umbilical artery
Data format
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sample058_147
bottom peaks comparison between Fibroblast in mamma and Smooth muscle in umbilical vein
Data format
hide
sample058_148
bottom peaks comparison between Fibroblast in mamma and Smooth muscle in uterine
Data format
hide
sample058_149
bottom peaks comparison between Fibroblast in mamma and Synoviocyte
Data format
hide
sample058_150
bottom peaks comparison between Fibroblast in mamma and Tenocyte
Data format
hide
sample058_151
bottom peaks comparison between Fibroblast in mamma and Trabecular meshwork
Data format
hide
sample058_152
bottom peaks comparison between Fibroblast in mamma and Tracheal epithelial cell
Data format
hide
sample058_153
bottom peaks comparison between Fibroblast in mamma and Urothelial cell
Data format
hide
sample058_154
bottom peaks comparison between Fibroblast in mamma and Whole blood for donor 1
Data format
hide
sample058_155
bottom peaks comparison between Fibroblast in mamma and Whole blood for donor 2
Data format
hide
sample058_156
bottom peaks comparison between Fibroblast in mamma and Whole blood for donor 3
Data format
hide
sample059_060
bottom peaks comparison between Fibroblast in periodontal ligament and Fibroblast in skin for dystrophia mytonica sample
Data format
hide
sample059_061
bottom peaks comparison between Fibroblast in periodontal ligament and Fibroblast in skin for normal sample
Data format
hide
sample059_062
bottom peaks comparison between Fibroblast in periodontal ligament and Fibroblast in skin for spinal muscular atrophy
Data format
hide
sample059_063
bottom peaks comparison between Fibroblast in periodontal ligament and Fibroblast of villous mesenchymal cell
Data format
hide
sample059_064
bottom peaks comparison between Fibroblast in periodontal ligament and Gamma delta+ T cell
Data format
hide
sample059_065
bottom peaks comparison between Fibroblast in periodontal ligament and Gingival epithelial cell
Data format
hide
sample059_066
bottom peaks comparison between Fibroblast in periodontal ligament and Dermal papilla cell in hair follicle
Data format
hide
sample059_067
bottom peaks comparison between Fibroblast in periodontal ligament and Outer root sheath cell in hair follicle
Data format
hide
sample059_068
bottom peaks comparison between Fibroblast in periodontal ligament and Hepatic sinusoidal endothelial cell
Data format
hide
sample059_069
bottom peaks comparison between Fibroblast in periodontal ligament and Hepatic stellate lipocyte
Data format
hide
sample059_070
bottom peaks comparison between Fibroblast in periodontal ligament and Hepatocyte
Data format
hide
sample059_071
bottom peaks comparison between Fibroblast in periodontal ligament and Immature langerhans cell
Data format
hide
sample059_072
bottom peaks comparison between Fibroblast in periodontal ligament and Keratinocyte epidermal cell
Data format
hide
sample059_073
bottom peaks comparison between Fibroblast in periodontal ligament and Keratocyte
Data format
hide
sample059_074
bottom peaks comparison between Fibroblast in periodontal ligament and Lens epithelial cell
Data format
hide
sample059_075
bottom peaks comparison between Fibroblast in periodontal ligament and Monocyte-derived macrophage
Data format
hide
sample059_076
bottom peaks comparison between Fibroblast in periodontal ligament and Mallassez-devied cell
Data format
hide
sample059_077
bottom peaks comparison between Fibroblast in periodontal ligament and Mammary epithelial cell
Data format
hide
sample059_078
bottom peaks comparison between Fibroblast in periodontal ligament and Mast cell
Data format
hide
sample059_079
bottom peaks comparison between Fibroblast in periodontal ligament and Expanded mast cell
Data format
hide
sample059_080
bottom peaks comparison between Fibroblast in periodontal ligament and Expanded and stimulated mast cell
Data format
hide
sample059_081
bottom peaks comparison between Fibroblast in periodontal ligament and Melanocyte-dark
Data format
hide
sample059_082
bottom peaks comparison between Fibroblast in periodontal ligament and Melanocyte-light
Data format
hide
sample059_083
bottom peaks comparison between Fibroblast in periodontal ligament and Meningeal cell
Data format
hide
sample059_084
bottom peaks comparison between Fibroblast in periodontal ligament and Mesenchymal precursor cell in adipose
Data format
hide
sample059_085
bottom peaks comparison between Fibroblast in periodontal ligament and Mesenchymal precursor cell in bone marrow
Data format
hide
sample059_086
bottom peaks comparison between Fibroblast in periodontal ligament and Mesenchymal precursor cell in heart
Data format
hide
sample059_087
bottom peaks comparison between Fibroblast in periodontal ligament and Mesenchymal precursor cell in left ovary for ovarian cancer sample
Data format
hide
sample059_088
bottom peaks comparison between Fibroblast in periodontal ligament and Mesenchymal precursor cell for metastatic ovarian cancer sample
Data format
hide
sample059_089
bottom peaks comparison between Fibroblast in periodontal ligament and Mesenchymal precursor cell in right ovary for ovarian cancer sample
Data format
hide
sample059_090
bottom peaks comparison between Fibroblast in periodontal ligament and Mesenchymal stem cell in adipose
Data format
hide
sample059_091
bottom peaks comparison between Fibroblast in periodontal ligament and Mesenchymal stem cell in amniotic membrane
Data format
hide
sample059_092
bottom peaks comparison between Fibroblast in periodontal ligament and Mesenchymal stem cell in bone marrow
Data format
hide
sample059_093
bottom peaks comparison between Fibroblast in periodontal ligament and Mesenchymal stem cell in liver
Data format
hide
sample059_094
bottom peaks comparison between Fibroblast in periodontal ligament and Mesenchymal stem cell in umbilical cord
Data format
hide
sample059_095
bottom peaks comparison between Fibroblast in periodontal ligament and Mesothelial cell
Data format
hide
sample059_096
bottom peaks comparison between Fibroblast in periodontal ligament and Migratory langerhans cell
Data format
hide
sample059_097
bottom peaks comparison between Fibroblast in periodontal ligament and Mesenchymal stem cell of umbilical cord blood
Data format
hide
sample059_098
bottom peaks comparison between Fibroblast in periodontal ligament and Myoblast
Data format
hide
sample059_099
bottom peaks comparison between Fibroblast in periodontal ligament and Nasal epithelial cell
Data format
hide
sample059_100
bottom peaks comparison between Fibroblast in periodontal ligament and Natural killer cell
Data format
hide
sample059_101
bottom peaks comparison between Fibroblast in periodontal ligament and Neural stem cell
Data format
hide
sample059_102
bottom peaks comparison between Fibroblast in periodontal ligament and Neuron
Data format
hide
sample059_103
bottom peaks comparison between Fibroblast in periodontal ligament and Neutrophil cell
Data format
hide
sample059_104
bottom peaks comparison between Fibroblast in periodontal ligament and Nucleus pulposus
Data format
hide
sample059_105
bottom peaks comparison between Fibroblast in periodontal ligament and Olfactory epithelial cell
Data format
hide
sample059_106
bottom peaks comparison between Fibroblast in periodontal ligament and Osteoblast
Data format
hide
sample059_107
bottom peaks comparison between Fibroblast in periodontal ligament and Differentiated osteoblast
Data format
hide
sample059_108
bottom peaks comparison between Fibroblast in periodontal ligament and Pricyte
Data format
hide
sample059_109
bottom peaks comparison between Fibroblast in periodontal ligament and Perineurial
Data format
hide
sample059_110
bottom peaks comparison between Fibroblast in periodontal ligament and Peripheral blood mononuclear cell
Data format
hide
sample059_111
bottom peaks comparison between Fibroblast in periodontal ligament and Placental epithelial cell
Data format
hide
sample059_112
bottom peaks comparison between Fibroblast in periodontal ligament and Preadipocyte in breast
Data format
hide
sample059_113
bottom peaks comparison between Fibroblast in periodontal ligament and Preadipocyte in omentum
Data format
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sample059_114
bottom peaks comparison between Fibroblast in periodontal ligament and Subcutaneous preadipocyte
Data format
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sample059_115
bottom peaks comparison between Fibroblast in periodontal ligament and Visceral preadipocyte
Data format
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sample059_116
bottom peaks comparison between Fibroblast in periodontal ligament and Prostate epithelial cell
Data format
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sample059_117
bottom peaks comparison between Fibroblast in periodontal ligament and Prostate stromal cell
Data format
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sample059_118
bottom peaks comparison between Fibroblast in periodontal ligament and Renal cortical epithelial cell
Data format
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sample059_119
bottom peaks comparison between Fibroblast in periodontal ligament and Renal glomerular endothelial cell
Data format
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sample059_120
bottom peaks comparison between Fibroblast in periodontal ligament and Renal mesangial cell
Data format
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sample059_121
bottom peaks comparison between Fibroblast in periodontal ligament and Renal proximal tubular epithelial cell
Data format
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sample059_122
bottom peaks comparison between Fibroblast in periodontal ligament and Renal proximal tubular epithelial cell
Data format
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sample059_123
bottom peaks comparison between Fibroblast in periodontal ligament and Salivary acinar cell
Data format
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sample059_124
bottom peaks comparison between Fibroblast in periodontal ligament and Schwann
Data format
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sample059_125
bottom peaks comparison between Fibroblast in periodontal ligament and Sebocyte
Data format
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sample059_126
bottom peaks comparison between Fibroblast in periodontal ligament and Sertoli
Data format
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sample059_127
bottom peaks comparison between Fibroblast in periodontal ligament and Skeletal muscle
Data format
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sample059_128
bottom peaks comparison between Fibroblast in periodontal ligament and Skeletal muscle differentiated into myotubes
Data format
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sample059_129
bottom peaks comparison between Fibroblast in periodontal ligament and Skeletal muscle satellite cell
Data format
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sample059_130
bottom peaks comparison between Fibroblast in periodontal ligament and Small airway epithelial cell
Data format
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sample059_131
bottom peaks comparison between Fibroblast in periodontal ligament and Airway smooth muscle in asthma
Data format
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sample059_132
bottom peaks comparison between Fibroblast in periodontal ligament and Airway smooth muscle in control
Data format
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sample059_133
bottom peaks comparison between Fibroblast in periodontal ligament and Smooth muscle in aorta
Data format
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sample059_134
bottom peaks comparison between Fibroblast in periodontal ligament and Smooth muscle in brachiocephalic artery
Data format
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sample059_135
bottom peaks comparison between Fibroblast in periodontal ligament and Smooth muscle in brain vessel
Data format
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sample059_136
bottom peaks comparison between Fibroblast in periodontal ligament and Smooth muscle in bronchial tube
Data format
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sample059_137
bottom peaks comparison between Fibroblast in periodontal ligament and Smooth muscle in carotid artery
Data format
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sample059_138
bottom peaks comparison between Fibroblast in periodontal ligament and Smooth muscle in colon
Data format
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sample059_139
bottom peaks comparison between Fibroblast in periodontal ligament and Smooth muscle in coronary
Data format
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sample059_140
bottom peaks comparison between Fibroblast in periodontal ligament and Smooth muscle in esophagus
Data format
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sample059_141
bottom peaks comparison between Fibroblast in periodontal ligament and Smooth muscle in internal thoracic artery
Data format
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sample059_142
bottom peaks comparison between Fibroblast in periodontal ligament and Smooth muscle in prostate
Data format
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sample059_143
bottom peaks comparison between Fibroblast in periodontal ligament and Smooth muscle in pulmonary artery
Data format
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sample059_144
bottom peaks comparison between Fibroblast in periodontal ligament and Smooth muscle in subclavian artery
Data format
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sample059_145
bottom peaks comparison between Fibroblast in periodontal ligament and Smooth muscle in trachea
Data format
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sample059_146
bottom peaks comparison between Fibroblast in periodontal ligament and Smooth muscle in umbilical artery
Data format
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sample059_147
bottom peaks comparison between Fibroblast in periodontal ligament and Smooth muscle in umbilical vein
Data format
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sample059_148
bottom peaks comparison between Fibroblast in periodontal ligament and Smooth muscle in uterine
Data format
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sample059_149
bottom peaks comparison between Fibroblast in periodontal ligament and Synoviocyte
Data format
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sample059_150
bottom peaks comparison between Fibroblast in periodontal ligament and Tenocyte
Data format
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sample059_151
bottom peaks comparison between Fibroblast in periodontal ligament and Trabecular meshwork
Data format
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sample059_152
bottom peaks comparison between Fibroblast in periodontal ligament and Tracheal epithelial cell
Data format
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sample059_153
bottom peaks comparison between Fibroblast in periodontal ligament and Urothelial cell
Data format
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sample059_154
bottom peaks comparison between Fibroblast in periodontal ligament and Whole blood for donor 1
Data format
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sample059_155
bottom peaks comparison between Fibroblast in periodontal ligament and Whole blood for donor 2
Data format
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sample059_156
bottom peaks comparison between Fibroblast in periodontal ligament and Whole blood for donor 3
Data format
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sample060_061
bottom peaks comparison between Fibroblast in skin for dystrophia mytonica sample and Fibroblast in skin for normal sample
Data format
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sample060_062
bottom peaks comparison between Fibroblast in skin for dystrophia mytonica sample and Fibroblast in skin for spinal muscular atrophy
Data format
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sample060_063
bottom peaks comparison between Fibroblast in skin for dystrophia mytonica sample and Fibroblast of villous mesenchymal cell
Data format
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sample060_064
bottom peaks comparison between Fibroblast in skin for dystrophia mytonica sample and Gamma delta+ T cell
Data format
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sample060_065
bottom peaks comparison between Fibroblast in skin for dystrophia mytonica sample and Gingival epithelial cell
Data format
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sample060_066
bottom peaks comparison between Fibroblast in skin for dystrophia mytonica sample and Dermal papilla cell in hair follicle
Data format
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sample060_067
bottom peaks comparison between Fibroblast in skin for dystrophia mytonica sample and Outer root sheath cell in hair follicle
Data format
hide
sample060_068
bottom peaks comparison between Fibroblast in skin for dystrophia mytonica sample and Hepatic sinusoidal endothelial cell
Data format
hide
sample060_069
bottom peaks comparison between Fibroblast in skin for dystrophia mytonica sample and Hepatic stellate lipocyte
Data format
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sample060_070
bottom peaks comparison between Fibroblast in skin for dystrophia mytonica sample and Hepatocyte
Data format
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sample060_071
bottom peaks comparison between Fibroblast in skin for dystrophia mytonica sample and Immature langerhans cell
Data format
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sample060_072
bottom peaks comparison between Fibroblast in skin for dystrophia mytonica sample and Keratinocyte epidermal cell
Data format
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sample060_073
bottom peaks comparison between Fibroblast in skin for dystrophia mytonica sample and Keratocyte
Data format
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sample060_074
bottom peaks comparison between Fibroblast in skin for dystrophia mytonica sample and Lens epithelial cell
Data format
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sample060_075
bottom peaks comparison between Fibroblast in skin for dystrophia mytonica sample and Monocyte-derived macrophage
Data format
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sample060_076
bottom peaks comparison between Fibroblast in skin for dystrophia mytonica sample and Mallassez-devied cell
Data format
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sample060_077
bottom peaks comparison between Fibroblast in skin for dystrophia mytonica sample and Mammary epithelial cell
Data format
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sample060_078
bottom peaks comparison between Fibroblast in skin for dystrophia mytonica sample and Mast cell
Data format
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sample060_079
bottom peaks comparison between Fibroblast in skin for dystrophia mytonica sample and Expanded mast cell
Data format
hide
sample060_080
bottom peaks comparison between Fibroblast in skin for dystrophia mytonica sample and Expanded and stimulated mast cell
Data format
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sample060_081
bottom peaks comparison between Fibroblast in skin for dystrophia mytonica sample and Melanocyte-dark
Data format
hide
sample060_082
bottom peaks comparison between Fibroblast in skin for dystrophia mytonica sample and Melanocyte-light
Data format
hide
sample060_083
bottom peaks comparison between Fibroblast in skin for dystrophia mytonica sample and Meningeal cell
Data format
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sample060_084
bottom peaks comparison between Fibroblast in skin for dystrophia mytonica sample and Mesenchymal precursor cell in adipose
Data format
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sample060_085
bottom peaks comparison between Fibroblast in skin for dystrophia mytonica sample and Mesenchymal precursor cell in bone marrow
Data format
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sample060_086
bottom peaks comparison between Fibroblast in skin for dystrophia mytonica sample and Mesenchymal precursor cell in heart
Data format
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sample060_087
bottom peaks comparison between Fibroblast in skin for dystrophia mytonica sample and Mesenchymal precursor cell in left ovary for ovarian cancer sample
Data format
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sample060_088
bottom peaks comparison between Fibroblast in skin for dystrophia mytonica sample and Mesenchymal precursor cell for metastatic ovarian cancer sample
Data format
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sample060_089
bottom peaks comparison between Fibroblast in skin for dystrophia mytonica sample and Mesenchymal precursor cell in right ovary for ovarian cancer sample
Data format
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sample060_090
bottom peaks comparison between Fibroblast in skin for dystrophia mytonica sample and Mesenchymal stem cell in adipose
Data format
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sample060_091
bottom peaks comparison between Fibroblast in skin for dystrophia mytonica sample and Mesenchymal stem cell in amniotic membrane
Data format
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sample060_092
bottom peaks comparison between Fibroblast in skin for dystrophia mytonica sample and Mesenchymal stem cell in bone marrow
Data format
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sample060_093
bottom peaks comparison between Fibroblast in skin for dystrophia mytonica sample and Mesenchymal stem cell in liver
Data format
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sample060_094
bottom peaks comparison between Fibroblast in skin for dystrophia mytonica sample and Mesenchymal stem cell in umbilical cord
Data format
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sample060_095
bottom peaks comparison between Fibroblast in skin for dystrophia mytonica sample and Mesothelial cell
Data format
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sample060_096
bottom peaks comparison between Fibroblast in skin for dystrophia mytonica sample and Migratory langerhans cell
Data format
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sample060_097
bottom peaks comparison between Fibroblast in skin for dystrophia mytonica sample and Mesenchymal stem cell of umbilical cord blood
Data format
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sample060_098
bottom peaks comparison between Fibroblast in skin for dystrophia mytonica sample and Myoblast
Data format
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sample060_099
bottom peaks comparison between Fibroblast in skin for dystrophia mytonica sample and Nasal epithelial cell
Data format
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sample060_100
bottom peaks comparison between Fibroblast in skin for dystrophia mytonica sample and Natural killer cell
Data format
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sample060_101
bottom peaks comparison between Fibroblast in skin for dystrophia mytonica sample and Neural stem cell
Data format
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sample060_102
bottom peaks comparison between Fibroblast in skin for dystrophia mytonica sample and Neuron
Data format
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sample060_103
bottom peaks comparison between Fibroblast in skin for dystrophia mytonica sample and Neutrophil cell
Data format
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sample060_104
bottom peaks comparison between Fibroblast in skin for dystrophia mytonica sample and Nucleus pulposus
Data format
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sample060_105
bottom peaks comparison between Fibroblast in skin for dystrophia mytonica sample and Olfactory epithelial cell
Data format
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sample060_106
bottom peaks comparison between Fibroblast in skin for dystrophia mytonica sample and Osteoblast
Data format
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sample060_107
bottom peaks comparison between Fibroblast in skin for dystrophia mytonica sample and Differentiated osteoblast
Data format
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sample060_108
bottom peaks comparison between Fibroblast in skin for dystrophia mytonica sample and Pricyte
Data format
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sample060_109
bottom peaks comparison between Fibroblast in skin for dystrophia mytonica sample and Perineurial
Data format
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sample060_110
bottom peaks comparison between Fibroblast in skin for dystrophia mytonica sample and Peripheral blood mononuclear cell
Data format
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sample060_111
bottom peaks comparison between Fibroblast in skin for dystrophia mytonica sample and Placental epithelial cell
Data format
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sample060_112
bottom peaks comparison between Fibroblast in skin for dystrophia mytonica sample and Preadipocyte in breast
Data format
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sample060_113
bottom peaks comparison between Fibroblast in skin for dystrophia mytonica sample and Preadipocyte in omentum
Data format
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sample060_114
bottom peaks comparison between Fibroblast in skin for dystrophia mytonica sample and Subcutaneous preadipocyte
Data format
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sample060_115
bottom peaks comparison between Fibroblast in skin for dystrophia mytonica sample and Visceral preadipocyte
Data format
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sample060_116
bottom peaks comparison between Fibroblast in skin for dystrophia mytonica sample and Prostate epithelial cell
Data format
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sample060_117
bottom peaks comparison between Fibroblast in skin for dystrophia mytonica sample and Prostate stromal cell
Data format
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sample060_118
bottom peaks comparison between Fibroblast in skin for dystrophia mytonica sample and Renal cortical epithelial cell
Data format
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sample060_119
bottom peaks comparison between Fibroblast in skin for dystrophia mytonica sample and Renal glomerular endothelial cell
Data format
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sample060_120
bottom peaks comparison between Fibroblast in skin for dystrophia mytonica sample and Renal mesangial cell
Data format
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sample060_121
bottom peaks comparison between Fibroblast in skin for dystrophia mytonica sample and Renal proximal tubular epithelial cell
Data format
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sample060_122
bottom peaks comparison between Fibroblast in skin for dystrophia mytonica sample and Renal proximal tubular epithelial cell
Data format
hide
sample060_123
bottom peaks comparison between Fibroblast in skin for dystrophia mytonica sample and Salivary acinar cell
Data format
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sample060_124
bottom peaks comparison between Fibroblast in skin for dystrophia mytonica sample and Schwann
Data format
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sample060_125
bottom peaks comparison between Fibroblast in skin for dystrophia mytonica sample and Sebocyte
Data format
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sample060_126
bottom peaks comparison between Fibroblast in skin for dystrophia mytonica sample and Sertoli
Data format
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sample060_127
bottom peaks comparison between Fibroblast in skin for dystrophia mytonica sample and Skeletal muscle
Data format
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sample060_128
bottom peaks comparison between Fibroblast in skin for dystrophia mytonica sample and Skeletal muscle differentiated into myotubes
Data format
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sample060_129
bottom peaks comparison between Fibroblast in skin for dystrophia mytonica sample and Skeletal muscle satellite cell
Data format
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sample060_130
bottom peaks comparison between Fibroblast in skin for dystrophia mytonica sample and Small airway epithelial cell
Data format
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sample060_131
bottom peaks comparison between Fibroblast in skin for dystrophia mytonica sample and Airway smooth muscle in asthma
Data format
hide
sample060_132
bottom peaks comparison between Fibroblast in skin for dystrophia mytonica sample and Airway smooth muscle in control
Data format
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sample060_133
bottom peaks comparison between Fibroblast in skin for dystrophia mytonica sample and Smooth muscle in aorta
Data format
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sample060_134
bottom peaks comparison between Fibroblast in skin for dystrophia mytonica sample and Smooth muscle in brachiocephalic artery
Data format
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sample060_135
bottom peaks comparison between Fibroblast in skin for dystrophia mytonica sample and Smooth muscle in brain vessel
Data format
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sample060_136
bottom peaks comparison between Fibroblast in skin for dystrophia mytonica sample and Smooth muscle in bronchial tube
Data format
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sample060_137
bottom peaks comparison between Fibroblast in skin for dystrophia mytonica sample and Smooth muscle in carotid artery
Data format
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sample060_138
bottom peaks comparison between Fibroblast in skin for dystrophia mytonica sample and Smooth muscle in colon
Data format
hide
sample060_139
bottom peaks comparison between Fibroblast in skin for dystrophia mytonica sample and Smooth muscle in coronary
Data format
hide
sample060_140
bottom peaks comparison between Fibroblast in skin for dystrophia mytonica sample and Smooth muscle in esophagus
Data format
hide
sample060_141
bottom peaks comparison between Fibroblast in skin for dystrophia mytonica sample and Smooth muscle in internal thoracic artery
Data format
hide
sample060_142
bottom peaks comparison between Fibroblast in skin for dystrophia mytonica sample and Smooth muscle in prostate
Data format
hide
sample060_143
bottom peaks comparison between Fibroblast in skin for dystrophia mytonica sample and Smooth muscle in pulmonary artery
Data format
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sample060_144
bottom peaks comparison between Fibroblast in skin for dystrophia mytonica sample and Smooth muscle in subclavian artery
Data format
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sample060_145
bottom peaks comparison between Fibroblast in skin for dystrophia mytonica sample and Smooth muscle in trachea
Data format
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sample060_146
bottom peaks comparison between Fibroblast in skin for dystrophia mytonica sample and Smooth muscle in umbilical artery
Data format
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sample060_147
bottom peaks comparison between Fibroblast in skin for dystrophia mytonica sample and Smooth muscle in umbilical vein
Data format
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sample060_148
bottom peaks comparison between Fibroblast in skin for dystrophia mytonica sample and Smooth muscle in uterine
Data format
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sample060_149
bottom peaks comparison between Fibroblast in skin for dystrophia mytonica sample and Synoviocyte
Data format
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sample060_150
bottom peaks comparison between Fibroblast in skin for dystrophia mytonica sample and Tenocyte
Data format
hide
sample060_151
bottom peaks comparison between Fibroblast in skin for dystrophia mytonica sample and Trabecular meshwork
Data format
hide
sample060_152
bottom peaks comparison between Fibroblast in skin for dystrophia mytonica sample and Tracheal epithelial cell
Data format
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sample060_153
bottom peaks comparison between Fibroblast in skin for dystrophia mytonica sample and Urothelial cell
Data format
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sample060_154
bottom peaks comparison between Fibroblast in skin for dystrophia mytonica sample and Whole blood for donor 1
Data format
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sample060_155
bottom peaks comparison between Fibroblast in skin for dystrophia mytonica sample and Whole blood for donor 2
Data format
hide
sample060_156
bottom peaks comparison between Fibroblast in skin for dystrophia mytonica sample and Whole blood for donor 3
Data format
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sample061_062
bottom peaks comparison between Fibroblast in skin for normal sample and Fibroblast in skin for spinal muscular atrophy
Data format
hide
sample061_063
bottom peaks comparison between Fibroblast in skin for normal sample and Fibroblast of villous mesenchymal cell
Data format
hide
sample061_064
bottom peaks comparison between Fibroblast in skin for normal sample and Gamma delta+ T cell
Data format
hide
sample061_065
bottom peaks comparison between Fibroblast in skin for normal sample and Gingival epithelial cell
Data format
hide
sample061_066
bottom peaks comparison between Fibroblast in skin for normal sample and Dermal papilla cell in hair follicle
Data format
hide
sample061_067
bottom peaks comparison between Fibroblast in skin for normal sample and Outer root sheath cell in hair follicle
Data format
hide
sample061_068
bottom peaks comparison between Fibroblast in skin for normal sample and Hepatic sinusoidal endothelial cell
Data format
hide
sample061_069
bottom peaks comparison between Fibroblast in skin for normal sample and Hepatic stellate lipocyte
Data format
hide
sample061_070
bottom peaks comparison between Fibroblast in skin for normal sample and Hepatocyte
Data format
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sample061_071
bottom peaks comparison between Fibroblast in skin for normal sample and Immature langerhans cell
Data format
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sample061_072
bottom peaks comparison between Fibroblast in skin for normal sample and Keratinocyte epidermal cell
Data format
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sample061_073
bottom peaks comparison between Fibroblast in skin for normal sample and Keratocyte
Data format
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sample061_074
bottom peaks comparison between Fibroblast in skin for normal sample and Lens epithelial cell
Data format
hide
sample061_075
bottom peaks comparison between Fibroblast in skin for normal sample and Monocyte-derived macrophage
Data format
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sample061_076
bottom peaks comparison between Fibroblast in skin for normal sample and Mallassez-devied cell
Data format
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sample061_077
bottom peaks comparison between Fibroblast in skin for normal sample and Mammary epithelial cell
Data format
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sample061_078
bottom peaks comparison between Fibroblast in skin for normal sample and Mast cell
Data format
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sample061_079
bottom peaks comparison between Fibroblast in skin for normal sample and Expanded mast cell
Data format
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sample061_080
bottom peaks comparison between Fibroblast in skin for normal sample and Expanded and stimulated mast cell
Data format
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sample061_081
bottom peaks comparison between Fibroblast in skin for normal sample and Melanocyte-dark
Data format
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sample061_082
bottom peaks comparison between Fibroblast in skin for normal sample and Melanocyte-light
Data format
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sample061_083
bottom peaks comparison between Fibroblast in skin for normal sample and Meningeal cell
Data format
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sample061_084
bottom peaks comparison between Fibroblast in skin for normal sample and Mesenchymal precursor cell in adipose
Data format
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sample061_085
bottom peaks comparison between Fibroblast in skin for normal sample and Mesenchymal precursor cell in bone marrow
Data format
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sample061_086
bottom peaks comparison between Fibroblast in skin for normal sample and Mesenchymal precursor cell in heart
Data format
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sample061_087
bottom peaks comparison between Fibroblast in skin for normal sample and Mesenchymal precursor cell in left ovary for ovarian cancer sample
Data format
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sample061_088
bottom peaks comparison between Fibroblast in skin for normal sample and Mesenchymal precursor cell for metastatic ovarian cancer sample
Data format
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sample061_089
bottom peaks comparison between Fibroblast in skin for normal sample and Mesenchymal precursor cell in right ovary for ovarian cancer sample
Data format
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sample061_090
bottom peaks comparison between Fibroblast in skin for normal sample and Mesenchymal stem cell in adipose
Data format
hide
sample061_091
bottom peaks comparison between Fibroblast in skin for normal sample and Mesenchymal stem cell in amniotic membrane
Data format
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sample061_092
bottom peaks comparison between Fibroblast in skin for normal sample and Mesenchymal stem cell in bone marrow
Data format
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sample061_093
bottom peaks comparison between Fibroblast in skin for normal sample and Mesenchymal stem cell in liver
Data format
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sample061_094
bottom peaks comparison between Fibroblast in skin for normal sample and Mesenchymal stem cell in umbilical cord
Data format
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sample061_095
bottom peaks comparison between Fibroblast in skin for normal sample and Mesothelial cell
Data format
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sample061_096
bottom peaks comparison between Fibroblast in skin for normal sample and Migratory langerhans cell
Data format
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sample061_097
bottom peaks comparison between Fibroblast in skin for normal sample and Mesenchymal stem cell of umbilical cord blood
Data format
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sample061_098
bottom peaks comparison between Fibroblast in skin for normal sample and Myoblast
Data format
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sample061_099
bottom peaks comparison between Fibroblast in skin for normal sample and Nasal epithelial cell
Data format
hide
sample061_100
bottom peaks comparison between Fibroblast in skin for normal sample and Natural killer cell
Data format
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sample061_101
bottom peaks comparison between Fibroblast in skin for normal sample and Neural stem cell
Data format
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sample061_102
bottom peaks comparison between Fibroblast in skin for normal sample and Neuron
Data format
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sample061_103
bottom peaks comparison between Fibroblast in skin for normal sample and Neutrophil cell
Data format
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sample061_104
bottom peaks comparison between Fibroblast in skin for normal sample and Nucleus pulposus
Data format
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sample061_105
bottom peaks comparison between Fibroblast in skin for normal sample and Olfactory epithelial cell
Data format
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sample061_106
bottom peaks comparison between Fibroblast in skin for normal sample and Osteoblast
Data format
hide
sample061_107
bottom peaks comparison between Fibroblast in skin for normal sample and Differentiated osteoblast
Data format
hide
sample061_108
bottom peaks comparison between Fibroblast in skin for normal sample and Pricyte
Data format
hide
sample061_109
bottom peaks comparison between Fibroblast in skin for normal sample and Perineurial
Data format
hide
sample061_110
bottom peaks comparison between Fibroblast in skin for normal sample and Peripheral blood mononuclear cell
Data format
hide
sample061_111
bottom peaks comparison between Fibroblast in skin for normal sample and Placental epithelial cell
Data format
hide
sample061_112
bottom peaks comparison between Fibroblast in skin for normal sample and Preadipocyte in breast
Data format
hide
sample061_113
bottom peaks comparison between Fibroblast in skin for normal sample and Preadipocyte in omentum
Data format
hide
sample061_114
bottom peaks comparison between Fibroblast in skin for normal sample and Subcutaneous preadipocyte
Data format
hide
sample061_115
bottom peaks comparison between Fibroblast in skin for normal sample and Visceral preadipocyte
Data format
hide
sample061_116
bottom peaks comparison between Fibroblast in skin for normal sample and Prostate epithelial cell
Data format
hide
sample061_117
bottom peaks comparison between Fibroblast in skin for normal sample and Prostate stromal cell
Data format
hide
sample061_118
bottom peaks comparison between Fibroblast in skin for normal sample and Renal cortical epithelial cell
Data format
hide
sample061_119
bottom peaks comparison between Fibroblast in skin for normal sample and Renal glomerular endothelial cell
Data format
hide
sample061_120
bottom peaks comparison between Fibroblast in skin for normal sample and Renal mesangial cell
Data format
hide
sample061_121
bottom peaks comparison between Fibroblast in skin for normal sample and Renal proximal tubular epithelial cell
Data format
hide
sample061_122
bottom peaks comparison between Fibroblast in skin for normal sample and Renal proximal tubular epithelial cell
Data format
hide
sample061_123
bottom peaks comparison between Fibroblast in skin for normal sample and Salivary acinar cell
Data format
hide
sample061_124
bottom peaks comparison between Fibroblast in skin for normal sample and Schwann
Data format
hide
sample061_125
bottom peaks comparison between Fibroblast in skin for normal sample and Sebocyte
Data format
hide
sample061_126
bottom peaks comparison between Fibroblast in skin for normal sample and Sertoli
Data format
hide
sample061_127
bottom peaks comparison between Fibroblast in skin for normal sample and Skeletal muscle
Data format
hide
sample061_128
bottom peaks comparison between Fibroblast in skin for normal sample and Skeletal muscle differentiated into myotubes
Data format
hide
sample061_129
bottom peaks comparison between Fibroblast in skin for normal sample and Skeletal muscle satellite cell
Data format
hide
sample061_130
bottom peaks comparison between Fibroblast in skin for normal sample and Small airway epithelial cell
Data format
hide
sample061_131
bottom peaks comparison between Fibroblast in skin for normal sample and Airway smooth muscle in asthma
Data format
hide
sample061_132
bottom peaks comparison between Fibroblast in skin for normal sample and Airway smooth muscle in control
Data format
hide
sample061_133
bottom peaks comparison between Fibroblast in skin for normal sample and Smooth muscle in aorta
Data format
hide
sample061_134
bottom peaks comparison between Fibroblast in skin for normal sample and Smooth muscle in brachiocephalic artery
Data format
hide
sample061_135
bottom peaks comparison between Fibroblast in skin for normal sample and Smooth muscle in brain vessel
Data format
hide
sample061_136
bottom peaks comparison between Fibroblast in skin for normal sample and Smooth muscle in bronchial tube
Data format
hide
sample061_137
bottom peaks comparison between Fibroblast in skin for normal sample and Smooth muscle in carotid artery
Data format
hide
sample061_138
bottom peaks comparison between Fibroblast in skin for normal sample and Smooth muscle in colon
Data format
hide
sample061_139
bottom peaks comparison between Fibroblast in skin for normal sample and Smooth muscle in coronary
Data format
hide
sample061_140
bottom peaks comparison between Fibroblast in skin for normal sample and Smooth muscle in esophagus
Data format
hide
sample061_141
bottom peaks comparison between Fibroblast in skin for normal sample and Smooth muscle in internal thoracic artery
Data format
hide
sample061_142
bottom peaks comparison between Fibroblast in skin for normal sample and Smooth muscle in prostate
Data format
hide
sample061_143
bottom peaks comparison between Fibroblast in skin for normal sample and Smooth muscle in pulmonary artery
Data format
hide
sample061_144
bottom peaks comparison between Fibroblast in skin for normal sample and Smooth muscle in subclavian artery
Data format
hide
sample061_145
bottom peaks comparison between Fibroblast in skin for normal sample and Smooth muscle in trachea
Data format
hide
sample061_146
bottom peaks comparison between Fibroblast in skin for normal sample and Smooth muscle in umbilical artery
Data format
hide
sample061_147
bottom peaks comparison between Fibroblast in skin for normal sample and Smooth muscle in umbilical vein
Data format
hide
sample061_148
bottom peaks comparison between Fibroblast in skin for normal sample and Smooth muscle in uterine
Data format
hide
sample061_149
bottom peaks comparison between Fibroblast in skin for normal sample and Synoviocyte
Data format
hide
sample061_150
bottom peaks comparison between Fibroblast in skin for normal sample and Tenocyte
Data format
hide
sample061_151
bottom peaks comparison between Fibroblast in skin for normal sample and Trabecular meshwork
Data format
hide
sample061_152
bottom peaks comparison between Fibroblast in skin for normal sample and Tracheal epithelial cell
Data format
hide
sample061_153
bottom peaks comparison between Fibroblast in skin for normal sample and Urothelial cell
Data format
hide
sample061_154
bottom peaks comparison between Fibroblast in skin for normal sample and Whole blood for donor 1
Data format
hide
sample061_155
bottom peaks comparison between Fibroblast in skin for normal sample and Whole blood for donor 2
Data format
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sample061_156
bottom peaks comparison between Fibroblast in skin for normal sample and Whole blood for donor 3
Data format
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sample062_063
bottom peaks comparison between Fibroblast in skin for spinal muscular atrophy and Fibroblast of villous mesenchymal cell
Data format
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sample062_064
bottom peaks comparison between Fibroblast in skin for spinal muscular atrophy and Gamma delta+ T cell
Data format
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sample062_065
bottom peaks comparison between Fibroblast in skin for spinal muscular atrophy and Gingival epithelial cell
Data format
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sample062_066
bottom peaks comparison between Fibroblast in skin for spinal muscular atrophy and Dermal papilla cell in hair follicle
Data format
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sample062_067
bottom peaks comparison between Fibroblast in skin for spinal muscular atrophy and Outer root sheath cell in hair follicle
Data format
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sample062_068
bottom peaks comparison between Fibroblast in skin for spinal muscular atrophy and Hepatic sinusoidal endothelial cell
Data format
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sample062_069
bottom peaks comparison between Fibroblast in skin for spinal muscular atrophy and Hepatic stellate lipocyte
Data format
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sample062_070
bottom peaks comparison between Fibroblast in skin for spinal muscular atrophy and Hepatocyte
Data format
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sample062_071
bottom peaks comparison between Fibroblast in skin for spinal muscular atrophy and Immature langerhans cell
Data format
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sample062_072
bottom peaks comparison between Fibroblast in skin for spinal muscular atrophy and Keratinocyte epidermal cell
Data format
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sample062_073
bottom peaks comparison between Fibroblast in skin for spinal muscular atrophy and Keratocyte
Data format
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sample062_074
bottom peaks comparison between Fibroblast in skin for spinal muscular atrophy and Lens epithelial cell
Data format
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sample062_075
bottom peaks comparison between Fibroblast in skin for spinal muscular atrophy and Monocyte-derived macrophage
Data format
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sample062_076
bottom peaks comparison between Fibroblast in skin for spinal muscular atrophy and Mallassez-devied cell
Data format
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sample062_077
bottom peaks comparison between Fibroblast in skin for spinal muscular atrophy and Mammary epithelial cell
Data format
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sample062_078
bottom peaks comparison between Fibroblast in skin for spinal muscular atrophy and Mast cell
Data format
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sample062_079
bottom peaks comparison between Fibroblast in skin for spinal muscular atrophy and Expanded mast cell
Data format
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sample062_080
bottom peaks comparison between Fibroblast in skin for spinal muscular atrophy and Expanded and stimulated mast cell
Data format
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sample062_081
bottom peaks comparison between Fibroblast in skin for spinal muscular atrophy and Melanocyte-dark
Data format
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sample062_082
bottom peaks comparison between Fibroblast in skin for spinal muscular atrophy and Melanocyte-light
Data format
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sample062_083
bottom peaks comparison between Fibroblast in skin for spinal muscular atrophy and Meningeal cell
Data format
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sample062_084
bottom peaks comparison between Fibroblast in skin for spinal muscular atrophy and Mesenchymal precursor cell in adipose
Data format
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sample062_085
bottom peaks comparison between Fibroblast in skin for spinal muscular atrophy and Mesenchymal precursor cell in bone marrow
Data format
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sample062_086
bottom peaks comparison between Fibroblast in skin for spinal muscular atrophy and Mesenchymal precursor cell in heart
Data format
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sample062_087
bottom peaks comparison between Fibroblast in skin for spinal muscular atrophy and Mesenchymal precursor cell in left ovary for ovarian cancer sample
Data format
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sample062_088
bottom peaks comparison between Fibroblast in skin for spinal muscular atrophy and Mesenchymal precursor cell for metastatic ovarian cancer sample
Data format
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sample062_089
bottom peaks comparison between Fibroblast in skin for spinal muscular atrophy and Mesenchymal precursor cell in right ovary for ovarian cancer sample
Data format
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sample062_090
bottom peaks comparison between Fibroblast in skin for spinal muscular atrophy and Mesenchymal stem cell in adipose
Data format
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sample062_091
bottom peaks comparison between Fibroblast in skin for spinal muscular atrophy and Mesenchymal stem cell in amniotic membrane
Data format
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sample062_092
bottom peaks comparison between Fibroblast in skin for spinal muscular atrophy and Mesenchymal stem cell in bone marrow
Data format
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sample062_093
bottom peaks comparison between Fibroblast in skin for spinal muscular atrophy and Mesenchymal stem cell in liver
Data format
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sample062_094
bottom peaks comparison between Fibroblast in skin for spinal muscular atrophy and Mesenchymal stem cell in umbilical cord
Data format
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sample062_095
bottom peaks comparison between Fibroblast in skin for spinal muscular atrophy and Mesothelial cell
Data format
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sample062_096
bottom peaks comparison between Fibroblast in skin for spinal muscular atrophy and Migratory langerhans cell
Data format
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sample062_097
bottom peaks comparison between Fibroblast in skin for spinal muscular atrophy and Mesenchymal stem cell of umbilical cord blood
Data format
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sample062_098
bottom peaks comparison between Fibroblast in skin for spinal muscular atrophy and Myoblast
Data format
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sample062_099
bottom peaks comparison between Fibroblast in skin for spinal muscular atrophy and Nasal epithelial cell
Data format
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sample062_100
bottom peaks comparison between Fibroblast in skin for spinal muscular atrophy and Natural killer cell
Data format
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sample062_101
bottom peaks comparison between Fibroblast in skin for spinal muscular atrophy and Neural stem cell
Data format
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sample062_102
bottom peaks comparison between Fibroblast in skin for spinal muscular atrophy and Neuron
Data format
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sample062_103
bottom peaks comparison between Fibroblast in skin for spinal muscular atrophy and Neutrophil cell
Data format
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sample062_104
bottom peaks comparison between Fibroblast in skin for spinal muscular atrophy and Nucleus pulposus
Data format
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sample062_105
bottom peaks comparison between Fibroblast in skin for spinal muscular atrophy and Olfactory epithelial cell
Data format
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sample062_106
bottom peaks comparison between Fibroblast in skin for spinal muscular atrophy and Osteoblast
Data format
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sample062_107
bottom peaks comparison between Fibroblast in skin for spinal muscular atrophy and Differentiated osteoblast
Data format
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sample062_108
bottom peaks comparison between Fibroblast in skin for spinal muscular atrophy and Pricyte
Data format
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sample062_109
bottom peaks comparison between Fibroblast in skin for spinal muscular atrophy and Perineurial
Data format
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sample062_110
bottom peaks comparison between Fibroblast in skin for spinal muscular atrophy and Peripheral blood mononuclear cell
Data format
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sample062_111
bottom peaks comparison between Fibroblast in skin for spinal muscular atrophy and Placental epithelial cell
Data format
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sample062_112
bottom peaks comparison between Fibroblast in skin for spinal muscular atrophy and Preadipocyte in breast
Data format
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sample062_113
bottom peaks comparison between Fibroblast in skin for spinal muscular atrophy and Preadipocyte in omentum
Data format
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sample062_114
bottom peaks comparison between Fibroblast in skin for spinal muscular atrophy and Subcutaneous preadipocyte
Data format
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sample062_115
bottom peaks comparison between Fibroblast in skin for spinal muscular atrophy and Visceral preadipocyte
Data format
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sample062_116
bottom peaks comparison between Fibroblast in skin for spinal muscular atrophy and Prostate epithelial cell
Data format
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sample062_117
bottom peaks comparison between Fibroblast in skin for spinal muscular atrophy and Prostate stromal cell
Data format
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sample062_118
bottom peaks comparison between Fibroblast in skin for spinal muscular atrophy and Renal cortical epithelial cell
Data format
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sample062_119
bottom peaks comparison between Fibroblast in skin for spinal muscular atrophy and Renal glomerular endothelial cell
Data format
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sample062_120
bottom peaks comparison between Fibroblast in skin for spinal muscular atrophy and Renal mesangial cell
Data format
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sample062_121
bottom peaks comparison between Fibroblast in skin for spinal muscular atrophy and Renal proximal tubular epithelial cell
Data format
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sample062_122
bottom peaks comparison between Fibroblast in skin for spinal muscular atrophy and Renal proximal tubular epithelial cell
Data format
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sample062_123
bottom peaks comparison between Fibroblast in skin for spinal muscular atrophy and Salivary acinar cell
Data format
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sample062_124
bottom peaks comparison between Fibroblast in skin for spinal muscular atrophy and Schwann
Data format
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sample062_125
bottom peaks comparison between Fibroblast in skin for spinal muscular atrophy and Sebocyte
Data format
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sample062_126
bottom peaks comparison between Fibroblast in skin for spinal muscular atrophy and Sertoli
Data format
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sample062_127
bottom peaks comparison between Fibroblast in skin for spinal muscular atrophy and Skeletal muscle
Data format
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sample062_128
bottom peaks comparison between Fibroblast in skin for spinal muscular atrophy and Skeletal muscle differentiated into myotubes
Data format
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sample062_129
bottom peaks comparison between Fibroblast in skin for spinal muscular atrophy and Skeletal muscle satellite cell
Data format
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sample062_130
bottom peaks comparison between Fibroblast in skin for spinal muscular atrophy and Small airway epithelial cell
Data format
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sample062_131
bottom peaks comparison between Fibroblast in skin for spinal muscular atrophy and Airway smooth muscle in asthma
Data format
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sample062_132
bottom peaks comparison between Fibroblast in skin for spinal muscular atrophy and Airway smooth muscle in control
Data format
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sample062_133
bottom peaks comparison between Fibroblast in skin for spinal muscular atrophy and Smooth muscle in aorta
Data format
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sample062_134
bottom peaks comparison between Fibroblast in skin for spinal muscular atrophy and Smooth muscle in brachiocephalic artery
Data format
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sample062_135
bottom peaks comparison between Fibroblast in skin for spinal muscular atrophy and Smooth muscle in brain vessel
Data format
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sample062_136
bottom peaks comparison between Fibroblast in skin for spinal muscular atrophy and Smooth muscle in bronchial tube
Data format
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sample062_137
bottom peaks comparison between Fibroblast in skin for spinal muscular atrophy and Smooth muscle in carotid artery
Data format
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sample062_138
bottom peaks comparison between Fibroblast in skin for spinal muscular atrophy and Smooth muscle in colon
Data format
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sample062_139
bottom peaks comparison between Fibroblast in skin for spinal muscular atrophy and Smooth muscle in coronary
Data format
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sample062_140
bottom peaks comparison between Fibroblast in skin for spinal muscular atrophy and Smooth muscle in esophagus
Data format
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sample062_141
bottom peaks comparison between Fibroblast in skin for spinal muscular atrophy and Smooth muscle in internal thoracic artery
Data format
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sample062_142
bottom peaks comparison between Fibroblast in skin for spinal muscular atrophy and Smooth muscle in prostate
Data format
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sample062_143
bottom peaks comparison between Fibroblast in skin for spinal muscular atrophy and Smooth muscle in pulmonary artery
Data format
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sample062_144
bottom peaks comparison between Fibroblast in skin for spinal muscular atrophy and Smooth muscle in subclavian artery
Data format
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sample062_145
bottom peaks comparison between Fibroblast in skin for spinal muscular atrophy and Smooth muscle in trachea
Data format
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sample062_146
bottom peaks comparison between Fibroblast in skin for spinal muscular atrophy and Smooth muscle in umbilical artery
Data format
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sample062_147
bottom peaks comparison between Fibroblast in skin for spinal muscular atrophy and Smooth muscle in umbilical vein
Data format
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sample062_148
bottom peaks comparison between Fibroblast in skin for spinal muscular atrophy and Smooth muscle in uterine
Data format
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sample062_149
bottom peaks comparison between Fibroblast in skin for spinal muscular atrophy and Synoviocyte
Data format
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sample062_150
bottom peaks comparison between Fibroblast in skin for spinal muscular atrophy and Tenocyte
Data format
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sample062_151
bottom peaks comparison between Fibroblast in skin for spinal muscular atrophy and Trabecular meshwork
Data format
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sample062_152
bottom peaks comparison between Fibroblast in skin for spinal muscular atrophy and Tracheal epithelial cell
Data format
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sample062_153
bottom peaks comparison between Fibroblast in skin for spinal muscular atrophy and Urothelial cell
Data format
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sample062_154
bottom peaks comparison between Fibroblast in skin for spinal muscular atrophy and Whole blood for donor 1
Data format
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sample062_155
bottom peaks comparison between Fibroblast in skin for spinal muscular atrophy and Whole blood for donor 2
Data format
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sample062_156
bottom peaks comparison between Fibroblast in skin for spinal muscular atrophy and Whole blood for donor 3
Data format
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sample063_064
bottom peaks comparison between Fibroblast of villous mesenchymal cell and Gamma delta+ T cell
Data format
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sample063_065
bottom peaks comparison between Fibroblast of villous mesenchymal cell and Gingival epithelial cell
Data format
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sample063_066
bottom peaks comparison between Fibroblast of villous mesenchymal cell and Dermal papilla cell in hair follicle
Data format
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sample063_067
bottom peaks comparison between Fibroblast of villous mesenchymal cell and Outer root sheath cell in hair follicle
Data format
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sample063_068
bottom peaks comparison between Fibroblast of villous mesenchymal cell and Hepatic sinusoidal endothelial cell
Data format
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sample063_069
bottom peaks comparison between Fibroblast of villous mesenchymal cell and Hepatic stellate lipocyte
Data format
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sample063_070
bottom peaks comparison between Fibroblast of villous mesenchymal cell and Hepatocyte
Data format
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sample063_071
bottom peaks comparison between Fibroblast of villous mesenchymal cell and Immature langerhans cell
Data format
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sample063_072
bottom peaks comparison between Fibroblast of villous mesenchymal cell and Keratinocyte epidermal cell
Data format
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sample063_073
bottom peaks comparison between Fibroblast of villous mesenchymal cell and Keratocyte
Data format
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sample063_074
bottom peaks comparison between Fibroblast of villous mesenchymal cell and Lens epithelial cell
Data format
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sample063_075
bottom peaks comparison between Fibroblast of villous mesenchymal cell and Monocyte-derived macrophage
Data format
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sample063_076
bottom peaks comparison between Fibroblast of villous mesenchymal cell and Mallassez-devied cell
Data format
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sample063_077
bottom peaks comparison between Fibroblast of villous mesenchymal cell and Mammary epithelial cell
Data format
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sample063_078
bottom peaks comparison between Fibroblast of villous mesenchymal cell and Mast cell
Data format
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sample063_079
bottom peaks comparison between Fibroblast of villous mesenchymal cell and Expanded mast cell
Data format
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sample063_080
bottom peaks comparison between Fibroblast of villous mesenchymal cell and Expanded and stimulated mast cell
Data format
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sample063_081
bottom peaks comparison between Fibroblast of villous mesenchymal cell and Melanocyte-dark
Data format
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sample063_082
bottom peaks comparison between Fibroblast of villous mesenchymal cell and Melanocyte-light
Data format
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sample063_083
bottom peaks comparison between Fibroblast of villous mesenchymal cell and Meningeal cell
Data format
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sample063_084
bottom peaks comparison between Fibroblast of villous mesenchymal cell and Mesenchymal precursor cell in adipose
Data format
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sample063_085
bottom peaks comparison between Fibroblast of villous mesenchymal cell and Mesenchymal precursor cell in bone marrow
Data format
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sample063_086
bottom peaks comparison between Fibroblast of villous mesenchymal cell and Mesenchymal precursor cell in heart
Data format
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sample063_087
bottom peaks comparison between Fibroblast of villous mesenchymal cell and Mesenchymal precursor cell in left ovary for ovarian cancer sample
Data format
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sample063_088
bottom peaks comparison between Fibroblast of villous mesenchymal cell and Mesenchymal precursor cell for metastatic ovarian cancer sample
Data format
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sample063_089
bottom peaks comparison between Fibroblast of villous mesenchymal cell and Mesenchymal precursor cell in right ovary for ovarian cancer sample
Data format
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sample063_090
bottom peaks comparison between Fibroblast of villous mesenchymal cell and Mesenchymal stem cell in adipose
Data format
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sample063_091
bottom peaks comparison between Fibroblast of villous mesenchymal cell and Mesenchymal stem cell in amniotic membrane
Data format
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sample063_092
bottom peaks comparison between Fibroblast of villous mesenchymal cell and Mesenchymal stem cell in bone marrow
Data format
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sample063_093
bottom peaks comparison between Fibroblast of villous mesenchymal cell and Mesenchymal stem cell in liver
Data format
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sample063_094
bottom peaks comparison between Fibroblast of villous mesenchymal cell and Mesenchymal stem cell in umbilical cord
Data format
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sample063_095
bottom peaks comparison between Fibroblast of villous mesenchymal cell and Mesothelial cell
Data format
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sample063_096
bottom peaks comparison between Fibroblast of villous mesenchymal cell and Migratory langerhans cell
Data format
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sample063_097
bottom peaks comparison between Fibroblast of villous mesenchymal cell and Mesenchymal stem cell of umbilical cord blood
Data format
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sample063_098
bottom peaks comparison between Fibroblast of villous mesenchymal cell and Myoblast
Data format
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sample063_099
bottom peaks comparison between Fibroblast of villous mesenchymal cell and Nasal epithelial cell
Data format
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sample063_100
bottom peaks comparison between Fibroblast of villous mesenchymal cell and Natural killer cell
Data format
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sample063_101
bottom peaks comparison between Fibroblast of villous mesenchymal cell and Neural stem cell
Data format
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sample063_102
bottom peaks comparison between Fibroblast of villous mesenchymal cell and Neuron
Data format
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sample063_103
bottom peaks comparison between Fibroblast of villous mesenchymal cell and Neutrophil cell
Data format
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sample063_104
bottom peaks comparison between Fibroblast of villous mesenchymal cell and Nucleus pulposus
Data format
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sample063_105
bottom peaks comparison between Fibroblast of villous mesenchymal cell and Olfactory epithelial cell
Data format
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sample063_106
bottom peaks comparison between Fibroblast of villous mesenchymal cell and Osteoblast
Data format
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sample063_107
bottom peaks comparison between Fibroblast of villous mesenchymal cell and Differentiated osteoblast
Data format
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sample063_108
bottom peaks comparison between Fibroblast of villous mesenchymal cell and Pricyte
Data format
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sample063_109
bottom peaks comparison between Fibroblast of villous mesenchymal cell and Perineurial
Data format
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sample063_110
bottom peaks comparison between Fibroblast of villous mesenchymal cell and Peripheral blood mononuclear cell
Data format
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sample063_111
bottom peaks comparison between Fibroblast of villous mesenchymal cell and Placental epithelial cell
Data format
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sample063_112
bottom peaks comparison between Fibroblast of villous mesenchymal cell and Preadipocyte in breast
Data format
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sample063_113
bottom peaks comparison between Fibroblast of villous mesenchymal cell and Preadipocyte in omentum
Data format
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sample063_114
bottom peaks comparison between Fibroblast of villous mesenchymal cell and Subcutaneous preadipocyte
Data format
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sample063_115
bottom peaks comparison between Fibroblast of villous mesenchymal cell and Visceral preadipocyte
Data format
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sample063_116
bottom peaks comparison between Fibroblast of villous mesenchymal cell and Prostate epithelial cell
Data format
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sample063_117
bottom peaks comparison between Fibroblast of villous mesenchymal cell and Prostate stromal cell
Data format
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sample063_118
bottom peaks comparison between Fibroblast of villous mesenchymal cell and Renal cortical epithelial cell
Data format
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sample063_119
bottom peaks comparison between Fibroblast of villous mesenchymal cell and Renal glomerular endothelial cell
Data format
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sample063_120
bottom peaks comparison between Fibroblast of villous mesenchymal cell and Renal mesangial cell
Data format
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sample063_121
bottom peaks comparison between Fibroblast of villous mesenchymal cell and Renal proximal tubular epithelial cell
Data format
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sample063_122
bottom peaks comparison between Fibroblast of villous mesenchymal cell and Renal proximal tubular epithelial cell
Data format
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sample063_123
bottom peaks comparison between Fibroblast of villous mesenchymal cell and Salivary acinar cell
Data format
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sample063_124
bottom peaks comparison between Fibroblast of villous mesenchymal cell and Schwann
Data format
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sample063_125
bottom peaks comparison between Fibroblast of villous mesenchymal cell and Sebocyte
Data format
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sample063_126
bottom peaks comparison between Fibroblast of villous mesenchymal cell and Sertoli
Data format
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sample063_127
bottom peaks comparison between Fibroblast of villous mesenchymal cell and Skeletal muscle
Data format
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sample063_128
bottom peaks comparison between Fibroblast of villous mesenchymal cell and Skeletal muscle differentiated into myotubes
Data format
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sample063_129
bottom peaks comparison between Fibroblast of villous mesenchymal cell and Skeletal muscle satellite cell
Data format
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sample063_130
bottom peaks comparison between Fibroblast of villous mesenchymal cell and Small airway epithelial cell
Data format
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sample063_131
bottom peaks comparison between Fibroblast of villous mesenchymal cell and Airway smooth muscle in asthma
Data format
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sample063_132
bottom peaks comparison between Fibroblast of villous mesenchymal cell and Airway smooth muscle in control
Data format
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sample063_133
bottom peaks comparison between Fibroblast of villous mesenchymal cell and Smooth muscle in aorta
Data format
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sample063_134
bottom peaks comparison between Fibroblast of villous mesenchymal cell and Smooth muscle in brachiocephalic artery
Data format
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sample063_135
bottom peaks comparison between Fibroblast of villous mesenchymal cell and Smooth muscle in brain vessel
Data format
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sample063_136
bottom peaks comparison between Fibroblast of villous mesenchymal cell and Smooth muscle in bronchial tube
Data format
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sample063_137
bottom peaks comparison between Fibroblast of villous mesenchymal cell and Smooth muscle in carotid artery
Data format
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sample063_138
bottom peaks comparison between Fibroblast of villous mesenchymal cell and Smooth muscle in colon
Data format
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sample063_139
bottom peaks comparison between Fibroblast of villous mesenchymal cell and Smooth muscle in coronary
Data format
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sample063_140
bottom peaks comparison between Fibroblast of villous mesenchymal cell and Smooth muscle in esophagus
Data format
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sample063_141
bottom peaks comparison between Fibroblast of villous mesenchymal cell and Smooth muscle in internal thoracic artery
Data format
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sample063_142
bottom peaks comparison between Fibroblast of villous mesenchymal cell and Smooth muscle in prostate
Data format
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sample063_143
bottom peaks comparison between Fibroblast of villous mesenchymal cell and Smooth muscle in pulmonary artery
Data format
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sample063_144
bottom peaks comparison between Fibroblast of villous mesenchymal cell and Smooth muscle in subclavian artery
Data format
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sample063_145
bottom peaks comparison between Fibroblast of villous mesenchymal cell and Smooth muscle in trachea
Data format
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sample063_146
bottom peaks comparison between Fibroblast of villous mesenchymal cell and Smooth muscle in umbilical artery
Data format
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sample063_147
bottom peaks comparison between Fibroblast of villous mesenchymal cell and Smooth muscle in umbilical vein
Data format
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sample063_148
bottom peaks comparison between Fibroblast of villous mesenchymal cell and Smooth muscle in uterine
Data format
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sample063_149
bottom peaks comparison between Fibroblast of villous mesenchymal cell and Synoviocyte
Data format
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sample063_150
bottom peaks comparison between Fibroblast of villous mesenchymal cell and Tenocyte
Data format
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sample063_151
bottom peaks comparison between Fibroblast of villous mesenchymal cell and Trabecular meshwork
Data format
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sample063_152
bottom peaks comparison between Fibroblast of villous mesenchymal cell and Tracheal epithelial cell
Data format
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sample063_153
bottom peaks comparison between Fibroblast of villous mesenchymal cell and Urothelial cell
Data format
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sample063_154
bottom peaks comparison between Fibroblast of villous mesenchymal cell and Whole blood for donor 1
Data format
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sample063_155
bottom peaks comparison between Fibroblast of villous mesenchymal cell and Whole blood for donor 2
Data format
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sample063_156
bottom peaks comparison between Fibroblast of villous mesenchymal cell and Whole blood for donor 3
Data format
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sample064_065
bottom peaks comparison between Gamma delta+ T cell and Gingival epithelial cell
Data format
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sample064_066
bottom peaks comparison between Gamma delta+ T cell and Dermal papilla cell in hair follicle
Data format
hide
sample064_067
bottom peaks comparison between Gamma delta+ T cell and Outer root sheath cell in hair follicle
Data format
hide
sample064_068
bottom peaks comparison between Gamma delta+ T cell and Hepatic sinusoidal endothelial cell
Data format
hide
sample064_069
bottom peaks comparison between Gamma delta+ T cell and Hepatic stellate lipocyte
Data format
hide
sample064_070
bottom peaks comparison between Gamma delta+ T cell and Hepatocyte
Data format
hide
sample064_071
bottom peaks comparison between Gamma delta+ T cell and Immature langerhans cell
Data format
hide
sample064_072
bottom peaks comparison between Gamma delta+ T cell and Keratinocyte epidermal cell
Data format
hide
sample064_073
bottom peaks comparison between Gamma delta+ T cell and Keratocyte
Data format
hide
sample064_074
bottom peaks comparison between Gamma delta+ T cell and Lens epithelial cell
Data format
hide
sample064_075
bottom peaks comparison between Gamma delta+ T cell and Monocyte-derived macrophage
Data format
hide
sample064_076
bottom peaks comparison between Gamma delta+ T cell and Mallassez-devied cell
Data format
hide
sample064_077
bottom peaks comparison between Gamma delta+ T cell and Mammary epithelial cell
Data format
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sample064_078
bottom peaks comparison between Gamma delta+ T cell and Mast cell
Data format
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sample064_079
bottom peaks comparison between Gamma delta+ T cell and Expanded mast cell
Data format
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sample064_080
bottom peaks comparison between Gamma delta+ T cell and Expanded and stimulated mast cell
Data format
hide
sample064_081
bottom peaks comparison between Gamma delta+ T cell and Melanocyte-dark
Data format
hide
sample064_082
bottom peaks comparison between Gamma delta+ T cell and Melanocyte-light
Data format
hide
sample064_083
bottom peaks comparison between Gamma delta+ T cell and Meningeal cell
Data format
hide
sample064_084
bottom peaks comparison between Gamma delta+ T cell and Mesenchymal precursor cell in adipose
Data format
hide
sample064_085
bottom peaks comparison between Gamma delta+ T cell and Mesenchymal precursor cell in bone marrow
Data format
hide
sample064_086
bottom peaks comparison between Gamma delta+ T cell and Mesenchymal precursor cell in heart
Data format
hide
sample064_087
bottom peaks comparison between Gamma delta+ T cell and Mesenchymal precursor cell in left ovary for ovarian cancer sample
Data format
hide
sample064_088
bottom peaks comparison between Gamma delta+ T cell and Mesenchymal precursor cell for metastatic ovarian cancer sample
Data format
hide
sample064_089
bottom peaks comparison between Gamma delta+ T cell and Mesenchymal precursor cell in right ovary for ovarian cancer sample
Data format
hide
sample064_090
bottom peaks comparison between Gamma delta+ T cell and Mesenchymal stem cell in adipose
Data format
hide
sample064_091
bottom peaks comparison between Gamma delta+ T cell and Mesenchymal stem cell in amniotic membrane
Data format
hide
sample064_092
bottom peaks comparison between Gamma delta+ T cell and Mesenchymal stem cell in bone marrow
Data format
hide
sample064_093
bottom peaks comparison between Gamma delta+ T cell and Mesenchymal stem cell in liver
Data format
hide
sample064_094
bottom peaks comparison between Gamma delta+ T cell and Mesenchymal stem cell in umbilical cord
Data format
hide
sample064_095
bottom peaks comparison between Gamma delta+ T cell and Mesothelial cell
Data format
hide
sample064_096
bottom peaks comparison between Gamma delta+ T cell and Migratory langerhans cell
Data format
hide
sample064_097
bottom peaks comparison between Gamma delta+ T cell and Mesenchymal stem cell of umbilical cord blood
Data format
hide
sample064_098
bottom peaks comparison between Gamma delta+ T cell and Myoblast
Data format
hide
sample064_099
bottom peaks comparison between Gamma delta+ T cell and Nasal epithelial cell
Data format
hide
sample064_100
bottom peaks comparison between Gamma delta+ T cell and Natural killer cell
Data format
hide
sample064_101
bottom peaks comparison between Gamma delta+ T cell and Neural stem cell
Data format
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sample064_102
bottom peaks comparison between Gamma delta+ T cell and Neuron
Data format
hide
sample064_103
bottom peaks comparison between Gamma delta+ T cell and Neutrophil cell
Data format
hide
sample064_104
bottom peaks comparison between Gamma delta+ T cell and Nucleus pulposus
Data format
hide
sample064_105
bottom peaks comparison between Gamma delta+ T cell and Olfactory epithelial cell
Data format
hide
sample064_106
bottom peaks comparison between Gamma delta+ T cell and Osteoblast
Data format
hide
sample064_107
bottom peaks comparison between Gamma delta+ T cell and Differentiated osteoblast
Data format
hide
sample064_108
bottom peaks comparison between Gamma delta+ T cell and Pricyte
Data format
hide
sample064_109
bottom peaks comparison between Gamma delta+ T cell and Perineurial
Data format
hide
sample064_110
bottom peaks comparison between Gamma delta+ T cell and Peripheral blood mononuclear cell
Data format
hide
sample064_111
bottom peaks comparison between Gamma delta+ T cell and Placental epithelial cell
Data format
hide
sample064_112
bottom peaks comparison between Gamma delta+ T cell and Preadipocyte in breast
Data format
hide
sample064_113
bottom peaks comparison between Gamma delta+ T cell and Preadipocyte in omentum
Data format
hide
sample064_114
bottom peaks comparison between Gamma delta+ T cell and Subcutaneous preadipocyte
Data format
hide
sample064_115
bottom peaks comparison between Gamma delta+ T cell and Visceral preadipocyte
Data format
hide
sample064_116
bottom peaks comparison between Gamma delta+ T cell and Prostate epithelial cell
Data format
hide
sample064_117
bottom peaks comparison between Gamma delta+ T cell and Prostate stromal cell
Data format
hide
sample064_118
bottom peaks comparison between Gamma delta+ T cell and Renal cortical epithelial cell
Data format
hide
sample064_119
bottom peaks comparison between Gamma delta+ T cell and Renal glomerular endothelial cell
Data format
hide
sample064_120
bottom peaks comparison between Gamma delta+ T cell and Renal mesangial cell
Data format
hide
sample064_121
bottom peaks comparison between Gamma delta+ T cell and Renal proximal tubular epithelial cell
Data format
hide
sample064_122
bottom peaks comparison between Gamma delta+ T cell and Renal proximal tubular epithelial cell
Data format
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sample064_123
bottom peaks comparison between Gamma delta+ T cell and Salivary acinar cell
Data format
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sample064_124
bottom peaks comparison between Gamma delta+ T cell and Schwann
Data format
hide
sample064_125
bottom peaks comparison between Gamma delta+ T cell and Sebocyte
Data format
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sample064_126
bottom peaks comparison between Gamma delta+ T cell and Sertoli
Data format
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sample064_127
bottom peaks comparison between Gamma delta+ T cell and Skeletal muscle
Data format
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sample064_128
bottom peaks comparison between Gamma delta+ T cell and Skeletal muscle differentiated into myotubes
Data format
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sample064_129
bottom peaks comparison between Gamma delta+ T cell and Skeletal muscle satellite cell
Data format
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sample064_130
bottom peaks comparison between Gamma delta+ T cell and Small airway epithelial cell
Data format
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sample064_131
bottom peaks comparison between Gamma delta+ T cell and Airway smooth muscle in asthma
Data format
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sample064_132
bottom peaks comparison between Gamma delta+ T cell and Airway smooth muscle in control
Data format
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sample064_133
bottom peaks comparison between Gamma delta+ T cell and Smooth muscle in aorta
Data format
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sample064_134
bottom peaks comparison between Gamma delta+ T cell and Smooth muscle in brachiocephalic artery
Data format
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sample064_135
bottom peaks comparison between Gamma delta+ T cell and Smooth muscle in brain vessel
Data format
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sample064_136
bottom peaks comparison between Gamma delta+ T cell and Smooth muscle in bronchial tube
Data format
hide
sample064_137
bottom peaks comparison between Gamma delta+ T cell and Smooth muscle in carotid artery
Data format
hide
sample064_138
bottom peaks comparison between Gamma delta+ T cell and Smooth muscle in colon
Data format
hide
sample064_139
bottom peaks comparison between Gamma delta+ T cell and Smooth muscle in coronary
Data format
hide
sample064_140
bottom peaks comparison between Gamma delta+ T cell and Smooth muscle in esophagus
Data format
hide
sample064_141
bottom peaks comparison between Gamma delta+ T cell and Smooth muscle in internal thoracic artery
Data format
hide
sample064_142
bottom peaks comparison between Gamma delta+ T cell and Smooth muscle in prostate
Data format
hide
sample064_143
bottom peaks comparison between Gamma delta+ T cell and Smooth muscle in pulmonary artery
Data format
hide
sample064_144
bottom peaks comparison between Gamma delta+ T cell and Smooth muscle in subclavian artery
Data format
hide
sample064_145
bottom peaks comparison between Gamma delta+ T cell and Smooth muscle in trachea
Data format
hide
sample064_146
bottom peaks comparison between Gamma delta+ T cell and Smooth muscle in umbilical artery
Data format
hide
sample064_147
bottom peaks comparison between Gamma delta+ T cell and Smooth muscle in umbilical vein
Data format
hide
sample064_148
bottom peaks comparison between Gamma delta+ T cell and Smooth muscle in uterine
Data format
hide
sample064_149
bottom peaks comparison between Gamma delta+ T cell and Synoviocyte
Data format
hide
sample064_150
bottom peaks comparison between Gamma delta+ T cell and Tenocyte
Data format
hide
sample064_151
bottom peaks comparison between Gamma delta+ T cell and Trabecular meshwork
Data format
hide
sample064_152
bottom peaks comparison between Gamma delta+ T cell and Tracheal epithelial cell
Data format
hide
sample064_153
bottom peaks comparison between Gamma delta+ T cell and Urothelial cell
Data format
hide
sample064_154
bottom peaks comparison between Gamma delta+ T cell and Whole blood for donor 1
Data format
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sample064_155
bottom peaks comparison between Gamma delta+ T cell and Whole blood for donor 2
Data format
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sample064_156
bottom peaks comparison between Gamma delta+ T cell and Whole blood for donor 3
Data format
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sample065_066
bottom peaks comparison between Gingival epithelial cell and Dermal papilla cell in hair follicle
Data format
hide
sample065_067
bottom peaks comparison between Gingival epithelial cell and Outer root sheath cell in hair follicle
Data format
hide
sample065_068
bottom peaks comparison between Gingival epithelial cell and Hepatic sinusoidal endothelial cell
Data format
hide
sample065_069
bottom peaks comparison between Gingival epithelial cell and Hepatic stellate lipocyte
Data format
hide
sample065_070
bottom peaks comparison between Gingival epithelial cell and Hepatocyte
Data format
hide
sample065_071
bottom peaks comparison between Gingival epithelial cell and Immature langerhans cell
Data format
hide
sample065_072
bottom peaks comparison between Gingival epithelial cell and Keratinocyte epidermal cell
Data format
hide
sample065_073
bottom peaks comparison between Gingival epithelial cell and Keratocyte
Data format
hide
sample065_074
bottom peaks comparison between Gingival epithelial cell and Lens epithelial cell
Data format
hide
sample065_075
bottom peaks comparison between Gingival epithelial cell and Monocyte-derived macrophage
Data format
hide
sample065_076
bottom peaks comparison between Gingival epithelial cell and Mallassez-devied cell
Data format
hide
sample065_077
bottom peaks comparison between Gingival epithelial cell and Mammary epithelial cell
Data format
hide
sample065_078
bottom peaks comparison between Gingival epithelial cell and Mast cell
Data format
hide
sample065_079
bottom peaks comparison between Gingival epithelial cell and Expanded mast cell
Data format
hide
sample065_080
bottom peaks comparison between Gingival epithelial cell and Expanded and stimulated mast cell
Data format
hide
sample065_081
bottom peaks comparison between Gingival epithelial cell and Melanocyte-dark
Data format
hide
sample065_082
bottom peaks comparison between Gingival epithelial cell and Melanocyte-light
Data format
hide
sample065_083
bottom peaks comparison between Gingival epithelial cell and Meningeal cell
Data format
hide
sample065_084
bottom peaks comparison between Gingival epithelial cell and Mesenchymal precursor cell in adipose
Data format
hide
sample065_085
bottom peaks comparison between Gingival epithelial cell and Mesenchymal precursor cell in bone marrow
Data format
hide
sample065_086
bottom peaks comparison between Gingival epithelial cell and Mesenchymal precursor cell in heart
Data format
hide
sample065_087
bottom peaks comparison between Gingival epithelial cell and Mesenchymal precursor cell in left ovary for ovarian cancer sample
Data format
hide
sample065_088
bottom peaks comparison between Gingival epithelial cell and Mesenchymal precursor cell for metastatic ovarian cancer sample
Data format
hide
sample065_089
bottom peaks comparison between Gingival epithelial cell and Mesenchymal precursor cell in right ovary for ovarian cancer sample
Data format
hide
sample065_090
bottom peaks comparison between Gingival epithelial cell and Mesenchymal stem cell in adipose
Data format
hide
sample065_091
bottom peaks comparison between Gingival epithelial cell and Mesenchymal stem cell in amniotic membrane
Data format
hide
sample065_092
bottom peaks comparison between Gingival epithelial cell and Mesenchymal stem cell in bone marrow
Data format
hide
sample065_093
bottom peaks comparison between Gingival epithelial cell and Mesenchymal stem cell in liver
Data format
hide
sample065_094
bottom peaks comparison between Gingival epithelial cell and Mesenchymal stem cell in umbilical cord
Data format
hide
sample065_095
bottom peaks comparison between Gingival epithelial cell and Mesothelial cell
Data format
hide
sample065_096
bottom peaks comparison between Gingival epithelial cell and Migratory langerhans cell
Data format
hide
sample065_097
bottom peaks comparison between Gingival epithelial cell and Mesenchymal stem cell of umbilical cord blood
Data format
hide
sample065_098
bottom peaks comparison between Gingival epithelial cell and Myoblast
Data format
hide
sample065_099
bottom peaks comparison between Gingival epithelial cell and Nasal epithelial cell
Data format
hide
sample065_100
bottom peaks comparison between Gingival epithelial cell and Natural killer cell
Data format
hide
sample065_101
bottom peaks comparison between Gingival epithelial cell and Neural stem cell
Data format
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sample065_102
bottom peaks comparison between Gingival epithelial cell and Neuron
Data format
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sample065_103
bottom peaks comparison between Gingival epithelial cell and Neutrophil cell
Data format
hide
sample065_104
bottom peaks comparison between Gingival epithelial cell and Nucleus pulposus
Data format
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sample065_105
bottom peaks comparison between Gingival epithelial cell and Olfactory epithelial cell
Data format
hide
sample065_106
bottom peaks comparison between Gingival epithelial cell and Osteoblast
Data format
hide
sample065_107
bottom peaks comparison between Gingival epithelial cell and Differentiated osteoblast
Data format
hide
sample065_108
bottom peaks comparison between Gingival epithelial cell and Pricyte
Data format
hide
sample065_109
bottom peaks comparison between Gingival epithelial cell and Perineurial
Data format
hide
sample065_110
bottom peaks comparison between Gingival epithelial cell and Peripheral blood mononuclear cell
Data format
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sample065_111
bottom peaks comparison between Gingival epithelial cell and Placental epithelial cell
Data format
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sample065_112
bottom peaks comparison between Gingival epithelial cell and Preadipocyte in breast
Data format
hide
sample065_113
bottom peaks comparison between Gingival epithelial cell and Preadipocyte in omentum
Data format
hide
sample065_114
bottom peaks comparison between Gingival epithelial cell and Subcutaneous preadipocyte
Data format
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sample065_115
bottom peaks comparison between Gingival epithelial cell and Visceral preadipocyte
Data format
hide
sample065_116
bottom peaks comparison between Gingival epithelial cell and Prostate epithelial cell
Data format
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sample065_117
bottom peaks comparison between Gingival epithelial cell and Prostate stromal cell
Data format
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sample065_118
bottom peaks comparison between Gingival epithelial cell and Renal cortical epithelial cell
Data format
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sample065_119
bottom peaks comparison between Gingival epithelial cell and Renal glomerular endothelial cell
Data format
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sample065_120
bottom peaks comparison between Gingival epithelial cell and Renal mesangial cell
Data format
hide
sample065_121
bottom peaks comparison between Gingival epithelial cell and Renal proximal tubular epithelial cell
Data format
hide
sample065_122
bottom peaks comparison between Gingival epithelial cell and Renal proximal tubular epithelial cell
Data format
hide
sample065_123
bottom peaks comparison between Gingival epithelial cell and Salivary acinar cell
Data format
hide
sample065_124
bottom peaks comparison between Gingival epithelial cell and Schwann
Data format
hide
sample065_125
bottom peaks comparison between Gingival epithelial cell and Sebocyte
Data format
hide
sample065_126
bottom peaks comparison between Gingival epithelial cell and Sertoli
Data format
hide
sample065_127
bottom peaks comparison between Gingival epithelial cell and Skeletal muscle
Data format
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sample065_128
bottom peaks comparison between Gingival epithelial cell and Skeletal muscle differentiated into myotubes
Data format
hide
sample065_129
bottom peaks comparison between Gingival epithelial cell and Skeletal muscle satellite cell
Data format
hide
sample065_130
bottom peaks comparison between Gingival epithelial cell and Small airway epithelial cell
Data format
hide
sample065_131
bottom peaks comparison between Gingival epithelial cell and Airway smooth muscle in asthma
Data format
hide
sample065_132
bottom peaks comparison between Gingival epithelial cell and Airway smooth muscle in control
Data format
hide
sample065_133
bottom peaks comparison between Gingival epithelial cell and Smooth muscle in aorta
Data format
hide
sample065_134
bottom peaks comparison between Gingival epithelial cell and Smooth muscle in brachiocephalic artery
Data format
hide
sample065_135
bottom peaks comparison between Gingival epithelial cell and Smooth muscle in brain vessel
Data format
hide
sample065_136
bottom peaks comparison between Gingival epithelial cell and Smooth muscle in bronchial tube
Data format
hide
sample065_137
bottom peaks comparison between Gingival epithelial cell and Smooth muscle in carotid artery
Data format
hide
sample065_138
bottom peaks comparison between Gingival epithelial cell and Smooth muscle in colon
Data format
hide
sample065_139
bottom peaks comparison between Gingival epithelial cell and Smooth muscle in coronary
Data format
hide
sample065_140
bottom peaks comparison between Gingival epithelial cell and Smooth muscle in esophagus
Data format
hide
sample065_141
bottom peaks comparison between Gingival epithelial cell and Smooth muscle in internal thoracic artery
Data format
hide
sample065_142
bottom peaks comparison between Gingival epithelial cell and Smooth muscle in prostate
Data format
hide
sample065_143
bottom peaks comparison between Gingival epithelial cell and Smooth muscle in pulmonary artery
Data format
hide
sample065_144
bottom peaks comparison between Gingival epithelial cell and Smooth muscle in subclavian artery
Data format
hide
sample065_145
bottom peaks comparison between Gingival epithelial cell and Smooth muscle in trachea
Data format
hide
sample065_146
bottom peaks comparison between Gingival epithelial cell and Smooth muscle in umbilical artery
Data format
hide
sample065_147
bottom peaks comparison between Gingival epithelial cell and Smooth muscle in umbilical vein
Data format
hide
sample065_148
bottom peaks comparison between Gingival epithelial cell and Smooth muscle in uterine
Data format
hide
sample065_149
bottom peaks comparison between Gingival epithelial cell and Synoviocyte
Data format
hide
sample065_150
bottom peaks comparison between Gingival epithelial cell and Tenocyte
Data format
hide
sample065_151
bottom peaks comparison between Gingival epithelial cell and Trabecular meshwork
Data format
hide
sample065_152
bottom peaks comparison between Gingival epithelial cell and Tracheal epithelial cell
Data format
hide
sample065_153
bottom peaks comparison between Gingival epithelial cell and Urothelial cell
Data format
hide
sample065_154
bottom peaks comparison between Gingival epithelial cell and Whole blood for donor 1
Data format
hide
sample065_155
bottom peaks comparison between Gingival epithelial cell and Whole blood for donor 2
Data format
hide
sample065_156
bottom peaks comparison between Gingival epithelial cell and Whole blood for donor 3
Data format
hide
sample066_067
bottom peaks comparison between Dermal papilla cell in hair follicle and Outer root sheath cell in hair follicle
Data format
hide
sample066_068
bottom peaks comparison between Dermal papilla cell in hair follicle and Hepatic sinusoidal endothelial cell
Data format
hide
sample066_069
bottom peaks comparison between Dermal papilla cell in hair follicle and Hepatic stellate lipocyte
Data format
hide
sample066_070
bottom peaks comparison between Dermal papilla cell in hair follicle and Hepatocyte
Data format
hide
sample066_071
bottom peaks comparison between Dermal papilla cell in hair follicle and Immature langerhans cell
Data format
hide
sample066_072
bottom peaks comparison between Dermal papilla cell in hair follicle and Keratinocyte epidermal cell
Data format
hide
sample066_073
bottom peaks comparison between Dermal papilla cell in hair follicle and Keratocyte
Data format
hide
sample066_074
bottom peaks comparison between Dermal papilla cell in hair follicle and Lens epithelial cell
Data format
hide
sample066_075
bottom peaks comparison between Dermal papilla cell in hair follicle and Monocyte-derived macrophage
Data format
hide
sample066_076
bottom peaks comparison between Dermal papilla cell in hair follicle and Mallassez-devied cell
Data format
hide
sample066_077
bottom peaks comparison between Dermal papilla cell in hair follicle and Mammary epithelial cell
Data format
hide
sample066_078
bottom peaks comparison between Dermal papilla cell in hair follicle and Mast cell
Data format
hide
sample066_079
bottom peaks comparison between Dermal papilla cell in hair follicle and Expanded mast cell
Data format
hide
sample066_080
bottom peaks comparison between Dermal papilla cell in hair follicle and Expanded and stimulated mast cell
Data format
hide
sample066_081
bottom peaks comparison between Dermal papilla cell in hair follicle and Melanocyte-dark
Data format
hide
sample066_082
bottom peaks comparison between Dermal papilla cell in hair follicle and Melanocyte-light
Data format
hide
sample066_083
bottom peaks comparison between Dermal papilla cell in hair follicle and Meningeal cell
Data format
hide
sample066_084
bottom peaks comparison between Dermal papilla cell in hair follicle and Mesenchymal precursor cell in adipose
Data format
hide
sample066_085
bottom peaks comparison between Dermal papilla cell in hair follicle and Mesenchymal precursor cell in bone marrow
Data format
hide
sample066_086
bottom peaks comparison between Dermal papilla cell in hair follicle and Mesenchymal precursor cell in heart
Data format
hide
sample066_087
bottom peaks comparison between Dermal papilla cell in hair follicle and Mesenchymal precursor cell in left ovary for ovarian cancer sample
Data format
hide
sample066_088
bottom peaks comparison between Dermal papilla cell in hair follicle and Mesenchymal precursor cell for metastatic ovarian cancer sample
Data format
hide
sample066_089
bottom peaks comparison between Dermal papilla cell in hair follicle and Mesenchymal precursor cell in right ovary for ovarian cancer sample
Data format
hide
sample066_090
bottom peaks comparison between Dermal papilla cell in hair follicle and Mesenchymal stem cell in adipose
Data format
hide
sample066_091
bottom peaks comparison between Dermal papilla cell in hair follicle and Mesenchymal stem cell in amniotic membrane
Data format
hide
sample066_092
bottom peaks comparison between Dermal papilla cell in hair follicle and Mesenchymal stem cell in bone marrow
Data format
hide
sample066_093
bottom peaks comparison between Dermal papilla cell in hair follicle and Mesenchymal stem cell in liver
Data format
hide
sample066_094
bottom peaks comparison between Dermal papilla cell in hair follicle and Mesenchymal stem cell in umbilical cord
Data format
hide
sample066_095
bottom peaks comparison between Dermal papilla cell in hair follicle and Mesothelial cell
Data format
hide
sample066_096
bottom peaks comparison between Dermal papilla cell in hair follicle and Migratory langerhans cell
Data format
hide
sample066_097
bottom peaks comparison between Dermal papilla cell in hair follicle and Mesenchymal stem cell of umbilical cord blood
Data format
hide
sample066_098
bottom peaks comparison between Dermal papilla cell in hair follicle and Myoblast
Data format
hide
sample066_099
bottom peaks comparison between Dermal papilla cell in hair follicle and Nasal epithelial cell
Data format
hide
sample066_100
bottom peaks comparison between Dermal papilla cell in hair follicle and Natural killer cell
Data format
hide
sample066_101
bottom peaks comparison between Dermal papilla cell in hair follicle and Neural stem cell
Data format
hide
sample066_102
bottom peaks comparison between Dermal papilla cell in hair follicle and Neuron
Data format
hide
sample066_103
bottom peaks comparison between Dermal papilla cell in hair follicle and Neutrophil cell
Data format
hide
sample066_104
bottom peaks comparison between Dermal papilla cell in hair follicle and Nucleus pulposus
Data format
hide
sample066_105
bottom peaks comparison between Dermal papilla cell in hair follicle and Olfactory epithelial cell
Data format
hide
sample066_106
bottom peaks comparison between Dermal papilla cell in hair follicle and Osteoblast
Data format
hide
sample066_107
bottom peaks comparison between Dermal papilla cell in hair follicle and Differentiated osteoblast
Data format
hide
sample066_108
bottom peaks comparison between Dermal papilla cell in hair follicle and Pricyte
Data format
hide
sample066_109
bottom peaks comparison between Dermal papilla cell in hair follicle and Perineurial
Data format
hide
sample066_110
bottom peaks comparison between Dermal papilla cell in hair follicle and Peripheral blood mononuclear cell
Data format
hide
sample066_111
bottom peaks comparison between Dermal papilla cell in hair follicle and Placental epithelial cell
Data format
hide
sample066_112
bottom peaks comparison between Dermal papilla cell in hair follicle and Preadipocyte in breast
Data format
hide
sample066_113
bottom peaks comparison between Dermal papilla cell in hair follicle and Preadipocyte in omentum
Data format
hide
sample066_114
bottom peaks comparison between Dermal papilla cell in hair follicle and Subcutaneous preadipocyte
Data format
hide
sample066_115
bottom peaks comparison between Dermal papilla cell in hair follicle and Visceral preadipocyte
Data format
hide
sample066_116
bottom peaks comparison between Dermal papilla cell in hair follicle and Prostate epithelial cell
Data format
hide
sample066_117
bottom peaks comparison between Dermal papilla cell in hair follicle and Prostate stromal cell
Data format
hide
sample066_118
bottom peaks comparison between Dermal papilla cell in hair follicle and Renal cortical epithelial cell
Data format
hide
sample066_119
bottom peaks comparison between Dermal papilla cell in hair follicle and Renal glomerular endothelial cell
Data format
hide
sample066_120
bottom peaks comparison between Dermal papilla cell in hair follicle and Renal mesangial cell
Data format
hide
sample066_121
bottom peaks comparison between Dermal papilla cell in hair follicle and Renal proximal tubular epithelial cell
Data format
hide
sample066_122
bottom peaks comparison between Dermal papilla cell in hair follicle and Renal proximal tubular epithelial cell
Data format
hide
sample066_123
bottom peaks comparison between Dermal papilla cell in hair follicle and Salivary acinar cell
Data format
hide
sample066_124
bottom peaks comparison between Dermal papilla cell in hair follicle and Schwann
Data format
hide
sample066_125
bottom peaks comparison between Dermal papilla cell in hair follicle and Sebocyte
Data format
hide
sample066_126
bottom peaks comparison between Dermal papilla cell in hair follicle and Sertoli
Data format
hide
sample066_127
bottom peaks comparison between Dermal papilla cell in hair follicle and Skeletal muscle
Data format
hide
sample066_128
bottom peaks comparison between Dermal papilla cell in hair follicle and Skeletal muscle differentiated into myotubes
Data format
hide
sample066_129
bottom peaks comparison between Dermal papilla cell in hair follicle and Skeletal muscle satellite cell
Data format
hide
sample066_130
bottom peaks comparison between Dermal papilla cell in hair follicle and Small airway epithelial cell
Data format
hide
sample066_131
bottom peaks comparison between Dermal papilla cell in hair follicle and Airway smooth muscle in asthma
Data format
hide
sample066_132
bottom peaks comparison between Dermal papilla cell in hair follicle and Airway smooth muscle in control
Data format
hide
sample066_133
bottom peaks comparison between Dermal papilla cell in hair follicle and Smooth muscle in aorta
Data format
hide
sample066_134
bottom peaks comparison between Dermal papilla cell in hair follicle and Smooth muscle in brachiocephalic artery
Data format
hide
sample066_135
bottom peaks comparison between Dermal papilla cell in hair follicle and Smooth muscle in brain vessel
Data format
hide
sample066_136
bottom peaks comparison between Dermal papilla cell in hair follicle and Smooth muscle in bronchial tube
Data format
hide
sample066_137
bottom peaks comparison between Dermal papilla cell in hair follicle and Smooth muscle in carotid artery
Data format
hide
sample066_138
bottom peaks comparison between Dermal papilla cell in hair follicle and Smooth muscle in colon
Data format
hide
sample066_139
bottom peaks comparison between Dermal papilla cell in hair follicle and Smooth muscle in coronary
Data format
hide
sample066_140
bottom peaks comparison between Dermal papilla cell in hair follicle and Smooth muscle in esophagus
Data format
hide
sample066_141
bottom peaks comparison between Dermal papilla cell in hair follicle and Smooth muscle in internal thoracic artery
Data format
hide
sample066_142
bottom peaks comparison between Dermal papilla cell in hair follicle and Smooth muscle in prostate
Data format
hide
sample066_143
bottom peaks comparison between Dermal papilla cell in hair follicle and Smooth muscle in pulmonary artery
Data format
hide
sample066_144
bottom peaks comparison between Dermal papilla cell in hair follicle and Smooth muscle in subclavian artery
Data format
hide
sample066_145
bottom peaks comparison between Dermal papilla cell in hair follicle and Smooth muscle in trachea
Data format
hide
sample066_146
bottom peaks comparison between Dermal papilla cell in hair follicle and Smooth muscle in umbilical artery
Data format
hide
sample066_147
bottom peaks comparison between Dermal papilla cell in hair follicle and Smooth muscle in umbilical vein
Data format
hide
sample066_148
bottom peaks comparison between Dermal papilla cell in hair follicle and Smooth muscle in uterine
Data format
hide
sample066_149
bottom peaks comparison between Dermal papilla cell in hair follicle and Synoviocyte
Data format
hide
sample066_150
bottom peaks comparison between Dermal papilla cell in hair follicle and Tenocyte
Data format
hide
sample066_151
bottom peaks comparison between Dermal papilla cell in hair follicle and Trabecular meshwork
Data format
hide
sample066_152
bottom peaks comparison between Dermal papilla cell in hair follicle and Tracheal epithelial cell
Data format
hide
sample066_153
bottom peaks comparison between Dermal papilla cell in hair follicle and Urothelial cell
Data format
hide
sample066_154
bottom peaks comparison between Dermal papilla cell in hair follicle and Whole blood for donor 1
Data format
hide
sample066_155
bottom peaks comparison between Dermal papilla cell in hair follicle and Whole blood for donor 2
Data format
hide
sample066_156
bottom peaks comparison between Dermal papilla cell in hair follicle and Whole blood for donor 3
Data format
hide
sample067_068
bottom peaks comparison between Outer root sheath cell in hair follicle and Hepatic sinusoidal endothelial cell
Data format
hide
sample067_069
bottom peaks comparison between Outer root sheath cell in hair follicle and Hepatic stellate lipocyte
Data format
hide
sample067_070
bottom peaks comparison between Outer root sheath cell in hair follicle and Hepatocyte
Data format
hide
sample067_071
bottom peaks comparison between Outer root sheath cell in hair follicle and Immature langerhans cell
Data format
hide
sample067_072
bottom peaks comparison between Outer root sheath cell in hair follicle and Keratinocyte epidermal cell
Data format
hide
sample067_073
bottom peaks comparison between Outer root sheath cell in hair follicle and Keratocyte
Data format
hide
sample067_074
bottom peaks comparison between Outer root sheath cell in hair follicle and Lens epithelial cell
Data format
hide
sample067_075
bottom peaks comparison between Outer root sheath cell in hair follicle and Monocyte-derived macrophage
Data format
hide
sample067_076
bottom peaks comparison between Outer root sheath cell in hair follicle and Mallassez-devied cell
Data format
hide
sample067_077
bottom peaks comparison between Outer root sheath cell in hair follicle and Mammary epithelial cell
Data format
hide
sample067_078
bottom peaks comparison between Outer root sheath cell in hair follicle and Mast cell
Data format
hide
sample067_079
bottom peaks comparison between Outer root sheath cell in hair follicle and Expanded mast cell
Data format
hide
sample067_080
bottom peaks comparison between Outer root sheath cell in hair follicle and Expanded and stimulated mast cell
Data format
hide
sample067_081
bottom peaks comparison between Outer root sheath cell in hair follicle and Melanocyte-dark
Data format
hide
sample067_082
bottom peaks comparison between Outer root sheath cell in hair follicle and Melanocyte-light
Data format
hide
sample067_083
bottom peaks comparison between Outer root sheath cell in hair follicle and Meningeal cell
Data format
hide
sample067_084
bottom peaks comparison between Outer root sheath cell in hair follicle and Mesenchymal precursor cell in adipose
Data format
hide
sample067_085
bottom peaks comparison between Outer root sheath cell in hair follicle and Mesenchymal precursor cell in bone marrow
Data format
hide
sample067_086
bottom peaks comparison between Outer root sheath cell in hair follicle and Mesenchymal precursor cell in heart
Data format
hide
sample067_087
bottom peaks comparison between Outer root sheath cell in hair follicle and Mesenchymal precursor cell in left ovary for ovarian cancer sample
Data format
hide
sample067_088
bottom peaks comparison between Outer root sheath cell in hair follicle and Mesenchymal precursor cell for metastatic ovarian cancer sample
Data format
hide
sample067_089
bottom peaks comparison between Outer root sheath cell in hair follicle and Mesenchymal precursor cell in right ovary for ovarian cancer sample
Data format
hide
sample067_090
bottom peaks comparison between Outer root sheath cell in hair follicle and Mesenchymal stem cell in adipose
Data format
hide
sample067_091
bottom peaks comparison between Outer root sheath cell in hair follicle and Mesenchymal stem cell in amniotic membrane
Data format
hide
sample067_092
bottom peaks comparison between Outer root sheath cell in hair follicle and Mesenchymal stem cell in bone marrow
Data format
hide
sample067_093
bottom peaks comparison between Outer root sheath cell in hair follicle and Mesenchymal stem cell in liver
Data format
hide
sample067_094
bottom peaks comparison between Outer root sheath cell in hair follicle and Mesenchymal stem cell in umbilical cord
Data format
hide
sample067_095
bottom peaks comparison between Outer root sheath cell in hair follicle and Mesothelial cell
Data format
hide
sample067_096
bottom peaks comparison between Outer root sheath cell in hair follicle and Migratory langerhans cell
Data format
hide
sample067_097
bottom peaks comparison between Outer root sheath cell in hair follicle and Mesenchymal stem cell of umbilical cord blood
Data format
hide
sample067_098
bottom peaks comparison between Outer root sheath cell in hair follicle and Myoblast
Data format
hide
sample067_099
bottom peaks comparison between Outer root sheath cell in hair follicle and Nasal epithelial cell
Data format
hide
sample067_100
bottom peaks comparison between Outer root sheath cell in hair follicle and Natural killer cell
Data format
hide
sample067_101
bottom peaks comparison between Outer root sheath cell in hair follicle and Neural stem cell
Data format
hide
sample067_102
bottom peaks comparison between Outer root sheath cell in hair follicle and Neuron
Data format
hide
sample067_103
bottom peaks comparison between Outer root sheath cell in hair follicle and Neutrophil cell
Data format
hide
sample067_104
bottom peaks comparison between Outer root sheath cell in hair follicle and Nucleus pulposus
Data format
hide
sample067_105
bottom peaks comparison between Outer root sheath cell in hair follicle and Olfactory epithelial cell
Data format
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sample067_106
bottom peaks comparison between Outer root sheath cell in hair follicle and Osteoblast
Data format
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sample067_107
bottom peaks comparison between Outer root sheath cell in hair follicle and Differentiated osteoblast
Data format
hide
sample067_108
bottom peaks comparison between Outer root sheath cell in hair follicle and Pricyte
Data format
hide
sample067_109
bottom peaks comparison between Outer root sheath cell in hair follicle and Perineurial
Data format
hide
sample067_110
bottom peaks comparison between Outer root sheath cell in hair follicle and Peripheral blood mononuclear cell
Data format
hide
sample067_111
bottom peaks comparison between Outer root sheath cell in hair follicle and Placental epithelial cell
Data format
hide
sample067_112
bottom peaks comparison between Outer root sheath cell in hair follicle and Preadipocyte in breast
Data format
hide
sample067_113
bottom peaks comparison between Outer root sheath cell in hair follicle and Preadipocyte in omentum
Data format
hide
sample067_114
bottom peaks comparison between Outer root sheath cell in hair follicle and Subcutaneous preadipocyte
Data format
hide
sample067_115
bottom peaks comparison between Outer root sheath cell in hair follicle and Visceral preadipocyte
Data format
hide
sample067_116
bottom peaks comparison between Outer root sheath cell in hair follicle and Prostate epithelial cell
Data format
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sample067_117
bottom peaks comparison between Outer root sheath cell in hair follicle and Prostate stromal cell
Data format
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sample067_118
bottom peaks comparison between Outer root sheath cell in hair follicle and Renal cortical epithelial cell
Data format
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sample067_119
bottom peaks comparison between Outer root sheath cell in hair follicle and Renal glomerular endothelial cell
Data format
hide
sample067_120
bottom peaks comparison between Outer root sheath cell in hair follicle and Renal mesangial cell
Data format
hide
sample067_121
bottom peaks comparison between Outer root sheath cell in hair follicle and Renal proximal tubular epithelial cell
Data format
hide
sample067_122
bottom peaks comparison between Outer root sheath cell in hair follicle and Renal proximal tubular epithelial cell
Data format
hide
sample067_123
bottom peaks comparison between Outer root sheath cell in hair follicle and Salivary acinar cell
Data format
hide
sample067_124
bottom peaks comparison between Outer root sheath cell in hair follicle and Schwann
Data format
hide
sample067_125
bottom peaks comparison between Outer root sheath cell in hair follicle and Sebocyte
Data format
hide
sample067_126
bottom peaks comparison between Outer root sheath cell in hair follicle and Sertoli
Data format
hide
sample067_127
bottom peaks comparison between Outer root sheath cell in hair follicle and Skeletal muscle
Data format
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sample067_128
bottom peaks comparison between Outer root sheath cell in hair follicle and Skeletal muscle differentiated into myotubes
Data format
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sample067_129
bottom peaks comparison between Outer root sheath cell in hair follicle and Skeletal muscle satellite cell
Data format
hide
sample067_130
bottom peaks comparison between Outer root sheath cell in hair follicle and Small airway epithelial cell
Data format
hide
sample067_131
bottom peaks comparison between Outer root sheath cell in hair follicle and Airway smooth muscle in asthma
Data format
hide
sample067_132
bottom peaks comparison between Outer root sheath cell in hair follicle and Airway smooth muscle in control
Data format
hide
sample067_133
bottom peaks comparison between Outer root sheath cell in hair follicle and Smooth muscle in aorta
Data format
hide
sample067_134
bottom peaks comparison between Outer root sheath cell in hair follicle and Smooth muscle in brachiocephalic artery
Data format
hide
sample067_135
bottom peaks comparison between Outer root sheath cell in hair follicle and Smooth muscle in brain vessel
Data format
hide
sample067_136
bottom peaks comparison between Outer root sheath cell in hair follicle and Smooth muscle in bronchial tube
Data format
hide
sample067_137
bottom peaks comparison between Outer root sheath cell in hair follicle and Smooth muscle in carotid artery
Data format
hide
sample067_138
bottom peaks comparison between Outer root sheath cell in hair follicle and Smooth muscle in colon
Data format
hide
sample067_139
bottom peaks comparison between Outer root sheath cell in hair follicle and Smooth muscle in coronary
Data format
hide
sample067_140
bottom peaks comparison between Outer root sheath cell in hair follicle and Smooth muscle in esophagus
Data format
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sample067_141
bottom peaks comparison between Outer root sheath cell in hair follicle and Smooth muscle in internal thoracic artery
Data format
hide
sample067_142
bottom peaks comparison between Outer root sheath cell in hair follicle and Smooth muscle in prostate
Data format
hide
sample067_143
bottom peaks comparison between Outer root sheath cell in hair follicle and Smooth muscle in pulmonary artery
Data format
hide
sample067_144
bottom peaks comparison between Outer root sheath cell in hair follicle and Smooth muscle in subclavian artery
Data format
hide
sample067_145
bottom peaks comparison between Outer root sheath cell in hair follicle and Smooth muscle in trachea
Data format
hide
sample067_146
bottom peaks comparison between Outer root sheath cell in hair follicle and Smooth muscle in umbilical artery
Data format
hide
sample067_147
bottom peaks comparison between Outer root sheath cell in hair follicle and Smooth muscle in umbilical vein
Data format
hide
sample067_148
bottom peaks comparison between Outer root sheath cell in hair follicle and Smooth muscle in uterine
Data format
hide
sample067_149
bottom peaks comparison between Outer root sheath cell in hair follicle and Synoviocyte
Data format
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sample067_150
bottom peaks comparison between Outer root sheath cell in hair follicle and Tenocyte
Data format
hide
sample067_151
bottom peaks comparison between Outer root sheath cell in hair follicle and Trabecular meshwork
Data format
hide
sample067_152
bottom peaks comparison between Outer root sheath cell in hair follicle and Tracheal epithelial cell
Data format
hide
sample067_153
bottom peaks comparison between Outer root sheath cell in hair follicle and Urothelial cell
Data format
hide
sample067_154
bottom peaks comparison between Outer root sheath cell in hair follicle and Whole blood for donor 1
Data format
hide
sample067_155
bottom peaks comparison between Outer root sheath cell in hair follicle and Whole blood for donor 2
Data format
hide
sample067_156
bottom peaks comparison between Outer root sheath cell in hair follicle and Whole blood for donor 3
Data format
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sample068_069
bottom peaks comparison between Hepatic sinusoidal endothelial cell and Hepatic stellate lipocyte
Data format
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sample068_070
bottom peaks comparison between Hepatic sinusoidal endothelial cell and Hepatocyte
Data format
hide
sample068_071
bottom peaks comparison between Hepatic sinusoidal endothelial cell and Immature langerhans cell
Data format
hide
sample068_072
bottom peaks comparison between Hepatic sinusoidal endothelial cell and Keratinocyte epidermal cell
Data format
hide
sample068_073
bottom peaks comparison between Hepatic sinusoidal endothelial cell and Keratocyte
Data format
hide
sample068_074
bottom peaks comparison between Hepatic sinusoidal endothelial cell and Lens epithelial cell
Data format
hide
sample068_075
bottom peaks comparison between Hepatic sinusoidal endothelial cell and Monocyte-derived macrophage
Data format
hide
sample068_076
bottom peaks comparison between Hepatic sinusoidal endothelial cell and Mallassez-devied cell
Data format
hide
sample068_077
bottom peaks comparison between Hepatic sinusoidal endothelial cell and Mammary epithelial cell
Data format
hide
sample068_078
bottom peaks comparison between Hepatic sinusoidal endothelial cell and Mast cell
Data format
hide
sample068_079
bottom peaks comparison between Hepatic sinusoidal endothelial cell and Expanded mast cell
Data format
hide
sample068_080
bottom peaks comparison between Hepatic sinusoidal endothelial cell and Expanded and stimulated mast cell
Data format
hide
sample068_081
bottom peaks comparison between Hepatic sinusoidal endothelial cell and Melanocyte-dark
Data format
hide
sample068_082
bottom peaks comparison between Hepatic sinusoidal endothelial cell and Melanocyte-light
Data format
hide
sample068_083
bottom peaks comparison between Hepatic sinusoidal endothelial cell and Meningeal cell
Data format
hide
sample068_084
bottom peaks comparison between Hepatic sinusoidal endothelial cell and Mesenchymal precursor cell in adipose
Data format
hide
sample068_085
bottom peaks comparison between Hepatic sinusoidal endothelial cell and Mesenchymal precursor cell in bone marrow
Data format
hide
sample068_086
bottom peaks comparison between Hepatic sinusoidal endothelial cell and Mesenchymal precursor cell in heart
Data format
hide
sample068_087
bottom peaks comparison between Hepatic sinusoidal endothelial cell and Mesenchymal precursor cell in left ovary for ovarian cancer sample
Data format
hide
sample068_088
bottom peaks comparison between Hepatic sinusoidal endothelial cell and Mesenchymal precursor cell for metastatic ovarian cancer sample
Data format
hide
sample068_089
bottom peaks comparison between Hepatic sinusoidal endothelial cell and Mesenchymal precursor cell in right ovary for ovarian cancer sample
Data format
hide
sample068_090
bottom peaks comparison between Hepatic sinusoidal endothelial cell and Mesenchymal stem cell in adipose
Data format
hide
sample068_091
bottom peaks comparison between Hepatic sinusoidal endothelial cell and Mesenchymal stem cell in amniotic membrane
Data format
hide
sample068_092
bottom peaks comparison between Hepatic sinusoidal endothelial cell and Mesenchymal stem cell in bone marrow
Data format
hide
sample068_093
bottom peaks comparison between Hepatic sinusoidal endothelial cell and Mesenchymal stem cell in liver
Data format
hide
sample068_094
bottom peaks comparison between Hepatic sinusoidal endothelial cell and Mesenchymal stem cell in umbilical cord
Data format
hide
sample068_095
bottom peaks comparison between Hepatic sinusoidal endothelial cell and Mesothelial cell
Data format
hide
sample068_096
bottom peaks comparison between Hepatic sinusoidal endothelial cell and Migratory langerhans cell
Data format
hide
sample068_097
bottom peaks comparison between Hepatic sinusoidal endothelial cell and Mesenchymal stem cell of umbilical cord blood
Data format
hide
sample068_098
bottom peaks comparison between Hepatic sinusoidal endothelial cell and Myoblast
Data format
hide
sample068_099
bottom peaks comparison between Hepatic sinusoidal endothelial cell and Nasal epithelial cell
Data format
hide
sample068_100
bottom peaks comparison between Hepatic sinusoidal endothelial cell and Natural killer cell
Data format
hide
sample068_101
bottom peaks comparison between Hepatic sinusoidal endothelial cell and Neural stem cell
Data format
hide
sample068_102
bottom peaks comparison between Hepatic sinusoidal endothelial cell and Neuron
Data format
hide
sample068_103
bottom peaks comparison between Hepatic sinusoidal endothelial cell and Neutrophil cell
Data format
hide
sample068_104
bottom peaks comparison between Hepatic sinusoidal endothelial cell and Nucleus pulposus
Data format
hide
sample068_105
bottom peaks comparison between Hepatic sinusoidal endothelial cell and Olfactory epithelial cell
Data format
hide
sample068_106
bottom peaks comparison between Hepatic sinusoidal endothelial cell and Osteoblast
Data format
hide
sample068_107
bottom peaks comparison between Hepatic sinusoidal endothelial cell and Differentiated osteoblast
Data format
hide
sample068_108
bottom peaks comparison between Hepatic sinusoidal endothelial cell and Pricyte
Data format
hide
sample068_109
bottom peaks comparison between Hepatic sinusoidal endothelial cell and Perineurial
Data format
hide
sample068_110
bottom peaks comparison between Hepatic sinusoidal endothelial cell and Peripheral blood mononuclear cell
Data format
hide
sample068_111
bottom peaks comparison between Hepatic sinusoidal endothelial cell and Placental epithelial cell
Data format
hide
sample068_112
bottom peaks comparison between Hepatic sinusoidal endothelial cell and Preadipocyte in breast
Data format
hide
sample068_113
bottom peaks comparison between Hepatic sinusoidal endothelial cell and Preadipocyte in omentum
Data format
hide
sample068_114
bottom peaks comparison between Hepatic sinusoidal endothelial cell and Subcutaneous preadipocyte
Data format
hide
sample068_115
bottom peaks comparison between Hepatic sinusoidal endothelial cell and Visceral preadipocyte
Data format
hide
sample068_116
bottom peaks comparison between Hepatic sinusoidal endothelial cell and Prostate epithelial cell
Data format
hide
sample068_117
bottom peaks comparison between Hepatic sinusoidal endothelial cell and Prostate stromal cell
Data format
hide
sample068_118
bottom peaks comparison between Hepatic sinusoidal endothelial cell and Renal cortical epithelial cell
Data format
hide
sample068_119
bottom peaks comparison between Hepatic sinusoidal endothelial cell and Renal glomerular endothelial cell
Data format
hide
sample068_120
bottom peaks comparison between Hepatic sinusoidal endothelial cell and Renal mesangial cell
Data format
hide
sample068_121
bottom peaks comparison between Hepatic sinusoidal endothelial cell and Renal proximal tubular epithelial cell
Data format
hide
sample068_122
bottom peaks comparison between Hepatic sinusoidal endothelial cell and Renal proximal tubular epithelial cell
Data format
hide
sample068_123
bottom peaks comparison between Hepatic sinusoidal endothelial cell and Salivary acinar cell
Data format
hide
sample068_124
bottom peaks comparison between Hepatic sinusoidal endothelial cell and Schwann
Data format
hide
sample068_125
bottom peaks comparison between Hepatic sinusoidal endothelial cell and Sebocyte
Data format
hide
sample068_126
bottom peaks comparison between Hepatic sinusoidal endothelial cell and Sertoli
Data format
hide
sample068_127
bottom peaks comparison between Hepatic sinusoidal endothelial cell and Skeletal muscle
Data format
hide
sample068_128
bottom peaks comparison between Hepatic sinusoidal endothelial cell and Skeletal muscle differentiated into myotubes
Data format
hide
sample068_129
bottom peaks comparison between Hepatic sinusoidal endothelial cell and Skeletal muscle satellite cell
Data format
hide
sample068_130
bottom peaks comparison between Hepatic sinusoidal endothelial cell and Small airway epithelial cell
Data format
hide
sample068_131
bottom peaks comparison between Hepatic sinusoidal endothelial cell and Airway smooth muscle in asthma
Data format
hide
sample068_132
bottom peaks comparison between Hepatic sinusoidal endothelial cell and Airway smooth muscle in control
Data format
hide
sample068_133
bottom peaks comparison between Hepatic sinusoidal endothelial cell and Smooth muscle in aorta
Data format
hide
sample068_134
bottom peaks comparison between Hepatic sinusoidal endothelial cell and Smooth muscle in brachiocephalic artery
Data format
hide
sample068_135
bottom peaks comparison between Hepatic sinusoidal endothelial cell and Smooth muscle in brain vessel
Data format
hide
sample068_136
bottom peaks comparison between Hepatic sinusoidal endothelial cell and Smooth muscle in bronchial tube
Data format
hide
sample068_137
bottom peaks comparison between Hepatic sinusoidal endothelial cell and Smooth muscle in carotid artery
Data format
hide
sample068_138
bottom peaks comparison between Hepatic sinusoidal endothelial cell and Smooth muscle in colon
Data format
hide
sample068_139
bottom peaks comparison between Hepatic sinusoidal endothelial cell and Smooth muscle in coronary
Data format
hide
sample068_140
bottom peaks comparison between Hepatic sinusoidal endothelial cell and Smooth muscle in esophagus
Data format
hide
sample068_141
bottom peaks comparison between Hepatic sinusoidal endothelial cell and Smooth muscle in internal thoracic artery
Data format
hide
sample068_142
bottom peaks comparison between Hepatic sinusoidal endothelial cell and Smooth muscle in prostate
Data format
hide
sample068_143
bottom peaks comparison between Hepatic sinusoidal endothelial cell and Smooth muscle in pulmonary artery
Data format
hide
sample068_144
bottom peaks comparison between Hepatic sinusoidal endothelial cell and Smooth muscle in subclavian artery
Data format
hide
sample068_145
bottom peaks comparison between Hepatic sinusoidal endothelial cell and Smooth muscle in trachea
Data format
hide
sample068_146
bottom peaks comparison between Hepatic sinusoidal endothelial cell and Smooth muscle in umbilical artery
Data format
hide
sample068_147
bottom peaks comparison between Hepatic sinusoidal endothelial cell and Smooth muscle in umbilical vein
Data format
hide
sample068_148
bottom peaks comparison between Hepatic sinusoidal endothelial cell and Smooth muscle in uterine
Data format
hide
sample068_149
bottom peaks comparison between Hepatic sinusoidal endothelial cell and Synoviocyte
Data format
hide
sample068_150
bottom peaks comparison between Hepatic sinusoidal endothelial cell and Tenocyte
Data format
hide
sample068_151
bottom peaks comparison between Hepatic sinusoidal endothelial cell and Trabecular meshwork
Data format
hide
sample068_152
bottom peaks comparison between Hepatic sinusoidal endothelial cell and Tracheal epithelial cell
Data format
hide
sample068_153
bottom peaks comparison between Hepatic sinusoidal endothelial cell and Urothelial cell
Data format
hide
sample068_154
bottom peaks comparison between Hepatic sinusoidal endothelial cell and Whole blood for donor 1
Data format
hide
sample068_155
bottom peaks comparison between Hepatic sinusoidal endothelial cell and Whole blood for donor 2
Data format
hide
sample068_156
bottom peaks comparison between Hepatic sinusoidal endothelial cell and Whole blood for donor 3
Data format
hide
sample069_070
bottom peaks comparison between Hepatic stellate lipocyte and Hepatocyte
Data format
hide
sample069_071
bottom peaks comparison between Hepatic stellate lipocyte and Immature langerhans cell
Data format
hide
sample069_072
bottom peaks comparison between Hepatic stellate lipocyte and Keratinocyte epidermal cell
Data format
hide
sample069_073
bottom peaks comparison between Hepatic stellate lipocyte and Keratocyte
Data format
hide
sample069_074
bottom peaks comparison between Hepatic stellate lipocyte and Lens epithelial cell
Data format
hide
sample069_075
bottom peaks comparison between Hepatic stellate lipocyte and Monocyte-derived macrophage
Data format
hide
sample069_076
bottom peaks comparison between Hepatic stellate lipocyte and Mallassez-devied cell
Data format
hide
sample069_077
bottom peaks comparison between Hepatic stellate lipocyte and Mammary epithelial cell
Data format
hide
sample069_078
bottom peaks comparison between Hepatic stellate lipocyte and Mast cell
Data format
hide
sample069_079
bottom peaks comparison between Hepatic stellate lipocyte and Expanded mast cell
Data format
hide
sample069_080
bottom peaks comparison between Hepatic stellate lipocyte and Expanded and stimulated mast cell
Data format
hide
sample069_081
bottom peaks comparison between Hepatic stellate lipocyte and Melanocyte-dark
Data format
hide
sample069_082
bottom peaks comparison between Hepatic stellate lipocyte and Melanocyte-light
Data format
hide
sample069_083
bottom peaks comparison between Hepatic stellate lipocyte and Meningeal cell
Data format
hide
sample069_084
bottom peaks comparison between Hepatic stellate lipocyte and Mesenchymal precursor cell in adipose
Data format
hide
sample069_085
bottom peaks comparison between Hepatic stellate lipocyte and Mesenchymal precursor cell in bone marrow
Data format
hide
sample069_086
bottom peaks comparison between Hepatic stellate lipocyte and Mesenchymal precursor cell in heart
Data format
hide
sample069_087
bottom peaks comparison between Hepatic stellate lipocyte and Mesenchymal precursor cell in left ovary for ovarian cancer sample
Data format
hide
sample069_088
bottom peaks comparison between Hepatic stellate lipocyte and Mesenchymal precursor cell for metastatic ovarian cancer sample
Data format
hide
sample069_089
bottom peaks comparison between Hepatic stellate lipocyte and Mesenchymal precursor cell in right ovary for ovarian cancer sample
Data format
hide
sample069_090
bottom peaks comparison between Hepatic stellate lipocyte and Mesenchymal stem cell in adipose
Data format
hide
sample069_091
bottom peaks comparison between Hepatic stellate lipocyte and Mesenchymal stem cell in amniotic membrane
Data format
hide
sample069_092
bottom peaks comparison between Hepatic stellate lipocyte and Mesenchymal stem cell in bone marrow
Data format
hide
sample069_093
bottom peaks comparison between Hepatic stellate lipocyte and Mesenchymal stem cell in liver
Data format
hide
sample069_094
bottom peaks comparison between Hepatic stellate lipocyte and Mesenchymal stem cell in umbilical cord
Data format
hide
sample069_095
bottom peaks comparison between Hepatic stellate lipocyte and Mesothelial cell
Data format
hide
sample069_096
bottom peaks comparison between Hepatic stellate lipocyte and Migratory langerhans cell
Data format
hide
sample069_097
bottom peaks comparison between Hepatic stellate lipocyte and Mesenchymal stem cell of umbilical cord blood
Data format
hide
sample069_098
bottom peaks comparison between Hepatic stellate lipocyte and Myoblast
Data format
hide
sample069_099
bottom peaks comparison between Hepatic stellate lipocyte and Nasal epithelial cell
Data format
hide
sample069_100
bottom peaks comparison between Hepatic stellate lipocyte and Natural killer cell
Data format
hide
sample069_101
bottom peaks comparison between Hepatic stellate lipocyte and Neural stem cell
Data format
hide
sample069_102
bottom peaks comparison between Hepatic stellate lipocyte and Neuron
Data format
hide
sample069_103
bottom peaks comparison between Hepatic stellate lipocyte and Neutrophil cell
Data format
hide
sample069_104
bottom peaks comparison between Hepatic stellate lipocyte and Nucleus pulposus
Data format
hide
sample069_105
bottom peaks comparison between Hepatic stellate lipocyte and Olfactory epithelial cell
Data format
hide
sample069_106
bottom peaks comparison between Hepatic stellate lipocyte and Osteoblast
Data format
hide
sample069_107
bottom peaks comparison between Hepatic stellate lipocyte and Differentiated osteoblast
Data format
hide
sample069_108
bottom peaks comparison between Hepatic stellate lipocyte and Pricyte
Data format
hide
sample069_109
bottom peaks comparison between Hepatic stellate lipocyte and Perineurial
Data format
hide
sample069_110
bottom peaks comparison between Hepatic stellate lipocyte and Peripheral blood mononuclear cell
Data format
hide
sample069_111
bottom peaks comparison between Hepatic stellate lipocyte and Placental epithelial cell
Data format
hide
sample069_112
bottom peaks comparison between Hepatic stellate lipocyte and Preadipocyte in breast
Data format
hide
sample069_113
bottom peaks comparison between Hepatic stellate lipocyte and Preadipocyte in omentum
Data format
hide
sample069_114
bottom peaks comparison between Hepatic stellate lipocyte and Subcutaneous preadipocyte
Data format
hide
sample069_115
bottom peaks comparison between Hepatic stellate lipocyte and Visceral preadipocyte
Data format
hide
sample069_116
bottom peaks comparison between Hepatic stellate lipocyte and Prostate epithelial cell
Data format
hide
sample069_117
bottom peaks comparison between Hepatic stellate lipocyte and Prostate stromal cell
Data format
hide
sample069_118
bottom peaks comparison between Hepatic stellate lipocyte and Renal cortical epithelial cell
Data format
hide
sample069_119
bottom peaks comparison between Hepatic stellate lipocyte and Renal glomerular endothelial cell
Data format
hide
sample069_120
bottom peaks comparison between Hepatic stellate lipocyte and Renal mesangial cell
Data format
hide
sample069_121
bottom peaks comparison between Hepatic stellate lipocyte and Renal proximal tubular epithelial cell
Data format
hide
sample069_122
bottom peaks comparison between Hepatic stellate lipocyte and Renal proximal tubular epithelial cell
Data format
hide
sample069_123
bottom peaks comparison between Hepatic stellate lipocyte and Salivary acinar cell
Data format
hide
sample069_124
bottom peaks comparison between Hepatic stellate lipocyte and Schwann
Data format
hide
sample069_125
bottom peaks comparison between Hepatic stellate lipocyte and Sebocyte
Data format
hide
sample069_126
bottom peaks comparison between Hepatic stellate lipocyte and Sertoli
Data format
hide
sample069_127
bottom peaks comparison between Hepatic stellate lipocyte and Skeletal muscle
Data format
hide
sample069_128
bottom peaks comparison between Hepatic stellate lipocyte and Skeletal muscle differentiated into myotubes
Data format
hide
sample069_129
bottom peaks comparison between Hepatic stellate lipocyte and Skeletal muscle satellite cell
Data format
hide
sample069_130
bottom peaks comparison between Hepatic stellate lipocyte and Small airway epithelial cell
Data format
hide
sample069_131
bottom peaks comparison between Hepatic stellate lipocyte and Airway smooth muscle in asthma
Data format
hide
sample069_132
bottom peaks comparison between Hepatic stellate lipocyte and Airway smooth muscle in control
Data format
hide
sample069_133
bottom peaks comparison between Hepatic stellate lipocyte and Smooth muscle in aorta
Data format
hide
sample069_134
bottom peaks comparison between Hepatic stellate lipocyte and Smooth muscle in brachiocephalic artery
Data format
hide
sample069_135
bottom peaks comparison between Hepatic stellate lipocyte and Smooth muscle in brain vessel
Data format
hide
sample069_136
bottom peaks comparison between Hepatic stellate lipocyte and Smooth muscle in bronchial tube
Data format
hide
sample069_137
bottom peaks comparison between Hepatic stellate lipocyte and Smooth muscle in carotid artery
Data format
hide
sample069_138
bottom peaks comparison between Hepatic stellate lipocyte and Smooth muscle in colon
Data format
hide
sample069_139
bottom peaks comparison between Hepatic stellate lipocyte and Smooth muscle in coronary
Data format
hide
sample069_140
bottom peaks comparison between Hepatic stellate lipocyte and Smooth muscle in esophagus
Data format
hide
sample069_141
bottom peaks comparison between Hepatic stellate lipocyte and Smooth muscle in internal thoracic artery
Data format
hide
sample069_142
bottom peaks comparison between Hepatic stellate lipocyte and Smooth muscle in prostate
Data format
hide
sample069_143
bottom peaks comparison between Hepatic stellate lipocyte and Smooth muscle in pulmonary artery
Data format
hide
sample069_144
bottom peaks comparison between Hepatic stellate lipocyte and Smooth muscle in subclavian artery
Data format
hide
sample069_145
bottom peaks comparison between Hepatic stellate lipocyte and Smooth muscle in trachea
Data format
hide
sample069_146
bottom peaks comparison between Hepatic stellate lipocyte and Smooth muscle in umbilical artery
Data format
hide
sample069_147
bottom peaks comparison between Hepatic stellate lipocyte and Smooth muscle in umbilical vein
Data format
hide
sample069_148
bottom peaks comparison between Hepatic stellate lipocyte and Smooth muscle in uterine
Data format
hide
sample069_149
bottom peaks comparison between Hepatic stellate lipocyte and Synoviocyte
Data format
hide
sample069_150
bottom peaks comparison between Hepatic stellate lipocyte and Tenocyte
Data format
hide
sample069_151
bottom peaks comparison between Hepatic stellate lipocyte and Trabecular meshwork
Data format
hide
sample069_152
bottom peaks comparison between Hepatic stellate lipocyte and Tracheal epithelial cell
Data format
hide
sample069_153
bottom peaks comparison between Hepatic stellate lipocyte and Urothelial cell
Data format
hide
sample069_154
bottom peaks comparison between Hepatic stellate lipocyte and Whole blood for donor 1
Data format
hide
sample069_155
bottom peaks comparison between Hepatic stellate lipocyte and Whole blood for donor 2
Data format
hide
sample069_156
bottom peaks comparison between Hepatic stellate lipocyte and Whole blood for donor 3
Data format
hide
sample070_071
bottom peaks comparison between Hepatocyte and Immature langerhans cell
Data format
hide
sample070_072
bottom peaks comparison between Hepatocyte and Keratinocyte epidermal cell
Data format
hide
sample070_073
bottom peaks comparison between Hepatocyte and Keratocyte
Data format
hide
sample070_074
bottom peaks comparison between Hepatocyte and Lens epithelial cell
Data format
hide
sample070_075
bottom peaks comparison between Hepatocyte and Monocyte-derived macrophage
Data format
hide
sample070_076
bottom peaks comparison between Hepatocyte and Mallassez-devied cell
Data format
hide
sample070_077
bottom peaks comparison between Hepatocyte and Mammary epithelial cell
Data format
hide
sample070_078
bottom peaks comparison between Hepatocyte and Mast cell
Data format
hide
sample070_079
bottom peaks comparison between Hepatocyte and Expanded mast cell
Data format
hide
sample070_080
bottom peaks comparison between Hepatocyte and Expanded and stimulated mast cell
Data format
hide
sample070_081
bottom peaks comparison between Hepatocyte and Melanocyte-dark
Data format
hide
sample070_082
bottom peaks comparison between Hepatocyte and Melanocyte-light
Data format
hide
sample070_083
bottom peaks comparison between Hepatocyte and Meningeal cell
Data format
hide
sample070_084
bottom peaks comparison between Hepatocyte and Mesenchymal precursor cell in adipose
Data format
hide
sample070_085
bottom peaks comparison between Hepatocyte and Mesenchymal precursor cell in bone marrow
Data format
hide
sample070_086
bottom peaks comparison between Hepatocyte and Mesenchymal precursor cell in heart
Data format
hide
sample070_087
bottom peaks comparison between Hepatocyte and Mesenchymal precursor cell in left ovary for ovarian cancer sample
Data format
hide
sample070_088
bottom peaks comparison between Hepatocyte and Mesenchymal precursor cell for metastatic ovarian cancer sample
Data format
hide
sample070_089
bottom peaks comparison between Hepatocyte and Mesenchymal precursor cell in right ovary for ovarian cancer sample
Data format
hide
sample070_090
bottom peaks comparison between Hepatocyte and Mesenchymal stem cell in adipose
Data format
hide
sample070_091
bottom peaks comparison between Hepatocyte and Mesenchymal stem cell in amniotic membrane
Data format
hide
sample070_092
bottom peaks comparison between Hepatocyte and Mesenchymal stem cell in bone marrow
Data format
hide
sample070_093
bottom peaks comparison between Hepatocyte and Mesenchymal stem cell in liver
Data format
hide
sample070_094
bottom peaks comparison between Hepatocyte and Mesenchymal stem cell in umbilical cord
Data format
hide
sample070_095
bottom peaks comparison between Hepatocyte and Mesothelial cell
Data format
hide
sample070_096
bottom peaks comparison between Hepatocyte and Migratory langerhans cell
Data format
hide
sample070_097
bottom peaks comparison between Hepatocyte and Mesenchymal stem cell of umbilical cord blood
Data format
hide
sample070_098
bottom peaks comparison between Hepatocyte and Myoblast
Data format
hide
sample070_099
bottom peaks comparison between Hepatocyte and Nasal epithelial cell
Data format
hide
sample070_100
bottom peaks comparison between Hepatocyte and Natural killer cell
Data format
hide
sample070_101
bottom peaks comparison between Hepatocyte and Neural stem cell
Data format
hide
sample070_102
bottom peaks comparison between Hepatocyte and Neuron
Data format
hide
sample070_103
bottom peaks comparison between Hepatocyte and Neutrophil cell
Data format
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sample070_104
bottom peaks comparison between Hepatocyte and Nucleus pulposus
Data format
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sample070_105
bottom peaks comparison between Hepatocyte and Olfactory epithelial cell
Data format
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sample070_106
bottom peaks comparison between Hepatocyte and Osteoblast
Data format
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sample070_107
bottom peaks comparison between Hepatocyte and Differentiated osteoblast
Data format
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sample070_108
bottom peaks comparison between Hepatocyte and Pricyte
Data format
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sample070_109
bottom peaks comparison between Hepatocyte and Perineurial
Data format
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sample070_110
bottom peaks comparison between Hepatocyte and Peripheral blood mononuclear cell
Data format
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sample070_111
bottom peaks comparison between Hepatocyte and Placental epithelial cell
Data format
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sample070_112
bottom peaks comparison between Hepatocyte and Preadipocyte in breast
Data format
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sample070_113
bottom peaks comparison between Hepatocyte and Preadipocyte in omentum
Data format
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sample070_114
bottom peaks comparison between Hepatocyte and Subcutaneous preadipocyte
Data format
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sample070_115
bottom peaks comparison between Hepatocyte and Visceral preadipocyte
Data format
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sample070_116
bottom peaks comparison between Hepatocyte and Prostate epithelial cell
Data format
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sample070_117
bottom peaks comparison between Hepatocyte and Prostate stromal cell
Data format
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sample070_118
bottom peaks comparison between Hepatocyte and Renal cortical epithelial cell
Data format
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sample070_119
bottom peaks comparison between Hepatocyte and Renal glomerular endothelial cell
Data format
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sample070_120
bottom peaks comparison between Hepatocyte and Renal mesangial cell
Data format
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sample070_121
bottom peaks comparison between Hepatocyte and Renal proximal tubular epithelial cell
Data format
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sample070_122
bottom peaks comparison between Hepatocyte and Renal proximal tubular epithelial cell
Data format
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sample070_123
bottom peaks comparison between Hepatocyte and Salivary acinar cell
Data format
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sample070_124
bottom peaks comparison between Hepatocyte and Schwann
Data format
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sample070_125
bottom peaks comparison between Hepatocyte and Sebocyte
Data format
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sample070_126
bottom peaks comparison between Hepatocyte and Sertoli
Data format
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sample070_127
bottom peaks comparison between Hepatocyte and Skeletal muscle
Data format
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sample070_128
bottom peaks comparison between Hepatocyte and Skeletal muscle differentiated into myotubes
Data format
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sample070_129
bottom peaks comparison between Hepatocyte and Skeletal muscle satellite cell
Data format
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sample070_130
bottom peaks comparison between Hepatocyte and Small airway epithelial cell
Data format
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sample070_131
bottom peaks comparison between Hepatocyte and Airway smooth muscle in asthma
Data format
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sample070_132
bottom peaks comparison between Hepatocyte and Airway smooth muscle in control
Data format
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sample070_133
bottom peaks comparison between Hepatocyte and Smooth muscle in aorta
Data format
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sample070_134
bottom peaks comparison between Hepatocyte and Smooth muscle in brachiocephalic artery
Data format
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sample070_135
bottom peaks comparison between Hepatocyte and Smooth muscle in brain vessel
Data format
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sample070_136
bottom peaks comparison between Hepatocyte and Smooth muscle in bronchial tube
Data format
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sample070_137
bottom peaks comparison between Hepatocyte and Smooth muscle in carotid artery
Data format
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sample070_138
bottom peaks comparison between Hepatocyte and Smooth muscle in colon
Data format
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sample070_139
bottom peaks comparison between Hepatocyte and Smooth muscle in coronary
Data format
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sample070_140
bottom peaks comparison between Hepatocyte and Smooth muscle in esophagus
Data format
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sample070_141
bottom peaks comparison between Hepatocyte and Smooth muscle in internal thoracic artery
Data format
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sample070_142
bottom peaks comparison between Hepatocyte and Smooth muscle in prostate
Data format
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sample070_143
bottom peaks comparison between Hepatocyte and Smooth muscle in pulmonary artery
Data format
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sample070_144
bottom peaks comparison between Hepatocyte and Smooth muscle in subclavian artery
Data format
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sample070_145
bottom peaks comparison between Hepatocyte and Smooth muscle in trachea
Data format
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sample070_146
bottom peaks comparison between Hepatocyte and Smooth muscle in umbilical artery
Data format
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sample070_147
bottom peaks comparison between Hepatocyte and Smooth muscle in umbilical vein
Data format
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sample070_148
bottom peaks comparison between Hepatocyte and Smooth muscle in uterine
Data format
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sample070_149
bottom peaks comparison between Hepatocyte and Synoviocyte
Data format
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sample070_150
bottom peaks comparison between Hepatocyte and Tenocyte
Data format
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sample070_151
bottom peaks comparison between Hepatocyte and Trabecular meshwork
Data format
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sample070_152
bottom peaks comparison between Hepatocyte and Tracheal epithelial cell
Data format
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sample070_153
bottom peaks comparison between Hepatocyte and Urothelial cell
Data format
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sample070_154
bottom peaks comparison between Hepatocyte and Whole blood for donor 1
Data format
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sample070_155
bottom peaks comparison between Hepatocyte and Whole blood for donor 2
Data format
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sample070_156
bottom peaks comparison between Hepatocyte and Whole blood for donor 3
Data format
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sample071_072
bottom peaks comparison between Immature langerhans cell and Keratinocyte epidermal cell
Data format
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sample071_073
bottom peaks comparison between Immature langerhans cell and Keratocyte
Data format
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sample071_074
bottom peaks comparison between Immature langerhans cell and Lens epithelial cell
Data format
hide
sample071_075
bottom peaks comparison between Immature langerhans cell and Monocyte-derived macrophage
Data format
hide
sample071_076
bottom peaks comparison between Immature langerhans cell and Mallassez-devied cell
Data format
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sample071_077
bottom peaks comparison between Immature langerhans cell and Mammary epithelial cell
Data format
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sample071_078
bottom peaks comparison between Immature langerhans cell and Mast cell
Data format
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sample071_079
bottom peaks comparison between Immature langerhans cell and Expanded mast cell
Data format
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sample071_080
bottom peaks comparison between Immature langerhans cell and Expanded and stimulated mast cell
Data format
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sample071_081
bottom peaks comparison between Immature langerhans cell and Melanocyte-dark
Data format
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sample071_082
bottom peaks comparison between Immature langerhans cell and Melanocyte-light
Data format
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sample071_083
bottom peaks comparison between Immature langerhans cell and Meningeal cell
Data format
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sample071_084
bottom peaks comparison between Immature langerhans cell and Mesenchymal precursor cell in adipose
Data format
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sample071_085
bottom peaks comparison between Immature langerhans cell and Mesenchymal precursor cell in bone marrow
Data format
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sample071_086
bottom peaks comparison between Immature langerhans cell and Mesenchymal precursor cell in heart
Data format
hide
sample071_087
bottom peaks comparison between Immature langerhans cell and Mesenchymal precursor cell in left ovary for ovarian cancer sample
Data format
hide
sample071_088
bottom peaks comparison between Immature langerhans cell and Mesenchymal precursor cell for metastatic ovarian cancer sample
Data format
hide
sample071_089
bottom peaks comparison between Immature langerhans cell and Mesenchymal precursor cell in right ovary for ovarian cancer sample
Data format
hide
sample071_090
bottom peaks comparison between Immature langerhans cell and Mesenchymal stem cell in adipose
Data format
hide
sample071_091
bottom peaks comparison between Immature langerhans cell and Mesenchymal stem cell in amniotic membrane
Data format
hide
sample071_092
bottom peaks comparison between Immature langerhans cell and Mesenchymal stem cell in bone marrow
Data format
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sample071_093
bottom peaks comparison between Immature langerhans cell and Mesenchymal stem cell in liver
Data format
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sample071_094
bottom peaks comparison between Immature langerhans cell and Mesenchymal stem cell in umbilical cord
Data format
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sample071_095
bottom peaks comparison between Immature langerhans cell and Mesothelial cell
Data format
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sample071_096
bottom peaks comparison between Immature langerhans cell and Migratory langerhans cell
Data format
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sample071_097
bottom peaks comparison between Immature langerhans cell and Mesenchymal stem cell of umbilical cord blood
Data format
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sample071_098
bottom peaks comparison between Immature langerhans cell and Myoblast
Data format
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sample071_099
bottom peaks comparison between Immature langerhans cell and Nasal epithelial cell
Data format
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sample071_100
bottom peaks comparison between Immature langerhans cell and Natural killer cell
Data format
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sample071_101
bottom peaks comparison between Immature langerhans cell and Neural stem cell
Data format
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sample071_102
bottom peaks comparison between Immature langerhans cell and Neuron
Data format
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sample071_103
bottom peaks comparison between Immature langerhans cell and Neutrophil cell
Data format
hide
sample071_104
bottom peaks comparison between Immature langerhans cell and Nucleus pulposus
Data format
hide
sample071_105
bottom peaks comparison between Immature langerhans cell and Olfactory epithelial cell
Data format
hide
sample071_106
bottom peaks comparison between Immature langerhans cell and Osteoblast
Data format
hide
sample071_107
bottom peaks comparison between Immature langerhans cell and Differentiated osteoblast
Data format
hide
sample071_108
bottom peaks comparison between Immature langerhans cell and Pricyte
Data format
hide
sample071_109
bottom peaks comparison between Immature langerhans cell and Perineurial
Data format
hide
sample071_110
bottom peaks comparison between Immature langerhans cell and Peripheral blood mononuclear cell
Data format
hide
sample071_111
bottom peaks comparison between Immature langerhans cell and Placental epithelial cell
Data format
hide
sample071_112
bottom peaks comparison between Immature langerhans cell and Preadipocyte in breast
Data format
hide
sample071_113
bottom peaks comparison between Immature langerhans cell and Preadipocyte in omentum
Data format
hide
sample071_114
bottom peaks comparison between Immature langerhans cell and Subcutaneous preadipocyte
Data format
hide
sample071_115
bottom peaks comparison between Immature langerhans cell and Visceral preadipocyte
Data format
hide
sample071_116
bottom peaks comparison between Immature langerhans cell and Prostate epithelial cell
Data format
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sample071_117
bottom peaks comparison between Immature langerhans cell and Prostate stromal cell
Data format
hide
sample071_118
bottom peaks comparison between Immature langerhans cell and Renal cortical epithelial cell
Data format
hide
sample071_119
bottom peaks comparison between Immature langerhans cell and Renal glomerular endothelial cell
Data format
hide
sample071_120
bottom peaks comparison between Immature langerhans cell and Renal mesangial cell
Data format
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sample071_121
bottom peaks comparison between Immature langerhans cell and Renal proximal tubular epithelial cell
Data format
hide
sample071_122
bottom peaks comparison between Immature langerhans cell and Renal proximal tubular epithelial cell
Data format
hide
sample071_123
bottom peaks comparison between Immature langerhans cell and Salivary acinar cell
Data format
hide
sample071_124
bottom peaks comparison between Immature langerhans cell and Schwann
Data format
hide
sample071_125
bottom peaks comparison between Immature langerhans cell and Sebocyte
Data format
hide
sample071_126
bottom peaks comparison between Immature langerhans cell and Sertoli
Data format
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sample071_127
bottom peaks comparison between Immature langerhans cell and Skeletal muscle
Data format
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sample071_128
bottom peaks comparison between Immature langerhans cell and Skeletal muscle differentiated into myotubes
Data format
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sample071_129
bottom peaks comparison between Immature langerhans cell and Skeletal muscle satellite cell
Data format
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sample071_130
bottom peaks comparison between Immature langerhans cell and Small airway epithelial cell
Data format
hide
sample071_131
bottom peaks comparison between Immature langerhans cell and Airway smooth muscle in asthma
Data format
hide
sample071_132
bottom peaks comparison between Immature langerhans cell and Airway smooth muscle in control
Data format
hide
sample071_133
bottom peaks comparison between Immature langerhans cell and Smooth muscle in aorta
Data format
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sample071_134
bottom peaks comparison between Immature langerhans cell and Smooth muscle in brachiocephalic artery
Data format
hide
sample071_135
bottom peaks comparison between Immature langerhans cell and Smooth muscle in brain vessel
Data format
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sample071_136
bottom peaks comparison between Immature langerhans cell and Smooth muscle in bronchial tube
Data format
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sample071_137
bottom peaks comparison between Immature langerhans cell and Smooth muscle in carotid artery
Data format
hide
sample071_138
bottom peaks comparison between Immature langerhans cell and Smooth muscle in colon
Data format
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sample071_139
bottom peaks comparison between Immature langerhans cell and Smooth muscle in coronary
Data format
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sample071_140
bottom peaks comparison between Immature langerhans cell and Smooth muscle in esophagus
Data format
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sample071_141
bottom peaks comparison between Immature langerhans cell and Smooth muscle in internal thoracic artery
Data format
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sample071_142
bottom peaks comparison between Immature langerhans cell and Smooth muscle in prostate
Data format
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sample071_143
bottom peaks comparison between Immature langerhans cell and Smooth muscle in pulmonary artery
Data format
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sample071_144
bottom peaks comparison between Immature langerhans cell and Smooth muscle in subclavian artery
Data format
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sample071_145
bottom peaks comparison between Immature langerhans cell and Smooth muscle in trachea
Data format
hide
sample071_146
bottom peaks comparison between Immature langerhans cell and Smooth muscle in umbilical artery
Data format
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sample071_147
bottom peaks comparison between Immature langerhans cell and Smooth muscle in umbilical vein
Data format
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sample071_148
bottom peaks comparison between Immature langerhans cell and Smooth muscle in uterine
Data format
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sample071_149
bottom peaks comparison between Immature langerhans cell and Synoviocyte
Data format
hide
sample071_150
bottom peaks comparison between Immature langerhans cell and Tenocyte
Data format
hide
sample071_151
bottom peaks comparison between Immature langerhans cell and Trabecular meshwork
Data format
hide
sample071_152
bottom peaks comparison between Immature langerhans cell and Tracheal epithelial cell
Data format
hide
sample071_153
bottom peaks comparison between Immature langerhans cell and Urothelial cell
Data format
hide
sample071_154
bottom peaks comparison between Immature langerhans cell and Whole blood for donor 1
Data format
hide
sample071_155
bottom peaks comparison between Immature langerhans cell and Whole blood for donor 2
Data format
hide
sample071_156
bottom peaks comparison between Immature langerhans cell and Whole blood for donor 3
Data format
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sample072_073
bottom peaks comparison between Keratinocyte epidermal cell and Keratocyte
Data format
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sample072_074
bottom peaks comparison between Keratinocyte epidermal cell and Lens epithelial cell
Data format
hide
sample072_075
bottom peaks comparison between Keratinocyte epidermal cell and Monocyte-derived macrophage
Data format
hide
sample072_076
bottom peaks comparison between Keratinocyte epidermal cell and Mallassez-devied cell
Data format
hide
sample072_077
bottom peaks comparison between Keratinocyte epidermal cell and Mammary epithelial cell
Data format
hide
sample072_078
bottom peaks comparison between Keratinocyte epidermal cell and Mast cell
Data format
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sample072_079
bottom peaks comparison between Keratinocyte epidermal cell and Expanded mast cell
Data format
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sample072_080
bottom peaks comparison between Keratinocyte epidermal cell and Expanded and stimulated mast cell
Data format
hide
sample072_081
bottom peaks comparison between Keratinocyte epidermal cell and Melanocyte-dark
Data format
hide
sample072_082
bottom peaks comparison between Keratinocyte epidermal cell and Melanocyte-light
Data format
hide
sample072_083
bottom peaks comparison between Keratinocyte epidermal cell and Meningeal cell
Data format
hide
sample072_084
bottom peaks comparison between Keratinocyte epidermal cell and Mesenchymal precursor cell in adipose
Data format
hide
sample072_085
bottom peaks comparison between Keratinocyte epidermal cell and Mesenchymal precursor cell in bone marrow
Data format
hide
sample072_086
bottom peaks comparison between Keratinocyte epidermal cell and Mesenchymal precursor cell in heart
Data format
hide
sample072_087
bottom peaks comparison between Keratinocyte epidermal cell and Mesenchymal precursor cell in left ovary for ovarian cancer sample
Data format
hide
sample072_088
bottom peaks comparison between Keratinocyte epidermal cell and Mesenchymal precursor cell for metastatic ovarian cancer sample
Data format
hide
sample072_089
bottom peaks comparison between Keratinocyte epidermal cell and Mesenchymal precursor cell in right ovary for ovarian cancer sample
Data format
hide
sample072_090
bottom peaks comparison between Keratinocyte epidermal cell and Mesenchymal stem cell in adipose
Data format
hide
sample072_091
bottom peaks comparison between Keratinocyte epidermal cell and Mesenchymal stem cell in amniotic membrane
Data format
hide
sample072_092
bottom peaks comparison between Keratinocyte epidermal cell and Mesenchymal stem cell in bone marrow
Data format
hide
sample072_093
bottom peaks comparison between Keratinocyte epidermal cell and Mesenchymal stem cell in liver
Data format
hide
sample072_094
bottom peaks comparison between Keratinocyte epidermal cell and Mesenchymal stem cell in umbilical cord
Data format
hide
sample072_095
bottom peaks comparison between Keratinocyte epidermal cell and Mesothelial cell
Data format
hide
sample072_096
bottom peaks comparison between Keratinocyte epidermal cell and Migratory langerhans cell
Data format
hide
sample072_097
bottom peaks comparison between Keratinocyte epidermal cell and Mesenchymal stem cell of umbilical cord blood
Data format
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sample072_098
bottom peaks comparison between Keratinocyte epidermal cell and Myoblast
Data format
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sample072_099
bottom peaks comparison between Keratinocyte epidermal cell and Nasal epithelial cell
Data format
hide
sample072_100
bottom peaks comparison between Keratinocyte epidermal cell and Natural killer cell
Data format
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sample072_101
bottom peaks comparison between Keratinocyte epidermal cell and Neural stem cell
Data format
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sample072_102
bottom peaks comparison between Keratinocyte epidermal cell and Neuron
Data format
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sample072_103
bottom peaks comparison between Keratinocyte epidermal cell and Neutrophil cell
Data format
hide
sample072_104
bottom peaks comparison between Keratinocyte epidermal cell and Nucleus pulposus
Data format
hide
sample072_105
bottom peaks comparison between Keratinocyte epidermal cell and Olfactory epithelial cell
Data format
hide
sample072_106
bottom peaks comparison between Keratinocyte epidermal cell and Osteoblast
Data format
hide
sample072_107
bottom peaks comparison between Keratinocyte epidermal cell and Differentiated osteoblast
Data format
hide
sample072_108
bottom peaks comparison between Keratinocyte epidermal cell and Pricyte
Data format
hide
sample072_109
bottom peaks comparison between Keratinocyte epidermal cell and Perineurial
Data format
hide
sample072_110
bottom peaks comparison between Keratinocyte epidermal cell and Peripheral blood mononuclear cell
Data format
hide
sample072_111
bottom peaks comparison between Keratinocyte epidermal cell and Placental epithelial cell
Data format
hide
sample072_112
bottom peaks comparison between Keratinocyte epidermal cell and Preadipocyte in breast
Data format
hide
sample072_113
bottom peaks comparison between Keratinocyte epidermal cell and Preadipocyte in omentum
Data format
hide
sample072_114
bottom peaks comparison between Keratinocyte epidermal cell and Subcutaneous preadipocyte
Data format
hide
sample072_115
bottom peaks comparison between Keratinocyte epidermal cell and Visceral preadipocyte
Data format
hide
sample072_116
bottom peaks comparison between Keratinocyte epidermal cell and Prostate epithelial cell
Data format
hide
sample072_117
bottom peaks comparison between Keratinocyte epidermal cell and Prostate stromal cell
Data format
hide
sample072_118
bottom peaks comparison between Keratinocyte epidermal cell and Renal cortical epithelial cell
Data format
hide
sample072_119
bottom peaks comparison between Keratinocyte epidermal cell and Renal glomerular endothelial cell
Data format
hide
sample072_120
bottom peaks comparison between Keratinocyte epidermal cell and Renal mesangial cell
Data format
hide
sample072_121
bottom peaks comparison between Keratinocyte epidermal cell and Renal proximal tubular epithelial cell
Data format
hide
sample072_122
bottom peaks comparison between Keratinocyte epidermal cell and Renal proximal tubular epithelial cell
Data format
hide
sample072_123
bottom peaks comparison between Keratinocyte epidermal cell and Salivary acinar cell
Data format
hide
sample072_124
bottom peaks comparison between Keratinocyte epidermal cell and Schwann
Data format
hide
sample072_125
bottom peaks comparison between Keratinocyte epidermal cell and Sebocyte
Data format
hide
sample072_126
bottom peaks comparison between Keratinocyte epidermal cell and Sertoli
Data format
hide
sample072_127
bottom peaks comparison between Keratinocyte epidermal cell and Skeletal muscle
Data format
hide
sample072_128
bottom peaks comparison between Keratinocyte epidermal cell and Skeletal muscle differentiated into myotubes
Data format
hide
sample072_129
bottom peaks comparison between Keratinocyte epidermal cell and Skeletal muscle satellite cell
Data format
hide
sample072_130
bottom peaks comparison between Keratinocyte epidermal cell and Small airway epithelial cell
Data format
hide
sample072_131
bottom peaks comparison between Keratinocyte epidermal cell and Airway smooth muscle in asthma
Data format
hide
sample072_132
bottom peaks comparison between Keratinocyte epidermal cell and Airway smooth muscle in control
Data format
hide
sample072_133
bottom peaks comparison between Keratinocyte epidermal cell and Smooth muscle in aorta
Data format
hide
sample072_134
bottom peaks comparison between Keratinocyte epidermal cell and Smooth muscle in brachiocephalic artery
Data format
hide
sample072_135
bottom peaks comparison between Keratinocyte epidermal cell and Smooth muscle in brain vessel
Data format
hide
sample072_136
bottom peaks comparison between Keratinocyte epidermal cell and Smooth muscle in bronchial tube
Data format
hide
sample072_137
bottom peaks comparison between Keratinocyte epidermal cell and Smooth muscle in carotid artery
Data format
hide
sample072_138
bottom peaks comparison between Keratinocyte epidermal cell and Smooth muscle in colon
Data format
hide
sample072_139
bottom peaks comparison between Keratinocyte epidermal cell and Smooth muscle in coronary
Data format
hide
sample072_140
bottom peaks comparison between Keratinocyte epidermal cell and Smooth muscle in esophagus
Data format
hide
sample072_141
bottom peaks comparison between Keratinocyte epidermal cell and Smooth muscle in internal thoracic artery
Data format
hide
sample072_142
bottom peaks comparison between Keratinocyte epidermal cell and Smooth muscle in prostate
Data format
hide
sample072_143
bottom peaks comparison between Keratinocyte epidermal cell and Smooth muscle in pulmonary artery
Data format
hide
sample072_144
bottom peaks comparison between Keratinocyte epidermal cell and Smooth muscle in subclavian artery
Data format
hide
sample072_145
bottom peaks comparison between Keratinocyte epidermal cell and Smooth muscle in trachea
Data format
hide
sample072_146
bottom peaks comparison between Keratinocyte epidermal cell and Smooth muscle in umbilical artery
Data format
hide
sample072_147
bottom peaks comparison between Keratinocyte epidermal cell and Smooth muscle in umbilical vein
Data format
hide
sample072_148
bottom peaks comparison between Keratinocyte epidermal cell and Smooth muscle in uterine
Data format
hide
sample072_149
bottom peaks comparison between Keratinocyte epidermal cell and Synoviocyte
Data format
hide
sample072_150
bottom peaks comparison between Keratinocyte epidermal cell and Tenocyte
Data format
hide
sample072_151
bottom peaks comparison between Keratinocyte epidermal cell and Trabecular meshwork
Data format
hide
sample072_152
bottom peaks comparison between Keratinocyte epidermal cell and Tracheal epithelial cell
Data format
hide
sample072_153
bottom peaks comparison between Keratinocyte epidermal cell and Urothelial cell
Data format
hide
sample072_154
bottom peaks comparison between Keratinocyte epidermal cell and Whole blood for donor 1
Data format
hide
sample072_155
bottom peaks comparison between Keratinocyte epidermal cell and Whole blood for donor 2
Data format
hide
sample072_156
bottom peaks comparison between Keratinocyte epidermal cell and Whole blood for donor 3
Data format
hide
sample073_074
bottom peaks comparison between Keratocyte and Lens epithelial cell
Data format
hide
sample073_075
bottom peaks comparison between Keratocyte and Monocyte-derived macrophage
Data format
hide
sample073_076
bottom peaks comparison between Keratocyte and Mallassez-devied cell
Data format
hide
sample073_077
bottom peaks comparison between Keratocyte and Mammary epithelial cell
Data format
hide
sample073_078
bottom peaks comparison between Keratocyte and Mast cell
Data format
hide
sample073_079
bottom peaks comparison between Keratocyte and Expanded mast cell
Data format
hide
sample073_080
bottom peaks comparison between Keratocyte and Expanded and stimulated mast cell
Data format
hide
sample073_081
bottom peaks comparison between Keratocyte and Melanocyte-dark
Data format
hide
sample073_082
bottom peaks comparison between Keratocyte and Melanocyte-light
Data format
hide
sample073_083
bottom peaks comparison between Keratocyte and Meningeal cell
Data format
hide
sample073_084
bottom peaks comparison between Keratocyte and Mesenchymal precursor cell in adipose
Data format
hide
sample073_085
bottom peaks comparison between Keratocyte and Mesenchymal precursor cell in bone marrow
Data format
hide
sample073_086
bottom peaks comparison between Keratocyte and Mesenchymal precursor cell in heart
Data format
hide
sample073_087
bottom peaks comparison between Keratocyte and Mesenchymal precursor cell in left ovary for ovarian cancer sample
Data format
hide
sample073_088
bottom peaks comparison between Keratocyte and Mesenchymal precursor cell for metastatic ovarian cancer sample
Data format
hide
sample073_089
bottom peaks comparison between Keratocyte and Mesenchymal precursor cell in right ovary for ovarian cancer sample
Data format
hide
sample073_090
bottom peaks comparison between Keratocyte and Mesenchymal stem cell in adipose
Data format
hide
sample073_091
bottom peaks comparison between Keratocyte and Mesenchymal stem cell in amniotic membrane
Data format
hide
sample073_092
bottom peaks comparison between Keratocyte and Mesenchymal stem cell in bone marrow
Data format
hide
sample073_093
bottom peaks comparison between Keratocyte and Mesenchymal stem cell in liver
Data format
hide
sample073_094
bottom peaks comparison between Keratocyte and Mesenchymal stem cell in umbilical cord
Data format
hide
sample073_095
bottom peaks comparison between Keratocyte and Mesothelial cell
Data format
hide
sample073_096
bottom peaks comparison between Keratocyte and Migratory langerhans cell
Data format
hide
sample073_097
bottom peaks comparison between Keratocyte and Mesenchymal stem cell of umbilical cord blood
Data format
hide
sample073_098
bottom peaks comparison between Keratocyte and Myoblast
Data format
hide
sample073_099
bottom peaks comparison between Keratocyte and Nasal epithelial cell
Data format
hide
sample073_100
bottom peaks comparison between Keratocyte and Natural killer cell
Data format
hide
sample073_101
bottom peaks comparison between Keratocyte and Neural stem cell
Data format
hide
sample073_102
bottom peaks comparison between Keratocyte and Neuron
Data format
hide
sample073_103
bottom peaks comparison between Keratocyte and Neutrophil cell
Data format
hide
sample073_104
bottom peaks comparison between Keratocyte and Nucleus pulposus
Data format
hide
sample073_105
bottom peaks comparison between Keratocyte and Olfactory epithelial cell
Data format
hide
sample073_106
bottom peaks comparison between Keratocyte and Osteoblast
Data format
hide
sample073_107
bottom peaks comparison between Keratocyte and Differentiated osteoblast
Data format
hide
sample073_108
bottom peaks comparison between Keratocyte and Pricyte
Data format
hide
sample073_109
bottom peaks comparison between Keratocyte and Perineurial
Data format
hide
sample073_110
bottom peaks comparison between Keratocyte and Peripheral blood mononuclear cell
Data format
hide
sample073_111
bottom peaks comparison between Keratocyte and Placental epithelial cell
Data format
hide
sample073_112
bottom peaks comparison between Keratocyte and Preadipocyte in breast
Data format
hide
sample073_113
bottom peaks comparison between Keratocyte and Preadipocyte in omentum
Data format
hide
sample073_114
bottom peaks comparison between Keratocyte and Subcutaneous preadipocyte
Data format
hide
sample073_115
bottom peaks comparison between Keratocyte and Visceral preadipocyte
Data format
hide
sample073_116
bottom peaks comparison between Keratocyte and Prostate epithelial cell
Data format
hide
sample073_117
bottom peaks comparison between Keratocyte and Prostate stromal cell
Data format
hide
sample073_118
bottom peaks comparison between Keratocyte and Renal cortical epithelial cell
Data format
hide
sample073_119
bottom peaks comparison between Keratocyte and Renal glomerular endothelial cell
Data format
hide
sample073_120
bottom peaks comparison between Keratocyte and Renal mesangial cell
Data format
hide
sample073_121
bottom peaks comparison between Keratocyte and Renal proximal tubular epithelial cell
Data format
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sample073_122
bottom peaks comparison between Keratocyte and Renal proximal tubular epithelial cell
Data format
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sample073_123
bottom peaks comparison between Keratocyte and Salivary acinar cell
Data format
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sample073_124
bottom peaks comparison between Keratocyte and Schwann
Data format
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sample073_125
bottom peaks comparison between Keratocyte and Sebocyte
Data format
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sample073_126
bottom peaks comparison between Keratocyte and Sertoli
Data format
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sample073_127
bottom peaks comparison between Keratocyte and Skeletal muscle
Data format
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sample073_128
bottom peaks comparison between Keratocyte and Skeletal muscle differentiated into myotubes
Data format
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sample073_129
bottom peaks comparison between Keratocyte and Skeletal muscle satellite cell
Data format
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sample073_130
bottom peaks comparison between Keratocyte and Small airway epithelial cell
Data format
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sample073_131
bottom peaks comparison between Keratocyte and Airway smooth muscle in asthma
Data format
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sample073_132
bottom peaks comparison between Keratocyte and Airway smooth muscle in control
Data format
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sample073_133
bottom peaks comparison between Keratocyte and Smooth muscle in aorta
Data format
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sample073_134
bottom peaks comparison between Keratocyte and Smooth muscle in brachiocephalic artery
Data format
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sample073_135
bottom peaks comparison between Keratocyte and Smooth muscle in brain vessel
Data format
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sample073_136
bottom peaks comparison between Keratocyte and Smooth muscle in bronchial tube
Data format
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sample073_137
bottom peaks comparison between Keratocyte and Smooth muscle in carotid artery
Data format
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sample073_138
bottom peaks comparison between Keratocyte and Smooth muscle in colon
Data format
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sample073_139
bottom peaks comparison between Keratocyte and Smooth muscle in coronary
Data format
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sample073_140
bottom peaks comparison between Keratocyte and Smooth muscle in esophagus
Data format
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sample073_141
bottom peaks comparison between Keratocyte and Smooth muscle in internal thoracic artery
Data format
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sample073_142
bottom peaks comparison between Keratocyte and Smooth muscle in prostate
Data format
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sample073_143
bottom peaks comparison between Keratocyte and Smooth muscle in pulmonary artery
Data format
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sample073_144
bottom peaks comparison between Keratocyte and Smooth muscle in subclavian artery
Data format
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sample073_145
bottom peaks comparison between Keratocyte and Smooth muscle in trachea
Data format
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sample073_146
bottom peaks comparison between Keratocyte and Smooth muscle in umbilical artery
Data format
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sample073_147
bottom peaks comparison between Keratocyte and Smooth muscle in umbilical vein
Data format
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sample073_148
bottom peaks comparison between Keratocyte and Smooth muscle in uterine
Data format
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sample073_149
bottom peaks comparison between Keratocyte and Synoviocyte
Data format
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sample073_150
bottom peaks comparison between Keratocyte and Tenocyte
Data format
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sample073_151
bottom peaks comparison between Keratocyte and Trabecular meshwork
Data format
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sample073_152
bottom peaks comparison between Keratocyte and Tracheal epithelial cell
Data format
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sample073_153
bottom peaks comparison between Keratocyte and Urothelial cell
Data format
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sample073_154
bottom peaks comparison between Keratocyte and Whole blood for donor 1
Data format
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sample073_155
bottom peaks comparison between Keratocyte and Whole blood for donor 2
Data format
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sample073_156
bottom peaks comparison between Keratocyte and Whole blood for donor 3
Data format
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sample074_075
bottom peaks comparison between Lens epithelial cell and Monocyte-derived macrophage
Data format
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sample074_076
bottom peaks comparison between Lens epithelial cell and Mallassez-devied cell
Data format
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sample074_077
bottom peaks comparison between Lens epithelial cell and Mammary epithelial cell
Data format
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sample074_078
bottom peaks comparison between Lens epithelial cell and Mast cell
Data format
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sample074_079
bottom peaks comparison between Lens epithelial cell and Expanded mast cell
Data format
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sample074_080
bottom peaks comparison between Lens epithelial cell and Expanded and stimulated mast cell
Data format
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sample074_081
bottom peaks comparison between Lens epithelial cell and Melanocyte-dark
Data format
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sample074_082
bottom peaks comparison between Lens epithelial cell and Melanocyte-light
Data format
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sample074_083
bottom peaks comparison between Lens epithelial cell and Meningeal cell
Data format
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sample074_084
bottom peaks comparison between Lens epithelial cell and Mesenchymal precursor cell in adipose
Data format
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sample074_085
bottom peaks comparison between Lens epithelial cell and Mesenchymal precursor cell in bone marrow
Data format
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sample074_086
bottom peaks comparison between Lens epithelial cell and Mesenchymal precursor cell in heart
Data format
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sample074_087
bottom peaks comparison between Lens epithelial cell and Mesenchymal precursor cell in left ovary for ovarian cancer sample
Data format
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sample074_088
bottom peaks comparison between Lens epithelial cell and Mesenchymal precursor cell for metastatic ovarian cancer sample
Data format
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sample074_089
bottom peaks comparison between Lens epithelial cell and Mesenchymal precursor cell in right ovary for ovarian cancer sample
Data format
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sample074_090
bottom peaks comparison between Lens epithelial cell and Mesenchymal stem cell in adipose
Data format
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sample074_091
bottom peaks comparison between Lens epithelial cell and Mesenchymal stem cell in amniotic membrane
Data format
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sample074_092
bottom peaks comparison between Lens epithelial cell and Mesenchymal stem cell in bone marrow
Data format
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sample074_093
bottom peaks comparison between Lens epithelial cell and Mesenchymal stem cell in liver
Data format
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sample074_094
bottom peaks comparison between Lens epithelial cell and Mesenchymal stem cell in umbilical cord
Data format
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sample074_095
bottom peaks comparison between Lens epithelial cell and Mesothelial cell
Data format
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sample074_096
bottom peaks comparison between Lens epithelial cell and Migratory langerhans cell
Data format
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sample074_097
bottom peaks comparison between Lens epithelial cell and Mesenchymal stem cell of umbilical cord blood
Data format
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sample074_098
bottom peaks comparison between Lens epithelial cell and Myoblast
Data format
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sample074_099
bottom peaks comparison between Lens epithelial cell and Nasal epithelial cell
Data format
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sample074_100
bottom peaks comparison between Lens epithelial cell and Natural killer cell
Data format
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sample074_101
bottom peaks comparison between Lens epithelial cell and Neural stem cell
Data format
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sample074_102
bottom peaks comparison between Lens epithelial cell and Neuron
Data format
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sample074_103
bottom peaks comparison between Lens epithelial cell and Neutrophil cell
Data format
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sample074_104
bottom peaks comparison between Lens epithelial cell and Nucleus pulposus
Data format
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sample074_105
bottom peaks comparison between Lens epithelial cell and Olfactory epithelial cell
Data format
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sample074_106
bottom peaks comparison between Lens epithelial cell and Osteoblast
Data format
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sample074_107
bottom peaks comparison between Lens epithelial cell and Differentiated osteoblast
Data format
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sample074_108
bottom peaks comparison between Lens epithelial cell and Pricyte
Data format
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sample074_109
bottom peaks comparison between Lens epithelial cell and Perineurial
Data format
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sample074_110
bottom peaks comparison between Lens epithelial cell and Peripheral blood mononuclear cell
Data format
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sample074_111
bottom peaks comparison between Lens epithelial cell and Placental epithelial cell
Data format
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sample074_112
bottom peaks comparison between Lens epithelial cell and Preadipocyte in breast
Data format
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sample074_113
bottom peaks comparison between Lens epithelial cell and Preadipocyte in omentum
Data format
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sample074_114
bottom peaks comparison between Lens epithelial cell and Subcutaneous preadipocyte
Data format
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sample074_115
bottom peaks comparison between Lens epithelial cell and Visceral preadipocyte
Data format
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sample074_116
bottom peaks comparison between Lens epithelial cell and Prostate epithelial cell
Data format
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sample074_117
bottom peaks comparison between Lens epithelial cell and Prostate stromal cell
Data format
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sample074_118
bottom peaks comparison between Lens epithelial cell and Renal cortical epithelial cell
Data format
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sample074_119
bottom peaks comparison between Lens epithelial cell and Renal glomerular endothelial cell
Data format
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sample074_120
bottom peaks comparison between Lens epithelial cell and Renal mesangial cell
Data format
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sample074_121
bottom peaks comparison between Lens epithelial cell and Renal proximal tubular epithelial cell
Data format
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sample074_122
bottom peaks comparison between Lens epithelial cell and Renal proximal tubular epithelial cell
Data format
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sample074_123
bottom peaks comparison between Lens epithelial cell and Salivary acinar cell
Data format
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sample074_124
bottom peaks comparison between Lens epithelial cell and Schwann
Data format
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sample074_125
bottom peaks comparison between Lens epithelial cell and Sebocyte
Data format
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sample074_126
bottom peaks comparison between Lens epithelial cell and Sertoli
Data format
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sample074_127
bottom peaks comparison between Lens epithelial cell and Skeletal muscle
Data format
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sample074_128
bottom peaks comparison between Lens epithelial cell and Skeletal muscle differentiated into myotubes
Data format
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sample074_129
bottom peaks comparison between Lens epithelial cell and Skeletal muscle satellite cell
Data format
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sample074_130
bottom peaks comparison between Lens epithelial cell and Small airway epithelial cell
Data format
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sample074_131
bottom peaks comparison between Lens epithelial cell and Airway smooth muscle in asthma
Data format
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sample074_132
bottom peaks comparison between Lens epithelial cell and Airway smooth muscle in control
Data format
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sample074_133
bottom peaks comparison between Lens epithelial cell and Smooth muscle in aorta
Data format
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sample074_134
bottom peaks comparison between Lens epithelial cell and Smooth muscle in brachiocephalic artery
Data format
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sample074_135
bottom peaks comparison between Lens epithelial cell and Smooth muscle in brain vessel
Data format
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sample074_136
bottom peaks comparison between Lens epithelial cell and Smooth muscle in bronchial tube
Data format
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sample074_137
bottom peaks comparison between Lens epithelial cell and Smooth muscle in carotid artery
Data format
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sample074_138
bottom peaks comparison between Lens epithelial cell and Smooth muscle in colon
Data format
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sample074_139
bottom peaks comparison between Lens epithelial cell and Smooth muscle in coronary
Data format
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sample074_140
bottom peaks comparison between Lens epithelial cell and Smooth muscle in esophagus
Data format
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sample074_141
bottom peaks comparison between Lens epithelial cell and Smooth muscle in internal thoracic artery
Data format
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sample074_142
bottom peaks comparison between Lens epithelial cell and Smooth muscle in prostate
Data format
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sample074_143
bottom peaks comparison between Lens epithelial cell and Smooth muscle in pulmonary artery
Data format
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sample074_144
bottom peaks comparison between Lens epithelial cell and Smooth muscle in subclavian artery
Data format
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sample074_145
bottom peaks comparison between Lens epithelial cell and Smooth muscle in trachea
Data format
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sample074_146
bottom peaks comparison between Lens epithelial cell and Smooth muscle in umbilical artery
Data format
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sample074_147
bottom peaks comparison between Lens epithelial cell and Smooth muscle in umbilical vein
Data format
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sample074_148
bottom peaks comparison between Lens epithelial cell and Smooth muscle in uterine
Data format
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sample074_149
bottom peaks comparison between Lens epithelial cell and Synoviocyte
Data format
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sample074_150
bottom peaks comparison between Lens epithelial cell and Tenocyte
Data format
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sample074_151
bottom peaks comparison between Lens epithelial cell and Trabecular meshwork
Data format
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sample074_152
bottom peaks comparison between Lens epithelial cell and Tracheal epithelial cell
Data format
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sample074_153
bottom peaks comparison between Lens epithelial cell and Urothelial cell
Data format
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sample074_154
bottom peaks comparison between Lens epithelial cell and Whole blood for donor 1
Data format
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sample074_155
bottom peaks comparison between Lens epithelial cell and Whole blood for donor 2
Data format
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sample074_156
bottom peaks comparison between Lens epithelial cell and Whole blood for donor 3
Data format
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sample075_076
bottom peaks comparison between Monocyte-derived macrophage and Mallassez-devied cell
Data format
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sample075_077
bottom peaks comparison between Monocyte-derived macrophage and Mammary epithelial cell
Data format
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sample075_078
bottom peaks comparison between Monocyte-derived macrophage and Mast cell
Data format
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sample075_079
bottom peaks comparison between Monocyte-derived macrophage and Expanded mast cell
Data format
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sample075_080
bottom peaks comparison between Monocyte-derived macrophage and Expanded and stimulated mast cell
Data format
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sample075_081
bottom peaks comparison between Monocyte-derived macrophage and Melanocyte-dark
Data format
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sample075_082
bottom peaks comparison between Monocyte-derived macrophage and Melanocyte-light
Data format
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sample075_083
bottom peaks comparison between Monocyte-derived macrophage and Meningeal cell
Data format
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sample075_084
bottom peaks comparison between Monocyte-derived macrophage and Mesenchymal precursor cell in adipose
Data format
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sample075_085
bottom peaks comparison between Monocyte-derived macrophage and Mesenchymal precursor cell in bone marrow
Data format
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sample075_086
bottom peaks comparison between Monocyte-derived macrophage and Mesenchymal precursor cell in heart
Data format
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sample075_087
bottom peaks comparison between Monocyte-derived macrophage and Mesenchymal precursor cell in left ovary for ovarian cancer sample
Data format
hide
sample075_088
bottom peaks comparison between Monocyte-derived macrophage and Mesenchymal precursor cell for metastatic ovarian cancer sample
Data format
hide
sample075_089
bottom peaks comparison between Monocyte-derived macrophage and Mesenchymal precursor cell in right ovary for ovarian cancer sample
Data format
hide
sample075_090
bottom peaks comparison between Monocyte-derived macrophage and Mesenchymal stem cell in adipose
Data format
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sample075_091
bottom peaks comparison between Monocyte-derived macrophage and Mesenchymal stem cell in amniotic membrane
Data format
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sample075_092
bottom peaks comparison between Monocyte-derived macrophage and Mesenchymal stem cell in bone marrow
Data format
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sample075_093
bottom peaks comparison between Monocyte-derived macrophage and Mesenchymal stem cell in liver
Data format
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sample075_094
bottom peaks comparison between Monocyte-derived macrophage and Mesenchymal stem cell in umbilical cord
Data format
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sample075_095
bottom peaks comparison between Monocyte-derived macrophage and Mesothelial cell
Data format
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sample075_096
bottom peaks comparison between Monocyte-derived macrophage and Migratory langerhans cell
Data format
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sample075_097
bottom peaks comparison between Monocyte-derived macrophage and Mesenchymal stem cell of umbilical cord blood
Data format
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sample075_098
bottom peaks comparison between Monocyte-derived macrophage and Myoblast
Data format
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sample075_099
bottom peaks comparison between Monocyte-derived macrophage and Nasal epithelial cell
Data format
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sample075_100
bottom peaks comparison between Monocyte-derived macrophage and Natural killer cell
Data format
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sample075_101
bottom peaks comparison between Monocyte-derived macrophage and Neural stem cell
Data format
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sample075_102
bottom peaks comparison between Monocyte-derived macrophage and Neuron
Data format
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sample075_103
bottom peaks comparison between Monocyte-derived macrophage and Neutrophil cell
Data format
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sample075_104
bottom peaks comparison between Monocyte-derived macrophage and Nucleus pulposus
Data format
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sample075_105
bottom peaks comparison between Monocyte-derived macrophage and Olfactory epithelial cell
Data format
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sample075_106
bottom peaks comparison between Monocyte-derived macrophage and Osteoblast
Data format
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sample075_107
bottom peaks comparison between Monocyte-derived macrophage and Differentiated osteoblast
Data format
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sample075_108
bottom peaks comparison between Monocyte-derived macrophage and Pricyte
Data format
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sample075_109
bottom peaks comparison between Monocyte-derived macrophage and Perineurial
Data format
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sample075_110
bottom peaks comparison between Monocyte-derived macrophage and Peripheral blood mononuclear cell
Data format
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sample075_111
bottom peaks comparison between Monocyte-derived macrophage and Placental epithelial cell
Data format
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sample075_112
bottom peaks comparison between Monocyte-derived macrophage and Preadipocyte in breast
Data format
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sample075_113
bottom peaks comparison between Monocyte-derived macrophage and Preadipocyte in omentum
Data format
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sample075_114
bottom peaks comparison between Monocyte-derived macrophage and Subcutaneous preadipocyte
Data format
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sample075_115
bottom peaks comparison between Monocyte-derived macrophage and Visceral preadipocyte
Data format
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sample075_116
bottom peaks comparison between Monocyte-derived macrophage and Prostate epithelial cell
Data format
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sample075_117
bottom peaks comparison between Monocyte-derived macrophage and Prostate stromal cell
Data format
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sample075_118
bottom peaks comparison between Monocyte-derived macrophage and Renal cortical epithelial cell
Data format
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sample075_119
bottom peaks comparison between Monocyte-derived macrophage and Renal glomerular endothelial cell
Data format
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sample075_120
bottom peaks comparison between Monocyte-derived macrophage and Renal mesangial cell
Data format
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sample075_121
bottom peaks comparison between Monocyte-derived macrophage and Renal proximal tubular epithelial cell
Data format
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sample075_122
bottom peaks comparison between Monocyte-derived macrophage and Renal proximal tubular epithelial cell
Data format
hide
sample075_123
bottom peaks comparison between Monocyte-derived macrophage and Salivary acinar cell
Data format
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sample075_124
bottom peaks comparison between Monocyte-derived macrophage and Schwann
Data format
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sample075_125
bottom peaks comparison between Monocyte-derived macrophage and Sebocyte
Data format
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sample075_126
bottom peaks comparison between Monocyte-derived macrophage and Sertoli
Data format
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sample075_127
bottom peaks comparison between Monocyte-derived macrophage and Skeletal muscle
Data format
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sample075_128
bottom peaks comparison between Monocyte-derived macrophage and Skeletal muscle differentiated into myotubes
Data format
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sample075_129
bottom peaks comparison between Monocyte-derived macrophage and Skeletal muscle satellite cell
Data format
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sample075_130
bottom peaks comparison between Monocyte-derived macrophage and Small airway epithelial cell
Data format
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sample075_131
bottom peaks comparison between Monocyte-derived macrophage and Airway smooth muscle in asthma
Data format
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sample075_132
bottom peaks comparison between Monocyte-derived macrophage and Airway smooth muscle in control
Data format
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sample075_133
bottom peaks comparison between Monocyte-derived macrophage and Smooth muscle in aorta
Data format
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sample075_134
bottom peaks comparison between Monocyte-derived macrophage and Smooth muscle in brachiocephalic artery
Data format
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sample075_135
bottom peaks comparison between Monocyte-derived macrophage and Smooth muscle in brain vessel
Data format
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sample075_136
bottom peaks comparison between Monocyte-derived macrophage and Smooth muscle in bronchial tube
Data format
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sample075_137
bottom peaks comparison between Monocyte-derived macrophage and Smooth muscle in carotid artery
Data format
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sample075_138
bottom peaks comparison between Monocyte-derived macrophage and Smooth muscle in colon
Data format
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sample075_139
bottom peaks comparison between Monocyte-derived macrophage and Smooth muscle in coronary
Data format
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sample075_140
bottom peaks comparison between Monocyte-derived macrophage and Smooth muscle in esophagus
Data format
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sample075_141
bottom peaks comparison between Monocyte-derived macrophage and Smooth muscle in internal thoracic artery
Data format
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sample075_142
bottom peaks comparison between Monocyte-derived macrophage and Smooth muscle in prostate
Data format
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sample075_143
bottom peaks comparison between Monocyte-derived macrophage and Smooth muscle in pulmonary artery
Data format
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sample075_144
bottom peaks comparison between Monocyte-derived macrophage and Smooth muscle in subclavian artery
Data format
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sample075_145
bottom peaks comparison between Monocyte-derived macrophage and Smooth muscle in trachea
Data format
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sample075_146
bottom peaks comparison between Monocyte-derived macrophage and Smooth muscle in umbilical artery
Data format
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sample075_147
bottom peaks comparison between Monocyte-derived macrophage and Smooth muscle in umbilical vein
Data format
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sample075_148
bottom peaks comparison between Monocyte-derived macrophage and Smooth muscle in uterine
Data format
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sample075_149
bottom peaks comparison between Monocyte-derived macrophage and Synoviocyte
Data format
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sample075_150
bottom peaks comparison between Monocyte-derived macrophage and Tenocyte
Data format
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sample075_151
bottom peaks comparison between Monocyte-derived macrophage and Trabecular meshwork
Data format
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sample075_152
bottom peaks comparison between Monocyte-derived macrophage and Tracheal epithelial cell
Data format
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sample075_153
bottom peaks comparison between Monocyte-derived macrophage and Urothelial cell
Data format
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sample075_154
bottom peaks comparison between Monocyte-derived macrophage and Whole blood for donor 1
Data format
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sample075_155
bottom peaks comparison between Monocyte-derived macrophage and Whole blood for donor 2
Data format
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sample075_156
bottom peaks comparison between Monocyte-derived macrophage and Whole blood for donor 3
Data format
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sample076_077
bottom peaks comparison between Mallassez-devied cell and Mammary epithelial cell
Data format
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sample076_078
bottom peaks comparison between Mallassez-devied cell and Mast cell
Data format
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sample076_079
bottom peaks comparison between Mallassez-devied cell and Expanded mast cell
Data format
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sample076_080
bottom peaks comparison between Mallassez-devied cell and Expanded and stimulated mast cell
Data format
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sample076_081
bottom peaks comparison between Mallassez-devied cell and Melanocyte-dark
Data format
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sample076_082
bottom peaks comparison between Mallassez-devied cell and Melanocyte-light
Data format
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sample076_083
bottom peaks comparison between Mallassez-devied cell and Meningeal cell
Data format
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sample076_084
bottom peaks comparison between Mallassez-devied cell and Mesenchymal precursor cell in adipose
Data format
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sample076_085
bottom peaks comparison between Mallassez-devied cell and Mesenchymal precursor cell in bone marrow
Data format
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sample076_086
bottom peaks comparison between Mallassez-devied cell and Mesenchymal precursor cell in heart
Data format
hide
sample076_087
bottom peaks comparison between Mallassez-devied cell and Mesenchymal precursor cell in left ovary for ovarian cancer sample
Data format
hide
sample076_088
bottom peaks comparison between Mallassez-devied cell and Mesenchymal precursor cell for metastatic ovarian cancer sample
Data format
hide
sample076_089
bottom peaks comparison between Mallassez-devied cell and Mesenchymal precursor cell in right ovary for ovarian cancer sample
Data format
hide
sample076_090
bottom peaks comparison between Mallassez-devied cell and Mesenchymal stem cell in adipose
Data format
hide
sample076_091
bottom peaks comparison between Mallassez-devied cell and Mesenchymal stem cell in amniotic membrane
Data format
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sample076_092
bottom peaks comparison between Mallassez-devied cell and Mesenchymal stem cell in bone marrow
Data format
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sample076_093
bottom peaks comparison between Mallassez-devied cell and Mesenchymal stem cell in liver
Data format
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sample076_094
bottom peaks comparison between Mallassez-devied cell and Mesenchymal stem cell in umbilical cord
Data format
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sample076_095
bottom peaks comparison between Mallassez-devied cell and Mesothelial cell
Data format
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sample076_096
bottom peaks comparison between Mallassez-devied cell and Migratory langerhans cell
Data format
hide
sample076_097
bottom peaks comparison between Mallassez-devied cell and Mesenchymal stem cell of umbilical cord blood
Data format
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sample076_098
bottom peaks comparison between Mallassez-devied cell and Myoblast
Data format
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sample076_099
bottom peaks comparison between Mallassez-devied cell and Nasal epithelial cell
Data format
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sample076_100
bottom peaks comparison between Mallassez-devied cell and Natural killer cell
Data format
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sample076_101
bottom peaks comparison between Mallassez-devied cell and Neural stem cell
Data format
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sample076_102
bottom peaks comparison between Mallassez-devied cell and Neuron
Data format
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sample076_103
bottom peaks comparison between Mallassez-devied cell and Neutrophil cell
Data format
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sample076_104
bottom peaks comparison between Mallassez-devied cell and Nucleus pulposus
Data format
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sample076_105
bottom peaks comparison between Mallassez-devied cell and Olfactory epithelial cell
Data format
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sample076_106
bottom peaks comparison between Mallassez-devied cell and Osteoblast
Data format
hide
sample076_107
bottom peaks comparison between Mallassez-devied cell and Differentiated osteoblast
Data format
hide
sample076_108
bottom peaks comparison between Mallassez-devied cell and Pricyte
Data format
hide
sample076_109
bottom peaks comparison between Mallassez-devied cell and Perineurial
Data format
hide
sample076_110
bottom peaks comparison between Mallassez-devied cell and Peripheral blood mononuclear cell
Data format
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sample076_111
bottom peaks comparison between Mallassez-devied cell and Placental epithelial cell
Data format
hide
sample076_112
bottom peaks comparison between Mallassez-devied cell and Preadipocyte in breast
Data format
hide
sample076_113
bottom peaks comparison between Mallassez-devied cell and Preadipocyte in omentum
Data format
hide
sample076_114
bottom peaks comparison between Mallassez-devied cell and Subcutaneous preadipocyte
Data format
hide
sample076_115
bottom peaks comparison between Mallassez-devied cell and Visceral preadipocyte
Data format
hide
sample076_116
bottom peaks comparison between Mallassez-devied cell and Prostate epithelial cell
Data format
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sample076_117
bottom peaks comparison between Mallassez-devied cell and Prostate stromal cell
Data format
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sample076_118
bottom peaks comparison between Mallassez-devied cell and Renal cortical epithelial cell
Data format
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sample076_119
bottom peaks comparison between Mallassez-devied cell and Renal glomerular endothelial cell
Data format
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sample076_120
bottom peaks comparison between Mallassez-devied cell and Renal mesangial cell
Data format
hide
sample076_121
bottom peaks comparison between Mallassez-devied cell and Renal proximal tubular epithelial cell
Data format
hide
sample076_122
bottom peaks comparison between Mallassez-devied cell and Renal proximal tubular epithelial cell
Data format
hide
sample076_123
bottom peaks comparison between Mallassez-devied cell and Salivary acinar cell
Data format
hide
sample076_124
bottom peaks comparison between Mallassez-devied cell and Schwann
Data format
hide
sample076_125
bottom peaks comparison between Mallassez-devied cell and Sebocyte
Data format
hide
sample076_126
bottom peaks comparison between Mallassez-devied cell and Sertoli
Data format
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sample076_127
bottom peaks comparison between Mallassez-devied cell and Skeletal muscle
Data format
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sample076_128
bottom peaks comparison between Mallassez-devied cell and Skeletal muscle differentiated into myotubes
Data format
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sample076_129
bottom peaks comparison between Mallassez-devied cell and Skeletal muscle satellite cell
Data format
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sample076_130
bottom peaks comparison between Mallassez-devied cell and Small airway epithelial cell
Data format
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sample076_131
bottom peaks comparison between Mallassez-devied cell and Airway smooth muscle in asthma
Data format
hide
sample076_132
bottom peaks comparison between Mallassez-devied cell and Airway smooth muscle in control
Data format
hide
sample076_133
bottom peaks comparison between Mallassez-devied cell and Smooth muscle in aorta
Data format
hide
sample076_134
bottom peaks comparison between Mallassez-devied cell and Smooth muscle in brachiocephalic artery
Data format
hide
sample076_135
bottom peaks comparison between Mallassez-devied cell and Smooth muscle in brain vessel
Data format
hide
sample076_136
bottom peaks comparison between Mallassez-devied cell and Smooth muscle in bronchial tube
Data format
hide
sample076_137
bottom peaks comparison between Mallassez-devied cell and Smooth muscle in carotid artery
Data format
hide
sample076_138
bottom peaks comparison between Mallassez-devied cell and Smooth muscle in colon
Data format
hide
sample076_139
bottom peaks comparison between Mallassez-devied cell and Smooth muscle in coronary
Data format
hide
sample076_140
bottom peaks comparison between Mallassez-devied cell and Smooth muscle in esophagus
Data format
hide
sample076_141
bottom peaks comparison between Mallassez-devied cell and Smooth muscle in internal thoracic artery
Data format
hide
sample076_142
bottom peaks comparison between Mallassez-devied cell and Smooth muscle in prostate
Data format
hide
sample076_143
bottom peaks comparison between Mallassez-devied cell and Smooth muscle in pulmonary artery
Data format
hide
sample076_144
bottom peaks comparison between Mallassez-devied cell and Smooth muscle in subclavian artery
Data format
hide
sample076_145
bottom peaks comparison between Mallassez-devied cell and Smooth muscle in trachea
Data format
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sample076_146
bottom peaks comparison between Mallassez-devied cell and Smooth muscle in umbilical artery
Data format
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sample076_147
bottom peaks comparison between Mallassez-devied cell and Smooth muscle in umbilical vein
Data format
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sample076_148
bottom peaks comparison between Mallassez-devied cell and Smooth muscle in uterine
Data format
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sample076_149
bottom peaks comparison between Mallassez-devied cell and Synoviocyte
Data format
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sample076_150
bottom peaks comparison between Mallassez-devied cell and Tenocyte
Data format
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sample076_151
bottom peaks comparison between Mallassez-devied cell and Trabecular meshwork
Data format
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sample076_152
bottom peaks comparison between Mallassez-devied cell and Tracheal epithelial cell
Data format
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sample076_153
bottom peaks comparison between Mallassez-devied cell and Urothelial cell
Data format
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sample076_154
bottom peaks comparison between Mallassez-devied cell and Whole blood for donor 1
Data format
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sample076_155
bottom peaks comparison between Mallassez-devied cell and Whole blood for donor 2
Data format
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sample076_156
bottom peaks comparison between Mallassez-devied cell and Whole blood for donor 3
Data format
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sample077_078
bottom peaks comparison between Mammary epithelial cell and Mast cell
Data format
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sample077_079
bottom peaks comparison between Mammary epithelial cell and Expanded mast cell
Data format
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sample077_080
bottom peaks comparison between Mammary epithelial cell and Expanded and stimulated mast cell
Data format
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sample077_081
bottom peaks comparison between Mammary epithelial cell and Melanocyte-dark
Data format
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sample077_082
bottom peaks comparison between Mammary epithelial cell and Melanocyte-light
Data format
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sample077_083
bottom peaks comparison between Mammary epithelial cell and Meningeal cell
Data format
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sample077_084
bottom peaks comparison between Mammary epithelial cell and Mesenchymal precursor cell in adipose
Data format
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sample077_085
bottom peaks comparison between Mammary epithelial cell and Mesenchymal precursor cell in bone marrow
Data format
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sample077_086
bottom peaks comparison between Mammary epithelial cell and Mesenchymal precursor cell in heart
Data format
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sample077_087
bottom peaks comparison between Mammary epithelial cell and Mesenchymal precursor cell in left ovary for ovarian cancer sample
Data format
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sample077_088
bottom peaks comparison between Mammary epithelial cell and Mesenchymal precursor cell for metastatic ovarian cancer sample
Data format
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sample077_089
bottom peaks comparison between Mammary epithelial cell and Mesenchymal precursor cell in right ovary for ovarian cancer sample
Data format
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sample077_090
bottom peaks comparison between Mammary epithelial cell and Mesenchymal stem cell in adipose
Data format
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sample077_091
bottom peaks comparison between Mammary epithelial cell and Mesenchymal stem cell in amniotic membrane
Data format
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sample077_092
bottom peaks comparison between Mammary epithelial cell and Mesenchymal stem cell in bone marrow
Data format
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sample077_093
bottom peaks comparison between Mammary epithelial cell and Mesenchymal stem cell in liver
Data format
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sample077_094
bottom peaks comparison between Mammary epithelial cell and Mesenchymal stem cell in umbilical cord
Data format
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sample077_095
bottom peaks comparison between Mammary epithelial cell and Mesothelial cell
Data format
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sample077_096
bottom peaks comparison between Mammary epithelial cell and Migratory langerhans cell
Data format
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sample077_097
bottom peaks comparison between Mammary epithelial cell and Mesenchymal stem cell of umbilical cord blood
Data format
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sample077_098
bottom peaks comparison between Mammary epithelial cell and Myoblast
Data format
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sample077_099
bottom peaks comparison between Mammary epithelial cell and Nasal epithelial cell
Data format
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sample077_100
bottom peaks comparison between Mammary epithelial cell and Natural killer cell
Data format
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sample077_101
bottom peaks comparison between Mammary epithelial cell and Neural stem cell
Data format
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sample077_102
bottom peaks comparison between Mammary epithelial cell and Neuron
Data format
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sample077_103
bottom peaks comparison between Mammary epithelial cell and Neutrophil cell
Data format
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sample077_104
bottom peaks comparison between Mammary epithelial cell and Nucleus pulposus
Data format
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sample077_105
bottom peaks comparison between Mammary epithelial cell and Olfactory epithelial cell
Data format
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sample077_106
bottom peaks comparison between Mammary epithelial cell and Osteoblast
Data format
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sample077_107
bottom peaks comparison between Mammary epithelial cell and Differentiated osteoblast
Data format
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sample077_108
bottom peaks comparison between Mammary epithelial cell and Pricyte
Data format
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sample077_109
bottom peaks comparison between Mammary epithelial cell and Perineurial
Data format
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sample077_110
bottom peaks comparison between Mammary epithelial cell and Peripheral blood mononuclear cell
Data format
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sample077_111
bottom peaks comparison between Mammary epithelial cell and Placental epithelial cell
Data format
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sample077_112
bottom peaks comparison between Mammary epithelial cell and Preadipocyte in breast
Data format
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sample077_113
bottom peaks comparison between Mammary epithelial cell and Preadipocyte in omentum
Data format
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sample077_114
bottom peaks comparison between Mammary epithelial cell and Subcutaneous preadipocyte
Data format
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sample077_115
bottom peaks comparison between Mammary epithelial cell and Visceral preadipocyte
Data format
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sample077_116
bottom peaks comparison between Mammary epithelial cell and Prostate epithelial cell
Data format
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sample077_117
bottom peaks comparison between Mammary epithelial cell and Prostate stromal cell
Data format
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sample077_118
bottom peaks comparison between Mammary epithelial cell and Renal cortical epithelial cell
Data format
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sample077_119
bottom peaks comparison between Mammary epithelial cell and Renal glomerular endothelial cell
Data format
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sample077_120
bottom peaks comparison between Mammary epithelial cell and Renal mesangial cell
Data format
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sample077_121
bottom peaks comparison between Mammary epithelial cell and Renal proximal tubular epithelial cell
Data format
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sample077_122
bottom peaks comparison between Mammary epithelial cell and Renal proximal tubular epithelial cell
Data format
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sample077_123
bottom peaks comparison between Mammary epithelial cell and Salivary acinar cell
Data format
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sample077_124
bottom peaks comparison between Mammary epithelial cell and Schwann
Data format
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sample077_125
bottom peaks comparison between Mammary epithelial cell and Sebocyte
Data format
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sample077_126
bottom peaks comparison between Mammary epithelial cell and Sertoli
Data format
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sample077_127
bottom peaks comparison between Mammary epithelial cell and Skeletal muscle
Data format
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sample077_128
bottom peaks comparison between Mammary epithelial cell and Skeletal muscle differentiated into myotubes
Data format
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sample077_129
bottom peaks comparison between Mammary epithelial cell and Skeletal muscle satellite cell
Data format
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sample077_130
bottom peaks comparison between Mammary epithelial cell and Small airway epithelial cell
Data format
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sample077_131
bottom peaks comparison between Mammary epithelial cell and Airway smooth muscle in asthma
Data format
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sample077_132
bottom peaks comparison between Mammary epithelial cell and Airway smooth muscle in control
Data format
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sample077_133
bottom peaks comparison between Mammary epithelial cell and Smooth muscle in aorta
Data format
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sample077_134
bottom peaks comparison between Mammary epithelial cell and Smooth muscle in brachiocephalic artery
Data format
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sample077_135
bottom peaks comparison between Mammary epithelial cell and Smooth muscle in brain vessel
Data format
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sample077_136
bottom peaks comparison between Mammary epithelial cell and Smooth muscle in bronchial tube
Data format
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sample077_137
bottom peaks comparison between Mammary epithelial cell and Smooth muscle in carotid artery
Data format
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sample077_138
bottom peaks comparison between Mammary epithelial cell and Smooth muscle in colon
Data format
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sample077_139
bottom peaks comparison between Mammary epithelial cell and Smooth muscle in coronary
Data format
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sample077_140
bottom peaks comparison between Mammary epithelial cell and Smooth muscle in esophagus
Data format
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sample077_141
bottom peaks comparison between Mammary epithelial cell and Smooth muscle in internal thoracic artery
Data format
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sample077_142
bottom peaks comparison between Mammary epithelial cell and Smooth muscle in prostate
Data format
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sample077_143
bottom peaks comparison between Mammary epithelial cell and Smooth muscle in pulmonary artery
Data format
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sample077_144
bottom peaks comparison between Mammary epithelial cell and Smooth muscle in subclavian artery
Data format
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sample077_145
bottom peaks comparison between Mammary epithelial cell and Smooth muscle in trachea
Data format
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sample077_146
bottom peaks comparison between Mammary epithelial cell and Smooth muscle in umbilical artery
Data format
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sample077_147
bottom peaks comparison between Mammary epithelial cell and Smooth muscle in umbilical vein
Data format
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sample077_148
bottom peaks comparison between Mammary epithelial cell and Smooth muscle in uterine
Data format
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sample077_149
bottom peaks comparison between Mammary epithelial cell and Synoviocyte
Data format
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sample077_150
bottom peaks comparison between Mammary epithelial cell and Tenocyte
Data format
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sample077_151
bottom peaks comparison between Mammary epithelial cell and Trabecular meshwork
Data format
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sample077_152
bottom peaks comparison between Mammary epithelial cell and Tracheal epithelial cell
Data format
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sample077_153
bottom peaks comparison between Mammary epithelial cell and Urothelial cell
Data format
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sample077_154
bottom peaks comparison between Mammary epithelial cell and Whole blood for donor 1
Data format
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sample077_155
bottom peaks comparison between Mammary epithelial cell and Whole blood for donor 2
Data format
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sample077_156
bottom peaks comparison between Mammary epithelial cell and Whole blood for donor 3
Data format
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sample078_079
bottom peaks comparison between Mast cell and Expanded mast cell
Data format
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sample078_080
bottom peaks comparison between Mast cell and Expanded and stimulated mast cell
Data format
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sample078_081
bottom peaks comparison between Mast cell and Melanocyte-dark
Data format
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sample078_082
bottom peaks comparison between Mast cell and Melanocyte-light
Data format
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sample078_083
bottom peaks comparison between Mast cell and Meningeal cell
Data format
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sample078_084
bottom peaks comparison between Mast cell and Mesenchymal precursor cell in adipose
Data format
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sample078_085
bottom peaks comparison between Mast cell and Mesenchymal precursor cell in bone marrow
Data format
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sample078_086
bottom peaks comparison between Mast cell and Mesenchymal precursor cell in heart
Data format
hide
sample078_087
bottom peaks comparison between Mast cell and Mesenchymal precursor cell in left ovary for ovarian cancer sample
Data format
hide
sample078_088
bottom peaks comparison between Mast cell and Mesenchymal precursor cell for metastatic ovarian cancer sample
Data format
hide
sample078_089
bottom peaks comparison between Mast cell and Mesenchymal precursor cell in right ovary for ovarian cancer sample
Data format
hide
sample078_090
bottom peaks comparison between Mast cell and Mesenchymal stem cell in adipose
Data format
hide
sample078_091
bottom peaks comparison between Mast cell and Mesenchymal stem cell in amniotic membrane
Data format
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sample078_092
bottom peaks comparison between Mast cell and Mesenchymal stem cell in bone marrow
Data format
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sample078_093
bottom peaks comparison between Mast cell and Mesenchymal stem cell in liver
Data format
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sample078_094
bottom peaks comparison between Mast cell and Mesenchymal stem cell in umbilical cord
Data format
hide
sample078_095
bottom peaks comparison between Mast cell and Mesothelial cell
Data format
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sample078_096
bottom peaks comparison between Mast cell and Migratory langerhans cell
Data format
hide
sample078_097
bottom peaks comparison between Mast cell and Mesenchymal stem cell of umbilical cord blood
Data format
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sample078_098
bottom peaks comparison between Mast cell and Myoblast
Data format
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sample078_099
bottom peaks comparison between Mast cell and Nasal epithelial cell
Data format
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sample078_100
bottom peaks comparison between Mast cell and Natural killer cell
Data format
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sample078_101
bottom peaks comparison between Mast cell and Neural stem cell
Data format
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sample078_102
bottom peaks comparison between Mast cell and Neuron
Data format
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sample078_103
bottom peaks comparison between Mast cell and Neutrophil cell
Data format
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sample078_104
bottom peaks comparison between Mast cell and Nucleus pulposus
Data format
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sample078_105
bottom peaks comparison between Mast cell and Olfactory epithelial cell
Data format
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sample078_106
bottom peaks comparison between Mast cell and Osteoblast
Data format
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sample078_107
bottom peaks comparison between Mast cell and Differentiated osteoblast
Data format
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sample078_108
bottom peaks comparison between Mast cell and Pricyte
Data format
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sample078_109
bottom peaks comparison between Mast cell and Perineurial
Data format
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sample078_110
bottom peaks comparison between Mast cell and Peripheral blood mononuclear cell
Data format
hide
sample078_111
bottom peaks comparison between Mast cell and Placental epithelial cell
Data format
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sample078_112
bottom peaks comparison between Mast cell and Preadipocyte in breast
Data format
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sample078_113
bottom peaks comparison between Mast cell and Preadipocyte in omentum
Data format
hide
sample078_114
bottom peaks comparison between Mast cell and Subcutaneous preadipocyte
Data format
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sample078_115
bottom peaks comparison between Mast cell and Visceral preadipocyte
Data format
hide
sample078_116
bottom peaks comparison between Mast cell and Prostate epithelial cell
Data format
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sample078_117
bottom peaks comparison between Mast cell and Prostate stromal cell
Data format
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sample078_118
bottom peaks comparison between Mast cell and Renal cortical epithelial cell
Data format
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sample078_119
bottom peaks comparison between Mast cell and Renal glomerular endothelial cell
Data format
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sample078_120
bottom peaks comparison between Mast cell and Renal mesangial cell
Data format
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sample078_121
bottom peaks comparison between Mast cell and Renal proximal tubular epithelial cell
Data format
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sample078_122
bottom peaks comparison between Mast cell and Renal proximal tubular epithelial cell
Data format
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sample078_123
bottom peaks comparison between Mast cell and Salivary acinar cell
Data format
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sample078_124
bottom peaks comparison between Mast cell and Schwann
Data format
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sample078_125
bottom peaks comparison between Mast cell and Sebocyte
Data format
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sample078_126
bottom peaks comparison between Mast cell and Sertoli
Data format
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sample078_127
bottom peaks comparison between Mast cell and Skeletal muscle
Data format
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sample078_128
bottom peaks comparison between Mast cell and Skeletal muscle differentiated into myotubes
Data format
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sample078_129
bottom peaks comparison between Mast cell and Skeletal muscle satellite cell
Data format
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sample078_130
bottom peaks comparison between Mast cell and Small airway epithelial cell
Data format
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sample078_131
bottom peaks comparison between Mast cell and Airway smooth muscle in asthma
Data format
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sample078_132
bottom peaks comparison between Mast cell and Airway smooth muscle in control
Data format
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sample078_133
bottom peaks comparison between Mast cell and Smooth muscle in aorta
Data format
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sample078_134
bottom peaks comparison between Mast cell and Smooth muscle in brachiocephalic artery
Data format
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sample078_135
bottom peaks comparison between Mast cell and Smooth muscle in brain vessel
Data format
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sample078_136
bottom peaks comparison between Mast cell and Smooth muscle in bronchial tube
Data format
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sample078_137
bottom peaks comparison between Mast cell and Smooth muscle in carotid artery
Data format
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sample078_138
bottom peaks comparison between Mast cell and Smooth muscle in colon
Data format
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sample078_139
bottom peaks comparison between Mast cell and Smooth muscle in coronary
Data format
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sample078_140
bottom peaks comparison between Mast cell and Smooth muscle in esophagus
Data format
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sample078_141
bottom peaks comparison between Mast cell and Smooth muscle in internal thoracic artery
Data format
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sample078_142
bottom peaks comparison between Mast cell and Smooth muscle in prostate
Data format
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sample078_143
bottom peaks comparison between Mast cell and Smooth muscle in pulmonary artery
Data format
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sample078_144
bottom peaks comparison between Mast cell and Smooth muscle in subclavian artery
Data format
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sample078_145
bottom peaks comparison between Mast cell and Smooth muscle in trachea
Data format
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sample078_146
bottom peaks comparison between Mast cell and Smooth muscle in umbilical artery
Data format
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sample078_147
bottom peaks comparison between Mast cell and Smooth muscle in umbilical vein
Data format
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sample078_148
bottom peaks comparison between Mast cell and Smooth muscle in uterine
Data format
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sample078_149
bottom peaks comparison between Mast cell and Synoviocyte
Data format
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sample078_150
bottom peaks comparison between Mast cell and Tenocyte
Data format
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sample078_151
bottom peaks comparison between Mast cell and Trabecular meshwork
Data format
hide
sample078_152
bottom peaks comparison between Mast cell and Tracheal epithelial cell
Data format
hide
sample078_153
bottom peaks comparison between Mast cell and Urothelial cell
Data format
hide
sample078_154
bottom peaks comparison between Mast cell and Whole blood for donor 1
Data format
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sample078_155
bottom peaks comparison between Mast cell and Whole blood for donor 2
Data format
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sample078_156
bottom peaks comparison between Mast cell and Whole blood for donor 3
Data format
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sample079_080
bottom peaks comparison between Expanded mast cell and Expanded and stimulated mast cell
Data format
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sample079_081
bottom peaks comparison between Expanded mast cell and Melanocyte-dark
Data format
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sample079_082
bottom peaks comparison between Expanded mast cell and Melanocyte-light
Data format
hide
sample079_083
bottom peaks comparison between Expanded mast cell and Meningeal cell
Data format
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sample079_084
bottom peaks comparison between Expanded mast cell and Mesenchymal precursor cell in adipose
Data format
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sample079_085
bottom peaks comparison between Expanded mast cell and Mesenchymal precursor cell in bone marrow
Data format
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sample079_086
bottom peaks comparison between Expanded mast cell and Mesenchymal precursor cell in heart
Data format
hide
sample079_087
bottom peaks comparison between Expanded mast cell and Mesenchymal precursor cell in left ovary for ovarian cancer sample
Data format
hide
sample079_088
bottom peaks comparison between Expanded mast cell and Mesenchymal precursor cell for metastatic ovarian cancer sample
Data format
hide
sample079_089
bottom peaks comparison between Expanded mast cell and Mesenchymal precursor cell in right ovary for ovarian cancer sample
Data format
hide
sample079_090
bottom peaks comparison between Expanded mast cell and Mesenchymal stem cell in adipose
Data format
hide
sample079_091
bottom peaks comparison between Expanded mast cell and Mesenchymal stem cell in amniotic membrane
Data format
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sample079_092
bottom peaks comparison between Expanded mast cell and Mesenchymal stem cell in bone marrow
Data format
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sample079_093
bottom peaks comparison between Expanded mast cell and Mesenchymal stem cell in liver
Data format
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sample079_094
bottom peaks comparison between Expanded mast cell and Mesenchymal stem cell in umbilical cord
Data format
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sample079_095
bottom peaks comparison between Expanded mast cell and Mesothelial cell
Data format
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sample079_096
bottom peaks comparison between Expanded mast cell and Migratory langerhans cell
Data format
hide
sample079_097
bottom peaks comparison between Expanded mast cell and Mesenchymal stem cell of umbilical cord blood
Data format
hide
sample079_098
bottom peaks comparison between Expanded mast cell and Myoblast
Data format
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sample079_099
bottom peaks comparison between Expanded mast cell and Nasal epithelial cell
Data format
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sample079_100
bottom peaks comparison between Expanded mast cell and Natural killer cell
Data format
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sample079_101
bottom peaks comparison between Expanded mast cell and Neural stem cell
Data format
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sample079_102
bottom peaks comparison between Expanded mast cell and Neuron
Data format
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sample079_103
bottom peaks comparison between Expanded mast cell and Neutrophil cell
Data format
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sample079_104
bottom peaks comparison between Expanded mast cell and Nucleus pulposus
Data format
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sample079_105
bottom peaks comparison between Expanded mast cell and Olfactory epithelial cell
Data format
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sample079_106
bottom peaks comparison between Expanded mast cell and Osteoblast
Data format
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sample079_107
bottom peaks comparison between Expanded mast cell and Differentiated osteoblast
Data format
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sample079_108
bottom peaks comparison between Expanded mast cell and Pricyte
Data format
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sample079_109
bottom peaks comparison between Expanded mast cell and Perineurial
Data format
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sample079_110
bottom peaks comparison between Expanded mast cell and Peripheral blood mononuclear cell
Data format
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sample079_111
bottom peaks comparison between Expanded mast cell and Placental epithelial cell
Data format
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sample079_112
bottom peaks comparison between Expanded mast cell and Preadipocyte in breast
Data format
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sample079_113
bottom peaks comparison between Expanded mast cell and Preadipocyte in omentum
Data format
hide
sample079_114
bottom peaks comparison between Expanded mast cell and Subcutaneous preadipocyte
Data format
hide
sample079_115
bottom peaks comparison between Expanded mast cell and Visceral preadipocyte
Data format
hide
sample079_116
bottom peaks comparison between Expanded mast cell and Prostate epithelial cell
Data format
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sample079_117
bottom peaks comparison between Expanded mast cell and Prostate stromal cell
Data format
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sample079_118
bottom peaks comparison between Expanded mast cell and Renal cortical epithelial cell
Data format
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sample079_119
bottom peaks comparison between Expanded mast cell and Renal glomerular endothelial cell
Data format
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sample079_120
bottom peaks comparison between Expanded mast cell and Renal mesangial cell
Data format
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sample079_121
bottom peaks comparison between Expanded mast cell and Renal proximal tubular epithelial cell
Data format
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sample079_122
bottom peaks comparison between Expanded mast cell and Renal proximal tubular epithelial cell
Data format
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sample079_123
bottom peaks comparison between Expanded mast cell and Salivary acinar cell
Data format
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sample079_124
bottom peaks comparison between Expanded mast cell and Schwann
Data format
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sample079_125
bottom peaks comparison between Expanded mast cell and Sebocyte
Data format
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sample079_126
bottom peaks comparison between Expanded mast cell and Sertoli
Data format
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sample079_127
bottom peaks comparison between Expanded mast cell and Skeletal muscle
Data format
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sample079_128
bottom peaks comparison between Expanded mast cell and Skeletal muscle differentiated into myotubes
Data format
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sample079_129
bottom peaks comparison between Expanded mast cell and Skeletal muscle satellite cell
Data format
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sample079_130
bottom peaks comparison between Expanded mast cell and Small airway epithelial cell
Data format
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sample079_131
bottom peaks comparison between Expanded mast cell and Airway smooth muscle in asthma
Data format
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sample079_132
bottom peaks comparison between Expanded mast cell and Airway smooth muscle in control
Data format
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sample079_133
bottom peaks comparison between Expanded mast cell and Smooth muscle in aorta
Data format
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sample079_134
bottom peaks comparison between Expanded mast cell and Smooth muscle in brachiocephalic artery
Data format
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sample079_135
bottom peaks comparison between Expanded mast cell and Smooth muscle in brain vessel
Data format
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sample079_136
bottom peaks comparison between Expanded mast cell and Smooth muscle in bronchial tube
Data format
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sample079_137
bottom peaks comparison between Expanded mast cell and Smooth muscle in carotid artery
Data format
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sample079_138
bottom peaks comparison between Expanded mast cell and Smooth muscle in colon
Data format
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sample079_139
bottom peaks comparison between Expanded mast cell and Smooth muscle in coronary
Data format
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sample079_140
bottom peaks comparison between Expanded mast cell and Smooth muscle in esophagus
Data format
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sample079_141
bottom peaks comparison between Expanded mast cell and Smooth muscle in internal thoracic artery
Data format
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sample079_142
bottom peaks comparison between Expanded mast cell and Smooth muscle in prostate
Data format
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sample079_143
bottom peaks comparison between Expanded mast cell and Smooth muscle in pulmonary artery
Data format
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sample079_144
bottom peaks comparison between Expanded mast cell and Smooth muscle in subclavian artery
Data format
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sample079_145
bottom peaks comparison between Expanded mast cell and Smooth muscle in trachea
Data format
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sample079_146
bottom peaks comparison between Expanded mast cell and Smooth muscle in umbilical artery
Data format
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sample079_147
bottom peaks comparison between Expanded mast cell and Smooth muscle in umbilical vein
Data format
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sample079_148
bottom peaks comparison between Expanded mast cell and Smooth muscle in uterine
Data format
hide
sample079_149
bottom peaks comparison between Expanded mast cell and Synoviocyte
Data format
hide
sample079_150
bottom peaks comparison between Expanded mast cell and Tenocyte
Data format
hide
sample079_151
bottom peaks comparison between Expanded mast cell and Trabecular meshwork
Data format
hide
sample079_152
bottom peaks comparison between Expanded mast cell and Tracheal epithelial cell
Data format
hide
sample079_153
bottom peaks comparison between Expanded mast cell and Urothelial cell
Data format
hide
sample079_154
bottom peaks comparison between Expanded mast cell and Whole blood for donor 1
Data format
hide
sample079_155
bottom peaks comparison between Expanded mast cell and Whole blood for donor 2
Data format
hide
sample079_156
bottom peaks comparison between Expanded mast cell and Whole blood for donor 3
Data format
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sample080_081
bottom peaks comparison between Expanded and stimulated mast cell and Melanocyte-dark
Data format
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sample080_082
bottom peaks comparison between Expanded and stimulated mast cell and Melanocyte-light
Data format
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sample080_083
bottom peaks comparison between Expanded and stimulated mast cell and Meningeal cell
Data format
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sample080_084
bottom peaks comparison between Expanded and stimulated mast cell and Mesenchymal precursor cell in adipose
Data format
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sample080_085
bottom peaks comparison between Expanded and stimulated mast cell and Mesenchymal precursor cell in bone marrow
Data format
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sample080_086
bottom peaks comparison between Expanded and stimulated mast cell and Mesenchymal precursor cell in heart
Data format
hide
sample080_087
bottom peaks comparison between Expanded and stimulated mast cell and Mesenchymal precursor cell in left ovary for ovarian cancer sample
Data format
hide
sample080_088
bottom peaks comparison between Expanded and stimulated mast cell and Mesenchymal precursor cell for metastatic ovarian cancer sample
Data format
hide
sample080_089
bottom peaks comparison between Expanded and stimulated mast cell and Mesenchymal precursor cell in right ovary for ovarian cancer sample
Data format
hide
sample080_090
bottom peaks comparison between Expanded and stimulated mast cell and Mesenchymal stem cell in adipose
Data format
hide
sample080_091
bottom peaks comparison between Expanded and stimulated mast cell and Mesenchymal stem cell in amniotic membrane
Data format
hide
sample080_092
bottom peaks comparison between Expanded and stimulated mast cell and Mesenchymal stem cell in bone marrow
Data format
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sample080_093
bottom peaks comparison between Expanded and stimulated mast cell and Mesenchymal stem cell in liver
Data format
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sample080_094
bottom peaks comparison between Expanded and stimulated mast cell and Mesenchymal stem cell in umbilical cord
Data format
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sample080_095
bottom peaks comparison between Expanded and stimulated mast cell and Mesothelial cell
Data format
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sample080_096
bottom peaks comparison between Expanded and stimulated mast cell and Migratory langerhans cell
Data format
hide
sample080_097
bottom peaks comparison between Expanded and stimulated mast cell and Mesenchymal stem cell of umbilical cord blood
Data format
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sample080_098
bottom peaks comparison between Expanded and stimulated mast cell and Myoblast
Data format
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sample080_099
bottom peaks comparison between Expanded and stimulated mast cell and Nasal epithelial cell
Data format
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sample080_100
bottom peaks comparison between Expanded and stimulated mast cell and Natural killer cell
Data format
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sample080_101
bottom peaks comparison between Expanded and stimulated mast cell and Neural stem cell
Data format
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sample080_102
bottom peaks comparison between Expanded and stimulated mast cell and Neuron
Data format
hide
sample080_103
bottom peaks comparison between Expanded and stimulated mast cell and Neutrophil cell
Data format
hide
sample080_104
bottom peaks comparison between Expanded and stimulated mast cell and Nucleus pulposus
Data format
hide
sample080_105
bottom peaks comparison between Expanded and stimulated mast cell and Olfactory epithelial cell
Data format
hide
sample080_106
bottom peaks comparison between Expanded and stimulated mast cell and Osteoblast
Data format
hide
sample080_107
bottom peaks comparison between Expanded and stimulated mast cell and Differentiated osteoblast
Data format
hide
sample080_108
bottom peaks comparison between Expanded and stimulated mast cell and Pricyte
Data format
hide
sample080_109
bottom peaks comparison between Expanded and stimulated mast cell and Perineurial
Data format
hide
sample080_110
bottom peaks comparison between Expanded and stimulated mast cell and Peripheral blood mononuclear cell
Data format
hide
sample080_111
bottom peaks comparison between Expanded and stimulated mast cell and Placental epithelial cell
Data format
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sample080_112
bottom peaks comparison between Expanded and stimulated mast cell and Preadipocyte in breast
Data format
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sample080_113
bottom peaks comparison between Expanded and stimulated mast cell and Preadipocyte in omentum
Data format
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sample080_114
bottom peaks comparison between Expanded and stimulated mast cell and Subcutaneous preadipocyte
Data format
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sample080_115
bottom peaks comparison between Expanded and stimulated mast cell and Visceral preadipocyte
Data format
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sample080_116
bottom peaks comparison between Expanded and stimulated mast cell and Prostate epithelial cell
Data format
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sample080_117
bottom peaks comparison between Expanded and stimulated mast cell and Prostate stromal cell
Data format
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sample080_118
bottom peaks comparison between Expanded and stimulated mast cell and Renal cortical epithelial cell
Data format
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sample080_119
bottom peaks comparison between Expanded and stimulated mast cell and Renal glomerular endothelial cell
Data format
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sample080_120
bottom peaks comparison between Expanded and stimulated mast cell and Renal mesangial cell
Data format
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sample080_121
bottom peaks comparison between Expanded and stimulated mast cell and Renal proximal tubular epithelial cell
Data format
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sample080_122
bottom peaks comparison between Expanded and stimulated mast cell and Renal proximal tubular epithelial cell
Data format
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sample080_123
bottom peaks comparison between Expanded and stimulated mast cell and Salivary acinar cell
Data format
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sample080_124
bottom peaks comparison between Expanded and stimulated mast cell and Schwann
Data format
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sample080_125
bottom peaks comparison between Expanded and stimulated mast cell and Sebocyte
Data format
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sample080_126
bottom peaks comparison between Expanded and stimulated mast cell and Sertoli
Data format
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sample080_127
bottom peaks comparison between Expanded and stimulated mast cell and Skeletal muscle
Data format
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sample080_128
bottom peaks comparison between Expanded and stimulated mast cell and Skeletal muscle differentiated into myotubes
Data format
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sample080_129
bottom peaks comparison between Expanded and stimulated mast cell and Skeletal muscle satellite cell
Data format
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sample080_130
bottom peaks comparison between Expanded and stimulated mast cell and Small airway epithelial cell
Data format
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sample080_131
bottom peaks comparison between Expanded and stimulated mast cell and Airway smooth muscle in asthma
Data format
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sample080_132
bottom peaks comparison between Expanded and stimulated mast cell and Airway smooth muscle in control
Data format
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sample080_133
bottom peaks comparison between Expanded and stimulated mast cell and Smooth muscle in aorta
Data format
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sample080_134
bottom peaks comparison between Expanded and stimulated mast cell and Smooth muscle in brachiocephalic artery
Data format
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sample080_135
bottom peaks comparison between Expanded and stimulated mast cell and Smooth muscle in brain vessel
Data format
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sample080_136
bottom peaks comparison between Expanded and stimulated mast cell and Smooth muscle in bronchial tube
Data format
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sample080_137
bottom peaks comparison between Expanded and stimulated mast cell and Smooth muscle in carotid artery
Data format
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sample080_138
bottom peaks comparison between Expanded and stimulated mast cell and Smooth muscle in colon
Data format
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sample080_139
bottom peaks comparison between Expanded and stimulated mast cell and Smooth muscle in coronary
Data format
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sample080_140
bottom peaks comparison between Expanded and stimulated mast cell and Smooth muscle in esophagus
Data format
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sample080_141
bottom peaks comparison between Expanded and stimulated mast cell and Smooth muscle in internal thoracic artery
Data format
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sample080_142
bottom peaks comparison between Expanded and stimulated mast cell and Smooth muscle in prostate
Data format
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sample080_143
bottom peaks comparison between Expanded and stimulated mast cell and Smooth muscle in pulmonary artery
Data format
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sample080_144
bottom peaks comparison between Expanded and stimulated mast cell and Smooth muscle in subclavian artery
Data format
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sample080_145
bottom peaks comparison between Expanded and stimulated mast cell and Smooth muscle in trachea
Data format
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sample080_146
bottom peaks comparison between Expanded and stimulated mast cell and Smooth muscle in umbilical artery
Data format
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sample080_147
bottom peaks comparison between Expanded and stimulated mast cell and Smooth muscle in umbilical vein
Data format
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sample080_148
bottom peaks comparison between Expanded and stimulated mast cell and Smooth muscle in uterine
Data format
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sample080_149
bottom peaks comparison between Expanded and stimulated mast cell and Synoviocyte
Data format
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sample080_150
bottom peaks comparison between Expanded and stimulated mast cell and Tenocyte
Data format
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sample080_151
bottom peaks comparison between Expanded and stimulated mast cell and Trabecular meshwork
Data format
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sample080_152
bottom peaks comparison between Expanded and stimulated mast cell and Tracheal epithelial cell
Data format
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sample080_153
bottom peaks comparison between Expanded and stimulated mast cell and Urothelial cell
Data format
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sample080_154
bottom peaks comparison between Expanded and stimulated mast cell and Whole blood for donor 1
Data format
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sample080_155
bottom peaks comparison between Expanded and stimulated mast cell and Whole blood for donor 2
Data format
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sample080_156
bottom peaks comparison between Expanded and stimulated mast cell and Whole blood for donor 3
Data format
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sample081_082
bottom peaks comparison between Melanocyte-dark and Melanocyte-light
Data format
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sample081_083
bottom peaks comparison between Melanocyte-dark and Meningeal cell
Data format
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sample081_084
bottom peaks comparison between Melanocyte-dark and Mesenchymal precursor cell in adipose
Data format
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sample081_085
bottom peaks comparison between Melanocyte-dark and Mesenchymal precursor cell in bone marrow
Data format
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sample081_086
bottom peaks comparison between Melanocyte-dark and Mesenchymal precursor cell in heart
Data format
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sample081_087
bottom peaks comparison between Melanocyte-dark and Mesenchymal precursor cell in left ovary for ovarian cancer sample
Data format
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sample081_088
bottom peaks comparison between Melanocyte-dark and Mesenchymal precursor cell for metastatic ovarian cancer sample
Data format
hide
sample081_089
bottom peaks comparison between Melanocyte-dark and Mesenchymal precursor cell in right ovary for ovarian cancer sample
Data format
hide
sample081_090
bottom peaks comparison between Melanocyte-dark and Mesenchymal stem cell in adipose
Data format
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sample081_091
bottom peaks comparison between Melanocyte-dark and Mesenchymal stem cell in amniotic membrane
Data format
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sample081_092
bottom peaks comparison between Melanocyte-dark and Mesenchymal stem cell in bone marrow
Data format
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sample081_093
bottom peaks comparison between Melanocyte-dark and Mesenchymal stem cell in liver
Data format
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sample081_094
bottom peaks comparison between Melanocyte-dark and Mesenchymal stem cell in umbilical cord
Data format
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sample081_095
bottom peaks comparison between Melanocyte-dark and Mesothelial cell
Data format
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sample081_096
bottom peaks comparison between Melanocyte-dark and Migratory langerhans cell
Data format
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sample081_097
bottom peaks comparison between Melanocyte-dark and Mesenchymal stem cell of umbilical cord blood
Data format
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sample081_098
bottom peaks comparison between Melanocyte-dark and Myoblast
Data format
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sample081_099
bottom peaks comparison between Melanocyte-dark and Nasal epithelial cell
Data format
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sample081_100
bottom peaks comparison between Melanocyte-dark and Natural killer cell
Data format
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sample081_101
bottom peaks comparison between Melanocyte-dark and Neural stem cell
Data format
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sample081_102
bottom peaks comparison between Melanocyte-dark and Neuron
Data format
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sample081_103
bottom peaks comparison between Melanocyte-dark and Neutrophil cell
Data format
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sample081_104
bottom peaks comparison between Melanocyte-dark and Nucleus pulposus
Data format
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sample081_105
bottom peaks comparison between Melanocyte-dark and Olfactory epithelial cell
Data format
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sample081_106
bottom peaks comparison between Melanocyte-dark and Osteoblast
Data format
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sample081_107
bottom peaks comparison between Melanocyte-dark and Differentiated osteoblast
Data format
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sample081_108
bottom peaks comparison between Melanocyte-dark and Pricyte
Data format
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sample081_109
bottom peaks comparison between Melanocyte-dark and Perineurial
Data format
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sample081_110
bottom peaks comparison between Melanocyte-dark and Peripheral blood mononuclear cell
Data format
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sample081_111
bottom peaks comparison between Melanocyte-dark and Placental epithelial cell
Data format
hide
sample081_112
bottom peaks comparison between Melanocyte-dark and Preadipocyte in breast
Data format
hide
sample081_113
bottom peaks comparison between Melanocyte-dark and Preadipocyte in omentum
Data format
hide
sample081_114
bottom peaks comparison between Melanocyte-dark and Subcutaneous preadipocyte
Data format
hide
sample081_115
bottom peaks comparison between Melanocyte-dark and Visceral preadipocyte
Data format
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sample081_116
bottom peaks comparison between Melanocyte-dark and Prostate epithelial cell
Data format
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sample081_117
bottom peaks comparison between Melanocyte-dark and Prostate stromal cell
Data format
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sample081_118
bottom peaks comparison between Melanocyte-dark and Renal cortical epithelial cell
Data format
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sample081_119
bottom peaks comparison between Melanocyte-dark and Renal glomerular endothelial cell
Data format
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sample081_120
bottom peaks comparison between Melanocyte-dark and Renal mesangial cell
Data format
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sample081_121
bottom peaks comparison between Melanocyte-dark and Renal proximal tubular epithelial cell
Data format
hide
sample081_122
bottom peaks comparison between Melanocyte-dark and Renal proximal tubular epithelial cell
Data format
hide
sample081_123
bottom peaks comparison between Melanocyte-dark and Salivary acinar cell
Data format
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sample081_124
bottom peaks comparison between Melanocyte-dark and Schwann
Data format
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sample081_125
bottom peaks comparison between Melanocyte-dark and Sebocyte
Data format
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sample081_126
bottom peaks comparison between Melanocyte-dark and Sertoli
Data format
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sample081_127
bottom peaks comparison between Melanocyte-dark and Skeletal muscle
Data format
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sample081_128
bottom peaks comparison between Melanocyte-dark and Skeletal muscle differentiated into myotubes
Data format
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sample081_129
bottom peaks comparison between Melanocyte-dark and Skeletal muscle satellite cell
Data format
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sample081_130
bottom peaks comparison between Melanocyte-dark and Small airway epithelial cell
Data format
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sample081_131
bottom peaks comparison between Melanocyte-dark and Airway smooth muscle in asthma
Data format
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sample081_132
bottom peaks comparison between Melanocyte-dark and Airway smooth muscle in control
Data format
hide
sample081_133
bottom peaks comparison between Melanocyte-dark and Smooth muscle in aorta
Data format
hide
sample081_134
bottom peaks comparison between Melanocyte-dark and Smooth muscle in brachiocephalic artery
Data format
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sample081_135
bottom peaks comparison between Melanocyte-dark and Smooth muscle in brain vessel
Data format
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sample081_136
bottom peaks comparison between Melanocyte-dark and Smooth muscle in bronchial tube
Data format
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sample081_137
bottom peaks comparison between Melanocyte-dark and Smooth muscle in carotid artery
Data format
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sample081_138
bottom peaks comparison between Melanocyte-dark and Smooth muscle in colon
Data format
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sample081_139
bottom peaks comparison between Melanocyte-dark and Smooth muscle in coronary
Data format
hide
sample081_140
bottom peaks comparison between Melanocyte-dark and Smooth muscle in esophagus
Data format
hide
sample081_141
bottom peaks comparison between Melanocyte-dark and Smooth muscle in internal thoracic artery
Data format
hide
sample081_142
bottom peaks comparison between Melanocyte-dark and Smooth muscle in prostate
Data format
hide
sample081_143
bottom peaks comparison between Melanocyte-dark and Smooth muscle in pulmonary artery
Data format
hide
sample081_144
bottom peaks comparison between Melanocyte-dark and Smooth muscle in subclavian artery
Data format
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sample081_145
bottom peaks comparison between Melanocyte-dark and Smooth muscle in trachea
Data format
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sample081_146
bottom peaks comparison between Melanocyte-dark and Smooth muscle in umbilical artery
Data format
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sample081_147
bottom peaks comparison between Melanocyte-dark and Smooth muscle in umbilical vein
Data format
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sample081_148
bottom peaks comparison between Melanocyte-dark and Smooth muscle in uterine
Data format
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sample081_149
bottom peaks comparison between Melanocyte-dark and Synoviocyte
Data format
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sample081_150
bottom peaks comparison between Melanocyte-dark and Tenocyte
Data format
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sample081_151
bottom peaks comparison between Melanocyte-dark and Trabecular meshwork
Data format
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sample081_152
bottom peaks comparison between Melanocyte-dark and Tracheal epithelial cell
Data format
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sample081_153
bottom peaks comparison between Melanocyte-dark and Urothelial cell
Data format
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sample081_154
bottom peaks comparison between Melanocyte-dark and Whole blood for donor 1
Data format
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sample081_155
bottom peaks comparison between Melanocyte-dark and Whole blood for donor 2
Data format
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sample081_156
bottom peaks comparison between Melanocyte-dark and Whole blood for donor 3
Data format
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sample082_083
bottom peaks comparison between Melanocyte-light and Meningeal cell
Data format
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sample082_084
bottom peaks comparison between Melanocyte-light and Mesenchymal precursor cell in adipose
Data format
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sample082_085
bottom peaks comparison between Melanocyte-light and Mesenchymal precursor cell in bone marrow
Data format
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sample082_086
bottom peaks comparison between Melanocyte-light and Mesenchymal precursor cell in heart
Data format
hide
sample082_087
bottom peaks comparison between Melanocyte-light and Mesenchymal precursor cell in left ovary for ovarian cancer sample
Data format
hide
sample082_088
bottom peaks comparison between Melanocyte-light and Mesenchymal precursor cell for metastatic ovarian cancer sample
Data format
hide
sample082_089
bottom peaks comparison between Melanocyte-light and Mesenchymal precursor cell in right ovary for ovarian cancer sample
Data format
hide
sample082_090
bottom peaks comparison between Melanocyte-light and Mesenchymal stem cell in adipose
Data format
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sample082_091
bottom peaks comparison between Melanocyte-light and Mesenchymal stem cell in amniotic membrane
Data format
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sample082_092
bottom peaks comparison between Melanocyte-light and Mesenchymal stem cell in bone marrow
Data format
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sample082_093
bottom peaks comparison between Melanocyte-light and Mesenchymal stem cell in liver
Data format
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sample082_094
bottom peaks comparison between Melanocyte-light and Mesenchymal stem cell in umbilical cord
Data format
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sample082_095
bottom peaks comparison between Melanocyte-light and Mesothelial cell
Data format
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sample082_096
bottom peaks comparison between Melanocyte-light and Migratory langerhans cell
Data format
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sample082_097
bottom peaks comparison between Melanocyte-light and Mesenchymal stem cell of umbilical cord blood
Data format
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sample082_098
bottom peaks comparison between Melanocyte-light and Myoblast
Data format
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sample082_099
bottom peaks comparison between Melanocyte-light and Nasal epithelial cell
Data format
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sample082_100
bottom peaks comparison between Melanocyte-light and Natural killer cell
Data format
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sample082_101
bottom peaks comparison between Melanocyte-light and Neural stem cell
Data format
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sample082_102
bottom peaks comparison between Melanocyte-light and Neuron
Data format
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sample082_103
bottom peaks comparison between Melanocyte-light and Neutrophil cell
Data format
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sample082_104
bottom peaks comparison between Melanocyte-light and Nucleus pulposus
Data format
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sample082_105
bottom peaks comparison between Melanocyte-light and Olfactory epithelial cell
Data format
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sample082_106
bottom peaks comparison between Melanocyte-light and Osteoblast
Data format
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sample082_107
bottom peaks comparison between Melanocyte-light and Differentiated osteoblast
Data format
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sample082_108
bottom peaks comparison between Melanocyte-light and Pricyte
Data format
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sample082_109
bottom peaks comparison between Melanocyte-light and Perineurial
Data format
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sample082_110
bottom peaks comparison between Melanocyte-light and Peripheral blood mononuclear cell
Data format
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sample082_111
bottom peaks comparison between Melanocyte-light and Placental epithelial cell
Data format
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sample082_112
bottom peaks comparison between Melanocyte-light and Preadipocyte in breast
Data format
hide
sample082_113
bottom peaks comparison between Melanocyte-light and Preadipocyte in omentum
Data format
hide
sample082_114
bottom peaks comparison between Melanocyte-light and Subcutaneous preadipocyte
Data format
hide
sample082_115
bottom peaks comparison between Melanocyte-light and Visceral preadipocyte
Data format
hide
sample082_116
bottom peaks comparison between Melanocyte-light and Prostate epithelial cell
Data format
hide
sample082_117
bottom peaks comparison between Melanocyte-light and Prostate stromal cell
Data format
hide
sample082_118
bottom peaks comparison between Melanocyte-light and Renal cortical epithelial cell
Data format
hide
sample082_119
bottom peaks comparison between Melanocyte-light and Renal glomerular endothelial cell
Data format
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sample082_120
bottom peaks comparison between Melanocyte-light and Renal mesangial cell
Data format
hide
sample082_121
bottom peaks comparison between Melanocyte-light and Renal proximal tubular epithelial cell
Data format
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sample082_122
bottom peaks comparison between Melanocyte-light and Renal proximal tubular epithelial cell
Data format
hide
sample082_123
bottom peaks comparison between Melanocyte-light and Salivary acinar cell
Data format
hide
sample082_124
bottom peaks comparison between Melanocyte-light and Schwann
Data format
hide
sample082_125
bottom peaks comparison between Melanocyte-light and Sebocyte
Data format
hide
sample082_126
bottom peaks comparison between Melanocyte-light and Sertoli
Data format
hide
sample082_127
bottom peaks comparison between Melanocyte-light and Skeletal muscle
Data format
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sample082_128
bottom peaks comparison between Melanocyte-light and Skeletal muscle differentiated into myotubes
Data format
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sample082_129
bottom peaks comparison between Melanocyte-light and Skeletal muscle satellite cell
Data format
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sample082_130
bottom peaks comparison between Melanocyte-light and Small airway epithelial cell
Data format
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sample082_131
bottom peaks comparison between Melanocyte-light and Airway smooth muscle in asthma
Data format
hide
sample082_132
bottom peaks comparison between Melanocyte-light and Airway smooth muscle in control
Data format
hide
sample082_133
bottom peaks comparison between Melanocyte-light and Smooth muscle in aorta
Data format
hide
sample082_134
bottom peaks comparison between Melanocyte-light and Smooth muscle in brachiocephalic artery
Data format
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sample082_135
bottom peaks comparison between Melanocyte-light and Smooth muscle in brain vessel
Data format
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sample082_136
bottom peaks comparison between Melanocyte-light and Smooth muscle in bronchial tube
Data format
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sample082_137
bottom peaks comparison between Melanocyte-light and Smooth muscle in carotid artery
Data format
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sample082_138
bottom peaks comparison between Melanocyte-light and Smooth muscle in colon
Data format
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sample082_139
bottom peaks comparison between Melanocyte-light and Smooth muscle in coronary
Data format
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sample082_140
bottom peaks comparison between Melanocyte-light and Smooth muscle in esophagus
Data format
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sample082_141
bottom peaks comparison between Melanocyte-light and Smooth muscle in internal thoracic artery
Data format
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sample082_142
bottom peaks comparison between Melanocyte-light and Smooth muscle in prostate
Data format
hide
sample082_143
bottom peaks comparison between Melanocyte-light and Smooth muscle in pulmonary artery
Data format
hide
sample082_144
bottom peaks comparison between Melanocyte-light and Smooth muscle in subclavian artery
Data format
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sample082_145
bottom peaks comparison between Melanocyte-light and Smooth muscle in trachea
Data format
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sample082_146
bottom peaks comparison between Melanocyte-light and Smooth muscle in umbilical artery
Data format
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sample082_147
bottom peaks comparison between Melanocyte-light and Smooth muscle in umbilical vein
Data format
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sample082_148
bottom peaks comparison between Melanocyte-light and Smooth muscle in uterine
Data format
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sample082_149
bottom peaks comparison between Melanocyte-light and Synoviocyte
Data format
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sample082_150
bottom peaks comparison between Melanocyte-light and Tenocyte
Data format
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sample082_151
bottom peaks comparison between Melanocyte-light and Trabecular meshwork
Data format
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sample082_152
bottom peaks comparison between Melanocyte-light and Tracheal epithelial cell
Data format
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sample082_153
bottom peaks comparison between Melanocyte-light and Urothelial cell
Data format
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sample082_154
bottom peaks comparison between Melanocyte-light and Whole blood for donor 1
Data format
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sample082_155
bottom peaks comparison between Melanocyte-light and Whole blood for donor 2
Data format
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sample082_156
bottom peaks comparison between Melanocyte-light and Whole blood for donor 3
Data format
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sample083_084
bottom peaks comparison between Meningeal cell and Mesenchymal precursor cell in adipose
Data format
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sample083_085
bottom peaks comparison between Meningeal cell and Mesenchymal precursor cell in bone marrow
Data format
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sample083_086
bottom peaks comparison between Meningeal cell and Mesenchymal precursor cell in heart
Data format
hide
sample083_087
bottom peaks comparison between Meningeal cell and Mesenchymal precursor cell in left ovary for ovarian cancer sample
Data format
hide
sample083_088
bottom peaks comparison between Meningeal cell and Mesenchymal precursor cell for metastatic ovarian cancer sample
Data format
hide
sample083_089
bottom peaks comparison between Meningeal cell and Mesenchymal precursor cell in right ovary for ovarian cancer sample
Data format
hide
sample083_090
bottom peaks comparison between Meningeal cell and Mesenchymal stem cell in adipose
Data format
hide
sample083_091
bottom peaks comparison between Meningeal cell and Mesenchymal stem cell in amniotic membrane
Data format
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sample083_092
bottom peaks comparison between Meningeal cell and Mesenchymal stem cell in bone marrow
Data format
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sample083_093
bottom peaks comparison between Meningeal cell and Mesenchymal stem cell in liver
Data format
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sample083_094
bottom peaks comparison between Meningeal cell and Mesenchymal stem cell in umbilical cord
Data format
hide
sample083_095
bottom peaks comparison between Meningeal cell and Mesothelial cell
Data format
hide
sample083_096
bottom peaks comparison between Meningeal cell and Migratory langerhans cell
Data format
hide
sample083_097
bottom peaks comparison between Meningeal cell and Mesenchymal stem cell of umbilical cord blood
Data format
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sample083_098
bottom peaks comparison between Meningeal cell and Myoblast
Data format
hide
sample083_099
bottom peaks comparison between Meningeal cell and Nasal epithelial cell
Data format
hide
sample083_100
bottom peaks comparison between Meningeal cell and Natural killer cell
Data format
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sample083_101
bottom peaks comparison between Meningeal cell and Neural stem cell
Data format
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sample083_102
bottom peaks comparison between Meningeal cell and Neuron
Data format
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sample083_103
bottom peaks comparison between Meningeal cell and Neutrophil cell
Data format
hide
sample083_104
bottom peaks comparison between Meningeal cell and Nucleus pulposus
Data format
hide
sample083_105
bottom peaks comparison between Meningeal cell and Olfactory epithelial cell
Data format
hide
sample083_106
bottom peaks comparison between Meningeal cell and Osteoblast
Data format
hide
sample083_107
bottom peaks comparison between Meningeal cell and Differentiated osteoblast
Data format
hide
sample083_108
bottom peaks comparison between Meningeal cell and Pricyte
Data format
hide
sample083_109
bottom peaks comparison between Meningeal cell and Perineurial
Data format
hide
sample083_110
bottom peaks comparison between Meningeal cell and Peripheral blood mononuclear cell
Data format
hide
sample083_111
bottom peaks comparison between Meningeal cell and Placental epithelial cell
Data format
hide
sample083_112
bottom peaks comparison between Meningeal cell and Preadipocyte in breast
Data format
hide
sample083_113
bottom peaks comparison between Meningeal cell and Preadipocyte in omentum
Data format
hide
sample083_114
bottom peaks comparison between Meningeal cell and Subcutaneous preadipocyte
Data format
hide
sample083_115
bottom peaks comparison between Meningeal cell and Visceral preadipocyte
Data format
hide
sample083_116
bottom peaks comparison between Meningeal cell and Prostate epithelial cell
Data format
hide
sample083_117
bottom peaks comparison between Meningeal cell and Prostate stromal cell
Data format
hide
sample083_118
bottom peaks comparison between Meningeal cell and Renal cortical epithelial cell
Data format
hide
sample083_119
bottom peaks comparison between Meningeal cell and Renal glomerular endothelial cell
Data format
hide
sample083_120
bottom peaks comparison between Meningeal cell and Renal mesangial cell
Data format
hide
sample083_121
bottom peaks comparison between Meningeal cell and Renal proximal tubular epithelial cell
Data format
hide
sample083_122
bottom peaks comparison between Meningeal cell and Renal proximal tubular epithelial cell
Data format
hide
sample083_123
bottom peaks comparison between Meningeal cell and Salivary acinar cell
Data format
hide
sample083_124
bottom peaks comparison between Meningeal cell and Schwann
Data format
hide
sample083_125
bottom peaks comparison between Meningeal cell and Sebocyte
Data format
hide
sample083_126
bottom peaks comparison between Meningeal cell and Sertoli
Data format
hide
sample083_127
bottom peaks comparison between Meningeal cell and Skeletal muscle
Data format
hide
sample083_128
bottom peaks comparison between Meningeal cell and Skeletal muscle differentiated into myotubes
Data format
hide
sample083_129
bottom peaks comparison between Meningeal cell and Skeletal muscle satellite cell
Data format
hide
sample083_130
bottom peaks comparison between Meningeal cell and Small airway epithelial cell
Data format
hide
sample083_131
bottom peaks comparison between Meningeal cell and Airway smooth muscle in asthma
Data format
hide
sample083_132
bottom peaks comparison between Meningeal cell and Airway smooth muscle in control
Data format
hide
sample083_133
bottom peaks comparison between Meningeal cell and Smooth muscle in aorta
Data format
hide
sample083_134
bottom peaks comparison between Meningeal cell and Smooth muscle in brachiocephalic artery
Data format
hide
sample083_135
bottom peaks comparison between Meningeal cell and Smooth muscle in brain vessel
Data format
hide
sample083_136
bottom peaks comparison between Meningeal cell and Smooth muscle in bronchial tube
Data format
hide
sample083_137
bottom peaks comparison between Meningeal cell and Smooth muscle in carotid artery
Data format
hide
sample083_138
bottom peaks comparison between Meningeal cell and Smooth muscle in colon
Data format
hide
sample083_139
bottom peaks comparison between Meningeal cell and Smooth muscle in coronary
Data format
hide
sample083_140
bottom peaks comparison between Meningeal cell and Smooth muscle in esophagus
Data format
hide
sample083_141
bottom peaks comparison between Meningeal cell and Smooth muscle in internal thoracic artery
Data format
hide
sample083_142
bottom peaks comparison between Meningeal cell and Smooth muscle in prostate
Data format
hide
sample083_143
bottom peaks comparison between Meningeal cell and Smooth muscle in pulmonary artery
Data format
hide
sample083_144
bottom peaks comparison between Meningeal cell and Smooth muscle in subclavian artery
Data format
hide
sample083_145
bottom peaks comparison between Meningeal cell and Smooth muscle in trachea
Data format
hide
sample083_146
bottom peaks comparison between Meningeal cell and Smooth muscle in umbilical artery
Data format
hide
sample083_147
bottom peaks comparison between Meningeal cell and Smooth muscle in umbilical vein
Data format
hide
sample083_148
bottom peaks comparison between Meningeal cell and Smooth muscle in uterine
Data format
hide
sample083_149
bottom peaks comparison between Meningeal cell and Synoviocyte
Data format
hide
sample083_150
bottom peaks comparison between Meningeal cell and Tenocyte
Data format
hide
sample083_151
bottom peaks comparison between Meningeal cell and Trabecular meshwork
Data format
hide
sample083_152
bottom peaks comparison between Meningeal cell and Tracheal epithelial cell
Data format
hide
sample083_153
bottom peaks comparison between Meningeal cell and Urothelial cell
Data format
hide
sample083_154
bottom peaks comparison between Meningeal cell and Whole blood for donor 1
Data format
hide
sample083_155
bottom peaks comparison between Meningeal cell and Whole blood for donor 2
Data format
hide
sample083_156
bottom peaks comparison between Meningeal cell and Whole blood for donor 3
Data format
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sample084_085
bottom peaks comparison between Mesenchymal precursor cell in adipose and Mesenchymal precursor cell in bone marrow
Data format
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sample084_086
bottom peaks comparison between Mesenchymal precursor cell in adipose and Mesenchymal precursor cell in heart
Data format
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sample084_087
bottom peaks comparison between Mesenchymal precursor cell in adipose and Mesenchymal precursor cell in left ovary for ovarian cancer sample
Data format
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sample084_088
bottom peaks comparison between Mesenchymal precursor cell in adipose and Mesenchymal precursor cell for metastatic ovarian cancer sample
Data format
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sample084_089
bottom peaks comparison between Mesenchymal precursor cell in adipose and Mesenchymal precursor cell in right ovary for ovarian cancer sample
Data format
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sample084_090
bottom peaks comparison between Mesenchymal precursor cell in adipose and Mesenchymal stem cell in adipose
Data format
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sample084_091
bottom peaks comparison between Mesenchymal precursor cell in adipose and Mesenchymal stem cell in amniotic membrane
Data format
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sample084_092
bottom peaks comparison between Mesenchymal precursor cell in adipose and Mesenchymal stem cell in bone marrow
Data format
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sample084_093
bottom peaks comparison between Mesenchymal precursor cell in adipose and Mesenchymal stem cell in liver
Data format
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sample084_094
bottom peaks comparison between Mesenchymal precursor cell in adipose and Mesenchymal stem cell in umbilical cord
Data format
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sample084_095
bottom peaks comparison between Mesenchymal precursor cell in adipose and Mesothelial cell
Data format
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sample084_096
bottom peaks comparison between Mesenchymal precursor cell in adipose and Migratory langerhans cell
Data format
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sample084_097
bottom peaks comparison between Mesenchymal precursor cell in adipose and Mesenchymal stem cell of umbilical cord blood
Data format
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sample084_098
bottom peaks comparison between Mesenchymal precursor cell in adipose and Myoblast
Data format
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sample084_099
bottom peaks comparison between Mesenchymal precursor cell in adipose and Nasal epithelial cell
Data format
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sample084_100
bottom peaks comparison between Mesenchymal precursor cell in adipose and Natural killer cell
Data format
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sample084_101
bottom peaks comparison between Mesenchymal precursor cell in adipose and Neural stem cell
Data format
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sample084_102
bottom peaks comparison between Mesenchymal precursor cell in adipose and Neuron
Data format
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sample084_103
bottom peaks comparison between Mesenchymal precursor cell in adipose and Neutrophil cell
Data format
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sample084_104
bottom peaks comparison between Mesenchymal precursor cell in adipose and Nucleus pulposus
Data format
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sample084_105
bottom peaks comparison between Mesenchymal precursor cell in adipose and Olfactory epithelial cell
Data format
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sample084_106
bottom peaks comparison between Mesenchymal precursor cell in adipose and Osteoblast
Data format
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sample084_107
bottom peaks comparison between Mesenchymal precursor cell in adipose and Differentiated osteoblast
Data format
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sample084_108
bottom peaks comparison between Mesenchymal precursor cell in adipose and Pricyte
Data format
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sample084_109
bottom peaks comparison between Mesenchymal precursor cell in adipose and Perineurial
Data format
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sample084_110
bottom peaks comparison between Mesenchymal precursor cell in adipose and Peripheral blood mononuclear cell
Data format
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sample084_111
bottom peaks comparison between Mesenchymal precursor cell in adipose and Placental epithelial cell
Data format
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sample084_112
bottom peaks comparison between Mesenchymal precursor cell in adipose and Preadipocyte in breast
Data format
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sample084_113
bottom peaks comparison between Mesenchymal precursor cell in adipose and Preadipocyte in omentum
Data format
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sample084_114
bottom peaks comparison between Mesenchymal precursor cell in adipose and Subcutaneous preadipocyte
Data format
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sample084_115
bottom peaks comparison between Mesenchymal precursor cell in adipose and Visceral preadipocyte
Data format
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sample084_116
bottom peaks comparison between Mesenchymal precursor cell in adipose and Prostate epithelial cell
Data format
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sample084_117
bottom peaks comparison between Mesenchymal precursor cell in adipose and Prostate stromal cell
Data format
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sample084_118
bottom peaks comparison between Mesenchymal precursor cell in adipose and Renal cortical epithelial cell
Data format
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sample084_119
bottom peaks comparison between Mesenchymal precursor cell in adipose and Renal glomerular endothelial cell
Data format
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sample084_120
bottom peaks comparison between Mesenchymal precursor cell in adipose and Renal mesangial cell
Data format
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sample084_121
bottom peaks comparison between Mesenchymal precursor cell in adipose and Renal proximal tubular epithelial cell
Data format
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sample084_122
bottom peaks comparison between Mesenchymal precursor cell in adipose and Renal proximal tubular epithelial cell
Data format
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sample084_123
bottom peaks comparison between Mesenchymal precursor cell in adipose and Salivary acinar cell
Data format
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sample084_124
bottom peaks comparison between Mesenchymal precursor cell in adipose and Schwann
Data format
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sample084_125
bottom peaks comparison between Mesenchymal precursor cell in adipose and Sebocyte
Data format
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sample084_126
bottom peaks comparison between Mesenchymal precursor cell in adipose and Sertoli
Data format
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sample084_127
bottom peaks comparison between Mesenchymal precursor cell in adipose and Skeletal muscle
Data format
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sample084_128
bottom peaks comparison between Mesenchymal precursor cell in adipose and Skeletal muscle differentiated into myotubes
Data format
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sample084_129
bottom peaks comparison between Mesenchymal precursor cell in adipose and Skeletal muscle satellite cell
Data format
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sample084_130
bottom peaks comparison between Mesenchymal precursor cell in adipose and Small airway epithelial cell
Data format
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sample084_131
bottom peaks comparison between Mesenchymal precursor cell in adipose and Airway smooth muscle in asthma
Data format
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sample084_132
bottom peaks comparison between Mesenchymal precursor cell in adipose and Airway smooth muscle in control
Data format
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sample084_133
bottom peaks comparison between Mesenchymal precursor cell in adipose and Smooth muscle in aorta
Data format
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sample084_134
bottom peaks comparison between Mesenchymal precursor cell in adipose and Smooth muscle in brachiocephalic artery
Data format
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sample084_135
bottom peaks comparison between Mesenchymal precursor cell in adipose and Smooth muscle in brain vessel
Data format
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sample084_136
bottom peaks comparison between Mesenchymal precursor cell in adipose and Smooth muscle in bronchial tube
Data format
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sample084_137
bottom peaks comparison between Mesenchymal precursor cell in adipose and Smooth muscle in carotid artery
Data format
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sample084_138
bottom peaks comparison between Mesenchymal precursor cell in adipose and Smooth muscle in colon
Data format
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sample084_139
bottom peaks comparison between Mesenchymal precursor cell in adipose and Smooth muscle in coronary
Data format
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sample084_140
bottom peaks comparison between Mesenchymal precursor cell in adipose and Smooth muscle in esophagus
Data format
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sample084_141
bottom peaks comparison between Mesenchymal precursor cell in adipose and Smooth muscle in internal thoracic artery
Data format
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sample084_142
bottom peaks comparison between Mesenchymal precursor cell in adipose and Smooth muscle in prostate
Data format
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sample084_143
bottom peaks comparison between Mesenchymal precursor cell in adipose and Smooth muscle in pulmonary artery
Data format
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sample084_144
bottom peaks comparison between Mesenchymal precursor cell in adipose and Smooth muscle in subclavian artery
Data format
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sample084_145
bottom peaks comparison between Mesenchymal precursor cell in adipose and Smooth muscle in trachea
Data format
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sample084_146
bottom peaks comparison between Mesenchymal precursor cell in adipose and Smooth muscle in umbilical artery
Data format
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sample084_147
bottom peaks comparison between Mesenchymal precursor cell in adipose and Smooth muscle in umbilical vein
Data format
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sample084_148
bottom peaks comparison between Mesenchymal precursor cell in adipose and Smooth muscle in uterine
Data format
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sample084_149
bottom peaks comparison between Mesenchymal precursor cell in adipose and Synoviocyte
Data format
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sample084_150
bottom peaks comparison between Mesenchymal precursor cell in adipose and Tenocyte
Data format
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sample084_151
bottom peaks comparison between Mesenchymal precursor cell in adipose and Trabecular meshwork
Data format
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sample084_152
bottom peaks comparison between Mesenchymal precursor cell in adipose and Tracheal epithelial cell
Data format
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sample084_153
bottom peaks comparison between Mesenchymal precursor cell in adipose and Urothelial cell
Data format
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sample084_154
bottom peaks comparison between Mesenchymal precursor cell in adipose and Whole blood for donor 1
Data format
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sample084_155
bottom peaks comparison between Mesenchymal precursor cell in adipose and Whole blood for donor 2
Data format
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sample084_156
bottom peaks comparison between Mesenchymal precursor cell in adipose and Whole blood for donor 3
Data format
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sample085_086
bottom peaks comparison between Mesenchymal precursor cell in bone marrow and Mesenchymal precursor cell in heart
Data format
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sample085_087
bottom peaks comparison between Mesenchymal precursor cell in bone marrow and Mesenchymal precursor cell in left ovary for ovarian cancer sample
Data format
hide
sample085_088
bottom peaks comparison between Mesenchymal precursor cell in bone marrow and Mesenchymal precursor cell for metastatic ovarian cancer sample
Data format
hide
sample085_089
bottom peaks comparison between Mesenchymal precursor cell in bone marrow and Mesenchymal precursor cell in right ovary for ovarian cancer sample
Data format
hide
sample085_090
bottom peaks comparison between Mesenchymal precursor cell in bone marrow and Mesenchymal stem cell in adipose
Data format
hide
sample085_091
bottom peaks comparison between Mesenchymal precursor cell in bone marrow and Mesenchymal stem cell in amniotic membrane
Data format
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sample085_092
bottom peaks comparison between Mesenchymal precursor cell in bone marrow and Mesenchymal stem cell in bone marrow
Data format
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sample085_093
bottom peaks comparison between Mesenchymal precursor cell in bone marrow and Mesenchymal stem cell in liver
Data format
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sample085_094
bottom peaks comparison between Mesenchymal precursor cell in bone marrow and Mesenchymal stem cell in umbilical cord
Data format
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sample085_095
bottom peaks comparison between Mesenchymal precursor cell in bone marrow and Mesothelial cell
Data format
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sample085_096
bottom peaks comparison between Mesenchymal precursor cell in bone marrow and Migratory langerhans cell
Data format
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sample085_097
bottom peaks comparison between Mesenchymal precursor cell in bone marrow and Mesenchymal stem cell of umbilical cord blood
Data format
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sample085_098
bottom peaks comparison between Mesenchymal precursor cell in bone marrow and Myoblast
Data format
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sample085_099
bottom peaks comparison between Mesenchymal precursor cell in bone marrow and Nasal epithelial cell
Data format
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sample085_100
bottom peaks comparison between Mesenchymal precursor cell in bone marrow and Natural killer cell
Data format
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sample085_101
bottom peaks comparison between Mesenchymal precursor cell in bone marrow and Neural stem cell
Data format
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sample085_102
bottom peaks comparison between Mesenchymal precursor cell in bone marrow and Neuron
Data format
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sample085_103
bottom peaks comparison between Mesenchymal precursor cell in bone marrow and Neutrophil cell
Data format
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sample085_104
bottom peaks comparison between Mesenchymal precursor cell in bone marrow and Nucleus pulposus
Data format
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sample085_105
bottom peaks comparison between Mesenchymal precursor cell in bone marrow and Olfactory epithelial cell
Data format
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sample085_106
bottom peaks comparison between Mesenchymal precursor cell in bone marrow and Osteoblast
Data format
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sample085_107
bottom peaks comparison between Mesenchymal precursor cell in bone marrow and Differentiated osteoblast
Data format
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sample085_108
bottom peaks comparison between Mesenchymal precursor cell in bone marrow and Pricyte
Data format
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sample085_109
bottom peaks comparison between Mesenchymal precursor cell in bone marrow and Perineurial
Data format
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sample085_110
bottom peaks comparison between Mesenchymal precursor cell in bone marrow and Peripheral blood mononuclear cell
Data format
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sample085_111
bottom peaks comparison between Mesenchymal precursor cell in bone marrow and Placental epithelial cell
Data format
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sample085_112
bottom peaks comparison between Mesenchymal precursor cell in bone marrow and Preadipocyte in breast
Data format
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sample085_113
bottom peaks comparison between Mesenchymal precursor cell in bone marrow and Preadipocyte in omentum
Data format
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sample085_114
bottom peaks comparison between Mesenchymal precursor cell in bone marrow and Subcutaneous preadipocyte
Data format
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sample085_115
bottom peaks comparison between Mesenchymal precursor cell in bone marrow and Visceral preadipocyte
Data format
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sample085_116
bottom peaks comparison between Mesenchymal precursor cell in bone marrow and Prostate epithelial cell
Data format
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sample085_117
bottom peaks comparison between Mesenchymal precursor cell in bone marrow and Prostate stromal cell
Data format
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sample085_118
bottom peaks comparison between Mesenchymal precursor cell in bone marrow and Renal cortical epithelial cell
Data format
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sample085_119
bottom peaks comparison between Mesenchymal precursor cell in bone marrow and Renal glomerular endothelial cell
Data format
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sample085_120
bottom peaks comparison between Mesenchymal precursor cell in bone marrow and Renal mesangial cell
Data format
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sample085_121
bottom peaks comparison between Mesenchymal precursor cell in bone marrow and Renal proximal tubular epithelial cell
Data format
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sample085_122
bottom peaks comparison between Mesenchymal precursor cell in bone marrow and Renal proximal tubular epithelial cell
Data format
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sample085_123
bottom peaks comparison between Mesenchymal precursor cell in bone marrow and Salivary acinar cell
Data format
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sample085_124
bottom peaks comparison between Mesenchymal precursor cell in bone marrow and Schwann
Data format
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sample085_125
bottom peaks comparison between Mesenchymal precursor cell in bone marrow and Sebocyte
Data format
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sample085_126
bottom peaks comparison between Mesenchymal precursor cell in bone marrow and Sertoli
Data format
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sample085_127
bottom peaks comparison between Mesenchymal precursor cell in bone marrow and Skeletal muscle
Data format
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sample085_128
bottom peaks comparison between Mesenchymal precursor cell in bone marrow and Skeletal muscle differentiated into myotubes
Data format
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sample085_129
bottom peaks comparison between Mesenchymal precursor cell in bone marrow and Skeletal muscle satellite cell
Data format
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sample085_130
bottom peaks comparison between Mesenchymal precursor cell in bone marrow and Small airway epithelial cell
Data format
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sample085_131
bottom peaks comparison between Mesenchymal precursor cell in bone marrow and Airway smooth muscle in asthma
Data format
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sample085_132
bottom peaks comparison between Mesenchymal precursor cell in bone marrow and Airway smooth muscle in control
Data format
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sample085_133
bottom peaks comparison between Mesenchymal precursor cell in bone marrow and Smooth muscle in aorta
Data format
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sample085_134
bottom peaks comparison between Mesenchymal precursor cell in bone marrow and Smooth muscle in brachiocephalic artery
Data format
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sample085_135
bottom peaks comparison between Mesenchymal precursor cell in bone marrow and Smooth muscle in brain vessel
Data format
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sample085_136
bottom peaks comparison between Mesenchymal precursor cell in bone marrow and Smooth muscle in bronchial tube
Data format
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sample085_137
bottom peaks comparison between Mesenchymal precursor cell in bone marrow and Smooth muscle in carotid artery
Data format
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sample085_138
bottom peaks comparison between Mesenchymal precursor cell in bone marrow and Smooth muscle in colon
Data format
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sample085_139
bottom peaks comparison between Mesenchymal precursor cell in bone marrow and Smooth muscle in coronary
Data format
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sample085_140
bottom peaks comparison between Mesenchymal precursor cell in bone marrow and Smooth muscle in esophagus
Data format
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sample085_141
bottom peaks comparison between Mesenchymal precursor cell in bone marrow and Smooth muscle in internal thoracic artery
Data format
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sample085_142
bottom peaks comparison between Mesenchymal precursor cell in bone marrow and Smooth muscle in prostate
Data format
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sample085_143
bottom peaks comparison between Mesenchymal precursor cell in bone marrow and Smooth muscle in pulmonary artery
Data format
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sample085_144
bottom peaks comparison between Mesenchymal precursor cell in bone marrow and Smooth muscle in subclavian artery
Data format
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sample085_145
bottom peaks comparison between Mesenchymal precursor cell in bone marrow and Smooth muscle in trachea
Data format
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sample085_146
bottom peaks comparison between Mesenchymal precursor cell in bone marrow and Smooth muscle in umbilical artery
Data format
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sample085_147
bottom peaks comparison between Mesenchymal precursor cell in bone marrow and Smooth muscle in umbilical vein
Data format
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sample085_148
bottom peaks comparison between Mesenchymal precursor cell in bone marrow and Smooth muscle in uterine
Data format
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sample085_149
bottom peaks comparison between Mesenchymal precursor cell in bone marrow and Synoviocyte
Data format
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sample085_150
bottom peaks comparison between Mesenchymal precursor cell in bone marrow and Tenocyte
Data format
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sample085_151
bottom peaks comparison between Mesenchymal precursor cell in bone marrow and Trabecular meshwork
Data format
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sample085_152
bottom peaks comparison between Mesenchymal precursor cell in bone marrow and Tracheal epithelial cell
Data format
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sample085_153
bottom peaks comparison between Mesenchymal precursor cell in bone marrow and Urothelial cell
Data format
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sample085_154
bottom peaks comparison between Mesenchymal precursor cell in bone marrow and Whole blood for donor 1
Data format
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sample085_155
bottom peaks comparison between Mesenchymal precursor cell in bone marrow and Whole blood for donor 2
Data format
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sample085_156
bottom peaks comparison between Mesenchymal precursor cell in bone marrow and Whole blood for donor 3
Data format
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sample086_087
bottom peaks comparison between Mesenchymal precursor cell in heart and Mesenchymal precursor cell in left ovary for ovarian cancer sample
Data format
hide
sample086_088
bottom peaks comparison between Mesenchymal precursor cell in heart and Mesenchymal precursor cell for metastatic ovarian cancer sample
Data format
hide
sample086_089
bottom peaks comparison between Mesenchymal precursor cell in heart and Mesenchymal precursor cell in right ovary for ovarian cancer sample
Data format
hide
sample086_090
bottom peaks comparison between Mesenchymal precursor cell in heart and Mesenchymal stem cell in adipose
Data format
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sample086_091
bottom peaks comparison between Mesenchymal precursor cell in heart and Mesenchymal stem cell in amniotic membrane
Data format
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sample086_092
bottom peaks comparison between Mesenchymal precursor cell in heart and Mesenchymal stem cell in bone marrow
Data format
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sample086_093
bottom peaks comparison between Mesenchymal precursor cell in heart and Mesenchymal stem cell in liver
Data format
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sample086_094
bottom peaks comparison between Mesenchymal precursor cell in heart and Mesenchymal stem cell in umbilical cord
Data format
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sample086_095
bottom peaks comparison between Mesenchymal precursor cell in heart and Mesothelial cell
Data format
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sample086_096
bottom peaks comparison between Mesenchymal precursor cell in heart and Migratory langerhans cell
Data format
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sample086_097
bottom peaks comparison between Mesenchymal precursor cell in heart and Mesenchymal stem cell of umbilical cord blood
Data format
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sample086_098
bottom peaks comparison between Mesenchymal precursor cell in heart and Myoblast
Data format
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sample086_099
bottom peaks comparison between Mesenchymal precursor cell in heart and Nasal epithelial cell
Data format
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sample086_100
bottom peaks comparison between Mesenchymal precursor cell in heart and Natural killer cell
Data format
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sample086_101
bottom peaks comparison between Mesenchymal precursor cell in heart and Neural stem cell
Data format
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sample086_102
bottom peaks comparison between Mesenchymal precursor cell in heart and Neuron
Data format
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sample086_103
bottom peaks comparison between Mesenchymal precursor cell in heart and Neutrophil cell
Data format
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sample086_104
bottom peaks comparison between Mesenchymal precursor cell in heart and Nucleus pulposus
Data format
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sample086_105
bottom peaks comparison between Mesenchymal precursor cell in heart and Olfactory epithelial cell
Data format
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sample086_106
bottom peaks comparison between Mesenchymal precursor cell in heart and Osteoblast
Data format
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sample086_107
bottom peaks comparison between Mesenchymal precursor cell in heart and Differentiated osteoblast
Data format
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sample086_108
bottom peaks comparison between Mesenchymal precursor cell in heart and Pricyte
Data format
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sample086_109
bottom peaks comparison between Mesenchymal precursor cell in heart and Perineurial
Data format
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sample086_110
bottom peaks comparison between Mesenchymal precursor cell in heart and Peripheral blood mononuclear cell
Data format
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sample086_111
bottom peaks comparison between Mesenchymal precursor cell in heart and Placental epithelial cell
Data format
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sample086_112
bottom peaks comparison between Mesenchymal precursor cell in heart and Preadipocyte in breast
Data format
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sample086_113
bottom peaks comparison between Mesenchymal precursor cell in heart and Preadipocyte in omentum
Data format
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sample086_114
bottom peaks comparison between Mesenchymal precursor cell in heart and Subcutaneous preadipocyte
Data format
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sample086_115
bottom peaks comparison between Mesenchymal precursor cell in heart and Visceral preadipocyte
Data format
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sample086_116
bottom peaks comparison between Mesenchymal precursor cell in heart and Prostate epithelial cell
Data format
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sample086_117
bottom peaks comparison between Mesenchymal precursor cell in heart and Prostate stromal cell
Data format
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sample086_118
bottom peaks comparison between Mesenchymal precursor cell in heart and Renal cortical epithelial cell
Data format
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sample086_119
bottom peaks comparison between Mesenchymal precursor cell in heart and Renal glomerular endothelial cell
Data format
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sample086_120
bottom peaks comparison between Mesenchymal precursor cell in heart and Renal mesangial cell
Data format
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sample086_121
bottom peaks comparison between Mesenchymal precursor cell in heart and Renal proximal tubular epithelial cell
Data format
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sample086_122
bottom peaks comparison between Mesenchymal precursor cell in heart and Renal proximal tubular epithelial cell
Data format
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sample086_123
bottom peaks comparison between Mesenchymal precursor cell in heart and Salivary acinar cell
Data format
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sample086_124
bottom peaks comparison between Mesenchymal precursor cell in heart and Schwann
Data format
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sample086_125
bottom peaks comparison between Mesenchymal precursor cell in heart and Sebocyte
Data format
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sample086_126
bottom peaks comparison between Mesenchymal precursor cell in heart and Sertoli
Data format
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sample086_127
bottom peaks comparison between Mesenchymal precursor cell in heart and Skeletal muscle
Data format
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sample086_128
bottom peaks comparison between Mesenchymal precursor cell in heart and Skeletal muscle differentiated into myotubes
Data format
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sample086_129
bottom peaks comparison between Mesenchymal precursor cell in heart and Skeletal muscle satellite cell
Data format
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sample086_130
bottom peaks comparison between Mesenchymal precursor cell in heart and Small airway epithelial cell
Data format
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sample086_131
bottom peaks comparison between Mesenchymal precursor cell in heart and Airway smooth muscle in asthma
Data format
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sample086_132
bottom peaks comparison between Mesenchymal precursor cell in heart and Airway smooth muscle in control
Data format
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sample086_133
bottom peaks comparison between Mesenchymal precursor cell in heart and Smooth muscle in aorta
Data format
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sample086_134
bottom peaks comparison between Mesenchymal precursor cell in heart and Smooth muscle in brachiocephalic artery
Data format
hide
sample086_135
bottom peaks comparison between Mesenchymal precursor cell in heart and Smooth muscle in brain vessel
Data format
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sample086_136
bottom peaks comparison between Mesenchymal precursor cell in heart and Smooth muscle in bronchial tube
Data format
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sample086_137
bottom peaks comparison between Mesenchymal precursor cell in heart and Smooth muscle in carotid artery
Data format
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sample086_138
bottom peaks comparison between Mesenchymal precursor cell in heart and Smooth muscle in colon
Data format
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sample086_139
bottom peaks comparison between Mesenchymal precursor cell in heart and Smooth muscle in coronary
Data format
hide
sample086_140
bottom peaks comparison between Mesenchymal precursor cell in heart and Smooth muscle in esophagus
Data format
hide
sample086_141
bottom peaks comparison between Mesenchymal precursor cell in heart and Smooth muscle in internal thoracic artery
Data format
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sample086_142
bottom peaks comparison between Mesenchymal precursor cell in heart and Smooth muscle in prostate
Data format
hide
sample086_143
bottom peaks comparison between Mesenchymal precursor cell in heart and Smooth muscle in pulmonary artery
Data format
hide
sample086_144
bottom peaks comparison between Mesenchymal precursor cell in heart and Smooth muscle in subclavian artery
Data format
hide
sample086_145
bottom peaks comparison between Mesenchymal precursor cell in heart and Smooth muscle in trachea
Data format
hide
sample086_146
bottom peaks comparison between Mesenchymal precursor cell in heart and Smooth muscle in umbilical artery
Data format
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sample086_147
bottom peaks comparison between Mesenchymal precursor cell in heart and Smooth muscle in umbilical vein
Data format
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sample086_148
bottom peaks comparison between Mesenchymal precursor cell in heart and Smooth muscle in uterine
Data format
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sample086_149
bottom peaks comparison between Mesenchymal precursor cell in heart and Synoviocyte
Data format
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sample086_150
bottom peaks comparison between Mesenchymal precursor cell in heart and Tenocyte
Data format
hide
sample086_151
bottom peaks comparison between Mesenchymal precursor cell in heart and Trabecular meshwork
Data format
hide
sample086_152
bottom peaks comparison between Mesenchymal precursor cell in heart and Tracheal epithelial cell
Data format
hide
sample086_153
bottom peaks comparison between Mesenchymal precursor cell in heart and Urothelial cell
Data format
hide
sample086_154
bottom peaks comparison between Mesenchymal precursor cell in heart and Whole blood for donor 1
Data format
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sample086_155
bottom peaks comparison between Mesenchymal precursor cell in heart and Whole blood for donor 2
Data format
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sample086_156
bottom peaks comparison between Mesenchymal precursor cell in heart and Whole blood for donor 3
Data format
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sample087_088
bottom peaks comparison between Mesenchymal precursor cell in left ovary for ovarian cancer sample and Mesenchymal precursor cell for metastatic ovarian cancer sample
Data format
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sample087_089
bottom peaks comparison between Mesenchymal precursor cell in left ovary for ovarian cancer sample and Mesenchymal precursor cell in right ovary for ovarian cancer sample
Data format
hide
sample087_090
bottom peaks comparison between Mesenchymal precursor cell in left ovary for ovarian cancer sample and Mesenchymal stem cell in adipose
Data format
hide
sample087_091
bottom peaks comparison between Mesenchymal precursor cell in left ovary for ovarian cancer sample and Mesenchymal stem cell in amniotic membrane
Data format
hide
sample087_092
bottom peaks comparison between Mesenchymal precursor cell in left ovary for ovarian cancer sample and Mesenchymal stem cell in bone marrow
Data format
hide
sample087_093
bottom peaks comparison between Mesenchymal precursor cell in left ovary for ovarian cancer sample and Mesenchymal stem cell in liver
Data format
hide
sample087_094
bottom peaks comparison between Mesenchymal precursor cell in left ovary for ovarian cancer sample and Mesenchymal stem cell in umbilical cord
Data format
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sample087_095
bottom peaks comparison between Mesenchymal precursor cell in left ovary for ovarian cancer sample and Mesothelial cell
Data format
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sample087_096
bottom peaks comparison between Mesenchymal precursor cell in left ovary for ovarian cancer sample and Migratory langerhans cell
Data format
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sample087_097
bottom peaks comparison between Mesenchymal precursor cell in left ovary for ovarian cancer sample and Mesenchymal stem cell of umbilical cord blood
Data format
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sample087_098
bottom peaks comparison between Mesenchymal precursor cell in left ovary for ovarian cancer sample and Myoblast
Data format
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sample087_099
bottom peaks comparison between Mesenchymal precursor cell in left ovary for ovarian cancer sample and Nasal epithelial cell
Data format
hide
sample087_100
bottom peaks comparison between Mesenchymal precursor cell in left ovary for ovarian cancer sample and Natural killer cell
Data format
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sample087_101
bottom peaks comparison between Mesenchymal precursor cell in left ovary for ovarian cancer sample and Neural stem cell
Data format
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sample087_102
bottom peaks comparison between Mesenchymal precursor cell in left ovary for ovarian cancer sample and Neuron
Data format
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sample087_103
bottom peaks comparison between Mesenchymal precursor cell in left ovary for ovarian cancer sample and Neutrophil cell
Data format
hide
sample087_104
bottom peaks comparison between Mesenchymal precursor cell in left ovary for ovarian cancer sample and Nucleus pulposus
Data format
hide
sample087_105
bottom peaks comparison between Mesenchymal precursor cell in left ovary for ovarian cancer sample and Olfactory epithelial cell
Data format
hide
sample087_106
bottom peaks comparison between Mesenchymal precursor cell in left ovary for ovarian cancer sample and Osteoblast
Data format
hide
sample087_107
bottom peaks comparison between Mesenchymal precursor cell in left ovary for ovarian cancer sample and Differentiated osteoblast
Data format
hide
sample087_108
bottom peaks comparison between Mesenchymal precursor cell in left ovary for ovarian cancer sample and Pricyte
Data format
hide
sample087_109
bottom peaks comparison between Mesenchymal precursor cell in left ovary for ovarian cancer sample and Perineurial
Data format
hide
sample087_110
bottom peaks comparison between Mesenchymal precursor cell in left ovary for ovarian cancer sample and Peripheral blood mononuclear cell
Data format
hide
sample087_111
bottom peaks comparison between Mesenchymal precursor cell in left ovary for ovarian cancer sample and Placental epithelial cell
Data format
hide
sample087_112
bottom peaks comparison between Mesenchymal precursor cell in left ovary for ovarian cancer sample and Preadipocyte in breast
Data format
hide
sample087_113
bottom peaks comparison between Mesenchymal precursor cell in left ovary for ovarian cancer sample and Preadipocyte in omentum
Data format
hide
sample087_114
bottom peaks comparison between Mesenchymal precursor cell in left ovary for ovarian cancer sample and Subcutaneous preadipocyte
Data format
hide
sample087_115
bottom peaks comparison between Mesenchymal precursor cell in left ovary for ovarian cancer sample and Visceral preadipocyte
Data format
hide
sample087_116
bottom peaks comparison between Mesenchymal precursor cell in left ovary for ovarian cancer sample and Prostate epithelial cell
Data format
hide
sample087_117
bottom peaks comparison between Mesenchymal precursor cell in left ovary for ovarian cancer sample and Prostate stromal cell
Data format
hide
sample087_118
bottom peaks comparison between Mesenchymal precursor cell in left ovary for ovarian cancer sample and Renal cortical epithelial cell
Data format
hide
sample087_119
bottom peaks comparison between Mesenchymal precursor cell in left ovary for ovarian cancer sample and Renal glomerular endothelial cell
Data format
hide
sample087_120
bottom peaks comparison between Mesenchymal precursor cell in left ovary for ovarian cancer sample and Renal mesangial cell
Data format
hide
sample087_121
bottom peaks comparison between Mesenchymal precursor cell in left ovary for ovarian cancer sample and Renal proximal tubular epithelial cell
Data format
hide
sample087_122
bottom peaks comparison between Mesenchymal precursor cell in left ovary for ovarian cancer sample and Renal proximal tubular epithelial cell
Data format
hide
sample087_123
bottom peaks comparison between Mesenchymal precursor cell in left ovary for ovarian cancer sample and Salivary acinar cell
Data format
hide
sample087_124
bottom peaks comparison between Mesenchymal precursor cell in left ovary for ovarian cancer sample and Schwann
Data format
hide
sample087_125
bottom peaks comparison between Mesenchymal precursor cell in left ovary for ovarian cancer sample and Sebocyte
Data format
hide
sample087_126
bottom peaks comparison between Mesenchymal precursor cell in left ovary for ovarian cancer sample and Sertoli
Data format
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sample087_127
bottom peaks comparison between Mesenchymal precursor cell in left ovary for ovarian cancer sample and Skeletal muscle
Data format
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sample087_128
bottom peaks comparison between Mesenchymal precursor cell in left ovary for ovarian cancer sample and Skeletal muscle differentiated into myotubes
Data format
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sample087_129
bottom peaks comparison between Mesenchymal precursor cell in left ovary for ovarian cancer sample and Skeletal muscle satellite cell
Data format
hide
sample087_130
bottom peaks comparison between Mesenchymal precursor cell in left ovary for ovarian cancer sample and Small airway epithelial cell
Data format
hide
sample087_131
bottom peaks comparison between Mesenchymal precursor cell in left ovary for ovarian cancer sample and Airway smooth muscle in asthma
Data format
hide
sample087_132
bottom peaks comparison between Mesenchymal precursor cell in left ovary for ovarian cancer sample and Airway smooth muscle in control
Data format
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sample087_133
bottom peaks comparison between Mesenchymal precursor cell in left ovary for ovarian cancer sample and Smooth muscle in aorta
Data format
hide
sample087_134
bottom peaks comparison between Mesenchymal precursor cell in left ovary for ovarian cancer sample and Smooth muscle in brachiocephalic artery
Data format
hide
sample087_135
bottom peaks comparison between Mesenchymal precursor cell in left ovary for ovarian cancer sample and Smooth muscle in brain vessel
Data format
hide
sample087_136
bottom peaks comparison between Mesenchymal precursor cell in left ovary for ovarian cancer sample and Smooth muscle in bronchial tube
Data format
hide
sample087_137
bottom peaks comparison between Mesenchymal precursor cell in left ovary for ovarian cancer sample and Smooth muscle in carotid artery
Data format
hide
sample087_138
bottom peaks comparison between Mesenchymal precursor cell in left ovary for ovarian cancer sample and Smooth muscle in colon
Data format
hide
sample087_139
bottom peaks comparison between Mesenchymal precursor cell in left ovary for ovarian cancer sample and Smooth muscle in coronary
Data format
hide
sample087_140
bottom peaks comparison between Mesenchymal precursor cell in left ovary for ovarian cancer sample and Smooth muscle in esophagus
Data format
hide
sample087_141
bottom peaks comparison between Mesenchymal precursor cell in left ovary for ovarian cancer sample and Smooth muscle in internal thoracic artery
Data format
hide
sample087_142
bottom peaks comparison between Mesenchymal precursor cell in left ovary for ovarian cancer sample and Smooth muscle in prostate
Data format
hide
sample087_143
bottom peaks comparison between Mesenchymal precursor cell in left ovary for ovarian cancer sample and Smooth muscle in pulmonary artery
Data format
hide
sample087_144
bottom peaks comparison between Mesenchymal precursor cell in left ovary for ovarian cancer sample and Smooth muscle in subclavian artery
Data format
hide
sample087_145
bottom peaks comparison between Mesenchymal precursor cell in left ovary for ovarian cancer sample and Smooth muscle in trachea
Data format
hide
sample087_146
bottom peaks comparison between Mesenchymal precursor cell in left ovary for ovarian cancer sample and Smooth muscle in umbilical artery
Data format
hide
sample087_147
bottom peaks comparison between Mesenchymal precursor cell in left ovary for ovarian cancer sample and Smooth muscle in umbilical vein
Data format
hide
sample087_148
bottom peaks comparison between Mesenchymal precursor cell in left ovary for ovarian cancer sample and Smooth muscle in uterine
Data format
hide
sample087_149
bottom peaks comparison between Mesenchymal precursor cell in left ovary for ovarian cancer sample and Synoviocyte
Data format
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sample087_150
bottom peaks comparison between Mesenchymal precursor cell in left ovary for ovarian cancer sample and Tenocyte
Data format
hide
sample087_151
bottom peaks comparison between Mesenchymal precursor cell in left ovary for ovarian cancer sample and Trabecular meshwork
Data format
hide
sample087_152
bottom peaks comparison between Mesenchymal precursor cell in left ovary for ovarian cancer sample and Tracheal epithelial cell
Data format
hide
sample087_153
bottom peaks comparison between Mesenchymal precursor cell in left ovary for ovarian cancer sample and Urothelial cell
Data format
hide
sample087_154
bottom peaks comparison between Mesenchymal precursor cell in left ovary for ovarian cancer sample and Whole blood for donor 1
Data format
hide
sample087_155
bottom peaks comparison between Mesenchymal precursor cell in left ovary for ovarian cancer sample and Whole blood for donor 2
Data format
hide
sample087_156
bottom peaks comparison between Mesenchymal precursor cell in left ovary for ovarian cancer sample and Whole blood for donor 3
Data format
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sample088_089
bottom peaks comparison between Mesenchymal precursor cell for metastatic ovarian cancer sample and Mesenchymal precursor cell in right ovary for ovarian cancer sample
Data format
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sample088_090
bottom peaks comparison between Mesenchymal precursor cell for metastatic ovarian cancer sample and Mesenchymal stem cell in adipose
Data format
hide
sample088_091
bottom peaks comparison between Mesenchymal precursor cell for metastatic ovarian cancer sample and Mesenchymal stem cell in amniotic membrane
Data format
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sample088_092
bottom peaks comparison between Mesenchymal precursor cell for metastatic ovarian cancer sample and Mesenchymal stem cell in bone marrow
Data format
hide
sample088_093
bottom peaks comparison between Mesenchymal precursor cell for metastatic ovarian cancer sample and Mesenchymal stem cell in liver
Data format
hide
sample088_094
bottom peaks comparison between Mesenchymal precursor cell for metastatic ovarian cancer sample and Mesenchymal stem cell in umbilical cord
Data format
hide
sample088_095
bottom peaks comparison between Mesenchymal precursor cell for metastatic ovarian cancer sample and Mesothelial cell
Data format
hide
sample088_096
bottom peaks comparison between Mesenchymal precursor cell for metastatic ovarian cancer sample and Migratory langerhans cell
Data format
hide
sample088_097
bottom peaks comparison between Mesenchymal precursor cell for metastatic ovarian cancer sample and Mesenchymal stem cell of umbilical cord blood
Data format
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sample088_098
bottom peaks comparison between Mesenchymal precursor cell for metastatic ovarian cancer sample and Myoblast
Data format
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sample088_099
bottom peaks comparison between Mesenchymal precursor cell for metastatic ovarian cancer sample and Nasal epithelial cell
Data format
hide
sample088_100
bottom peaks comparison between Mesenchymal precursor cell for metastatic ovarian cancer sample and Natural killer cell
Data format
hide
sample088_101
bottom peaks comparison between Mesenchymal precursor cell for metastatic ovarian cancer sample and Neural stem cell
Data format
hide
sample088_102
bottom peaks comparison between Mesenchymal precursor cell for metastatic ovarian cancer sample and Neuron
Data format
hide
sample088_103
bottom peaks comparison between Mesenchymal precursor cell for metastatic ovarian cancer sample and Neutrophil cell
Data format
hide
sample088_104
bottom peaks comparison between Mesenchymal precursor cell for metastatic ovarian cancer sample and Nucleus pulposus
Data format
hide
sample088_105
bottom peaks comparison between Mesenchymal precursor cell for metastatic ovarian cancer sample and Olfactory epithelial cell
Data format
hide
sample088_106
bottom peaks comparison between Mesenchymal precursor cell for metastatic ovarian cancer sample and Osteoblast
Data format
hide
sample088_107
bottom peaks comparison between Mesenchymal precursor cell for metastatic ovarian cancer sample and Differentiated osteoblast
Data format
hide
sample088_108
bottom peaks comparison between Mesenchymal precursor cell for metastatic ovarian cancer sample and Pricyte
Data format
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sample088_109
bottom peaks comparison between Mesenchymal precursor cell for metastatic ovarian cancer sample and Perineurial
Data format
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sample088_110
bottom peaks comparison between Mesenchymal precursor cell for metastatic ovarian cancer sample and Peripheral blood mononuclear cell
Data format
hide
sample088_111
bottom peaks comparison between Mesenchymal precursor cell for metastatic ovarian cancer sample and Placental epithelial cell
Data format
hide
sample088_112
bottom peaks comparison between Mesenchymal precursor cell for metastatic ovarian cancer sample and Preadipocyte in breast
Data format
hide
sample088_113
bottom peaks comparison between Mesenchymal precursor cell for metastatic ovarian cancer sample and Preadipocyte in omentum
Data format
hide
sample088_114
bottom peaks comparison between Mesenchymal precursor cell for metastatic ovarian cancer sample and Subcutaneous preadipocyte
Data format
hide
sample088_115
bottom peaks comparison between Mesenchymal precursor cell for metastatic ovarian cancer sample and Visceral preadipocyte
Data format
hide
sample088_116
bottom peaks comparison between Mesenchymal precursor cell for metastatic ovarian cancer sample and Prostate epithelial cell
Data format
hide
sample088_117
bottom peaks comparison between Mesenchymal precursor cell for metastatic ovarian cancer sample and Prostate stromal cell
Data format
hide
sample088_118
bottom peaks comparison between Mesenchymal precursor cell for metastatic ovarian cancer sample and Renal cortical epithelial cell
Data format
hide
sample088_119
bottom peaks comparison between Mesenchymal precursor cell for metastatic ovarian cancer sample and Renal glomerular endothelial cell
Data format
hide
sample088_120
bottom peaks comparison between Mesenchymal precursor cell for metastatic ovarian cancer sample and Renal mesangial cell
Data format
hide
sample088_121
bottom peaks comparison between Mesenchymal precursor cell for metastatic ovarian cancer sample and Renal proximal tubular epithelial cell
Data format
hide
sample088_122
bottom peaks comparison between Mesenchymal precursor cell for metastatic ovarian cancer sample and Renal proximal tubular epithelial cell
Data format
hide
sample088_123
bottom peaks comparison between Mesenchymal precursor cell for metastatic ovarian cancer sample and Salivary acinar cell
Data format
hide
sample088_124
bottom peaks comparison between Mesenchymal precursor cell for metastatic ovarian cancer sample and Schwann
Data format
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sample088_125
bottom peaks comparison between Mesenchymal precursor cell for metastatic ovarian cancer sample and Sebocyte
Data format
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sample088_126
bottom peaks comparison between Mesenchymal precursor cell for metastatic ovarian cancer sample and Sertoli
Data format
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sample088_127
bottom peaks comparison between Mesenchymal precursor cell for metastatic ovarian cancer sample and Skeletal muscle
Data format
hide
sample088_128
bottom peaks comparison between Mesenchymal precursor cell for metastatic ovarian cancer sample and Skeletal muscle differentiated into myotubes
Data format
hide
sample088_129
bottom peaks comparison between Mesenchymal precursor cell for metastatic ovarian cancer sample and Skeletal muscle satellite cell
Data format
hide
sample088_130
bottom peaks comparison between Mesenchymal precursor cell for metastatic ovarian cancer sample and Small airway epithelial cell
Data format
hide
sample088_131
bottom peaks comparison between Mesenchymal precursor cell for metastatic ovarian cancer sample and Airway smooth muscle in asthma
Data format
hide
sample088_132
bottom peaks comparison between Mesenchymal precursor cell for metastatic ovarian cancer sample and Airway smooth muscle in control
Data format
hide
sample088_133
bottom peaks comparison between Mesenchymal precursor cell for metastatic ovarian cancer sample and Smooth muscle in aorta
Data format
hide
sample088_134
bottom peaks comparison between Mesenchymal precursor cell for metastatic ovarian cancer sample and Smooth muscle in brachiocephalic artery
Data format
hide
sample088_135
bottom peaks comparison between Mesenchymal precursor cell for metastatic ovarian cancer sample and Smooth muscle in brain vessel
Data format
hide
sample088_136
bottom peaks comparison between Mesenchymal precursor cell for metastatic ovarian cancer sample and Smooth muscle in bronchial tube
Data format
hide
sample088_137
bottom peaks comparison between Mesenchymal precursor cell for metastatic ovarian cancer sample and Smooth muscle in carotid artery
Data format
hide
sample088_138
bottom peaks comparison between Mesenchymal precursor cell for metastatic ovarian cancer sample and Smooth muscle in colon
Data format
hide
sample088_139
bottom peaks comparison between Mesenchymal precursor cell for metastatic ovarian cancer sample and Smooth muscle in coronary
Data format
hide
sample088_140
bottom peaks comparison between Mesenchymal precursor cell for metastatic ovarian cancer sample and Smooth muscle in esophagus
Data format
hide
sample088_141
bottom peaks comparison between Mesenchymal precursor cell for metastatic ovarian cancer sample and Smooth muscle in internal thoracic artery
Data format
hide
sample088_142
bottom peaks comparison between Mesenchymal precursor cell for metastatic ovarian cancer sample and Smooth muscle in prostate
Data format
hide
sample088_143
bottom peaks comparison between Mesenchymal precursor cell for metastatic ovarian cancer sample and Smooth muscle in pulmonary artery
Data format
hide
sample088_144
bottom peaks comparison between Mesenchymal precursor cell for metastatic ovarian cancer sample and Smooth muscle in subclavian artery
Data format
hide
sample088_145
bottom peaks comparison between Mesenchymal precursor cell for metastatic ovarian cancer sample and Smooth muscle in trachea
Data format
hide
sample088_146
bottom peaks comparison between Mesenchymal precursor cell for metastatic ovarian cancer sample and Smooth muscle in umbilical artery
Data format
hide
sample088_147
bottom peaks comparison between Mesenchymal precursor cell for metastatic ovarian cancer sample and Smooth muscle in umbilical vein
Data format
hide
sample088_148
bottom peaks comparison between Mesenchymal precursor cell for metastatic ovarian cancer sample and Smooth muscle in uterine
Data format
hide
sample088_149
bottom peaks comparison between Mesenchymal precursor cell for metastatic ovarian cancer sample and Synoviocyte
Data format
hide
sample088_150
bottom peaks comparison between Mesenchymal precursor cell for metastatic ovarian cancer sample and Tenocyte
Data format
hide
sample088_151
bottom peaks comparison between Mesenchymal precursor cell for metastatic ovarian cancer sample and Trabecular meshwork
Data format
hide
sample088_152
bottom peaks comparison between Mesenchymal precursor cell for metastatic ovarian cancer sample and Tracheal epithelial cell
Data format
hide
sample088_153
bottom peaks comparison between Mesenchymal precursor cell for metastatic ovarian cancer sample and Urothelial cell
Data format
hide
sample088_154
bottom peaks comparison between Mesenchymal precursor cell for metastatic ovarian cancer sample and Whole blood for donor 1
Data format
hide
sample088_155
bottom peaks comparison between Mesenchymal precursor cell for metastatic ovarian cancer sample and Whole blood for donor 2
Data format
hide
sample088_156
bottom peaks comparison between Mesenchymal precursor cell for metastatic ovarian cancer sample and Whole blood for donor 3
Data format
hide
sample089_090
bottom peaks comparison between Mesenchymal precursor cell in right ovary for ovarian cancer sample and Mesenchymal stem cell in adipose
Data format
hide
sample089_091
bottom peaks comparison between Mesenchymal precursor cell in right ovary for ovarian cancer sample and Mesenchymal stem cell in amniotic membrane
Data format
hide
sample089_092
bottom peaks comparison between Mesenchymal precursor cell in right ovary for ovarian cancer sample and Mesenchymal stem cell in bone marrow
Data format
hide
sample089_093
bottom peaks comparison between Mesenchymal precursor cell in right ovary for ovarian cancer sample and Mesenchymal stem cell in liver
Data format
hide
sample089_094
bottom peaks comparison between Mesenchymal precursor cell in right ovary for ovarian cancer sample and Mesenchymal stem cell in umbilical cord
Data format
hide
sample089_095
bottom peaks comparison between Mesenchymal precursor cell in right ovary for ovarian cancer sample and Mesothelial cell
Data format
hide
sample089_096
bottom peaks comparison between Mesenchymal precursor cell in right ovary for ovarian cancer sample and Migratory langerhans cell
Data format
hide
sample089_097
bottom peaks comparison between Mesenchymal precursor cell in right ovary for ovarian cancer sample and Mesenchymal stem cell of umbilical cord blood
Data format
hide
sample089_098
bottom peaks comparison between Mesenchymal precursor cell in right ovary for ovarian cancer sample and Myoblast
Data format
hide
sample089_099
bottom peaks comparison between Mesenchymal precursor cell in right ovary for ovarian cancer sample and Nasal epithelial cell
Data format
hide
sample089_100
bottom peaks comparison between Mesenchymal precursor cell in right ovary for ovarian cancer sample and Natural killer cell
Data format
hide
sample089_101
bottom peaks comparison between Mesenchymal precursor cell in right ovary for ovarian cancer sample and Neural stem cell
Data format
hide
sample089_102
bottom peaks comparison between Mesenchymal precursor cell in right ovary for ovarian cancer sample and Neuron
Data format
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sample089_103
bottom peaks comparison between Mesenchymal precursor cell in right ovary for ovarian cancer sample and Neutrophil cell
Data format
hide
sample089_104
bottom peaks comparison between Mesenchymal precursor cell in right ovary for ovarian cancer sample and Nucleus pulposus
Data format
hide
sample089_105
bottom peaks comparison between Mesenchymal precursor cell in right ovary for ovarian cancer sample and Olfactory epithelial cell
Data format
hide
sample089_106
bottom peaks comparison between Mesenchymal precursor cell in right ovary for ovarian cancer sample and Osteoblast
Data format
hide
sample089_107
bottom peaks comparison between Mesenchymal precursor cell in right ovary for ovarian cancer sample and Differentiated osteoblast
Data format
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sample089_108
bottom peaks comparison between Mesenchymal precursor cell in right ovary for ovarian cancer sample and Pricyte
Data format
hide
sample089_109
bottom peaks comparison between Mesenchymal precursor cell in right ovary for ovarian cancer sample and Perineurial
Data format
hide
sample089_110
bottom peaks comparison between Mesenchymal precursor cell in right ovary for ovarian cancer sample and Peripheral blood mononuclear cell
Data format
hide
sample089_111
bottom peaks comparison between Mesenchymal precursor cell in right ovary for ovarian cancer sample and Placental epithelial cell
Data format
hide
sample089_112
bottom peaks comparison between Mesenchymal precursor cell in right ovary for ovarian cancer sample and Preadipocyte in breast
Data format
hide
sample089_113
bottom peaks comparison between Mesenchymal precursor cell in right ovary for ovarian cancer sample and Preadipocyte in omentum
Data format
hide
sample089_114
bottom peaks comparison between Mesenchymal precursor cell in right ovary for ovarian cancer sample and Subcutaneous preadipocyte
Data format
hide
sample089_115
bottom peaks comparison between Mesenchymal precursor cell in right ovary for ovarian cancer sample and Visceral preadipocyte
Data format
hide
sample089_116
bottom peaks comparison between Mesenchymal precursor cell in right ovary for ovarian cancer sample and Prostate epithelial cell
Data format
hide
sample089_117
bottom peaks comparison between Mesenchymal precursor cell in right ovary for ovarian cancer sample and Prostate stromal cell
Data format
hide
sample089_118
bottom peaks comparison between Mesenchymal precursor cell in right ovary for ovarian cancer sample and Renal cortical epithelial cell
Data format
hide
sample089_119
bottom peaks comparison between Mesenchymal precursor cell in right ovary for ovarian cancer sample and Renal glomerular endothelial cell
Data format
hide
sample089_120
bottom peaks comparison between Mesenchymal precursor cell in right ovary for ovarian cancer sample and Renal mesangial cell
Data format
hide
sample089_121
bottom peaks comparison between Mesenchymal precursor cell in right ovary for ovarian cancer sample and Renal proximal tubular epithelial cell
Data format
hide
sample089_122
bottom peaks comparison between Mesenchymal precursor cell in right ovary for ovarian cancer sample and Renal proximal tubular epithelial cell
Data format
hide
sample089_123
bottom peaks comparison between Mesenchymal precursor cell in right ovary for ovarian cancer sample and Salivary acinar cell
Data format
hide
sample089_124
bottom peaks comparison between Mesenchymal precursor cell in right ovary for ovarian cancer sample and Schwann
Data format
hide
sample089_125
bottom peaks comparison between Mesenchymal precursor cell in right ovary for ovarian cancer sample and Sebocyte
Data format
hide
sample089_126
bottom peaks comparison between Mesenchymal precursor cell in right ovary for ovarian cancer sample and Sertoli
Data format
hide
sample089_127
bottom peaks comparison between Mesenchymal precursor cell in right ovary for ovarian cancer sample and Skeletal muscle
Data format
hide
sample089_128
bottom peaks comparison between Mesenchymal precursor cell in right ovary for ovarian cancer sample and Skeletal muscle differentiated into myotubes
Data format
hide
sample089_129
bottom peaks comparison between Mesenchymal precursor cell in right ovary for ovarian cancer sample and Skeletal muscle satellite cell
Data format
hide
sample089_130
bottom peaks comparison between Mesenchymal precursor cell in right ovary for ovarian cancer sample and Small airway epithelial cell
Data format
hide
sample089_131
bottom peaks comparison between Mesenchymal precursor cell in right ovary for ovarian cancer sample and Airway smooth muscle in asthma
Data format
hide
sample089_132
bottom peaks comparison between Mesenchymal precursor cell in right ovary for ovarian cancer sample and Airway smooth muscle in control
Data format
hide
sample089_133
bottom peaks comparison between Mesenchymal precursor cell in right ovary for ovarian cancer sample and Smooth muscle in aorta
Data format
hide
sample089_134
bottom peaks comparison between Mesenchymal precursor cell in right ovary for ovarian cancer sample and Smooth muscle in brachiocephalic artery
Data format
hide
sample089_135
bottom peaks comparison between Mesenchymal precursor cell in right ovary for ovarian cancer sample and Smooth muscle in brain vessel
Data format
hide
sample089_136
bottom peaks comparison between Mesenchymal precursor cell in right ovary for ovarian cancer sample and Smooth muscle in bronchial tube
Data format
hide
sample089_137
bottom peaks comparison between Mesenchymal precursor cell in right ovary for ovarian cancer sample and Smooth muscle in carotid artery
Data format
hide
sample089_138
bottom peaks comparison between Mesenchymal precursor cell in right ovary for ovarian cancer sample and Smooth muscle in colon
Data format
hide
sample089_139
bottom peaks comparison between Mesenchymal precursor cell in right ovary for ovarian cancer sample and Smooth muscle in coronary
Data format
hide
sample089_140
bottom peaks comparison between Mesenchymal precursor cell in right ovary for ovarian cancer sample and Smooth muscle in esophagus
Data format
hide
sample089_141
bottom peaks comparison between Mesenchymal precursor cell in right ovary for ovarian cancer sample and Smooth muscle in internal thoracic artery
Data format
hide
sample089_142
bottom peaks comparison between Mesenchymal precursor cell in right ovary for ovarian cancer sample and Smooth muscle in prostate
Data format
hide
sample089_143
bottom peaks comparison between Mesenchymal precursor cell in right ovary for ovarian cancer sample and Smooth muscle in pulmonary artery
Data format
hide
sample089_144
bottom peaks comparison between Mesenchymal precursor cell in right ovary for ovarian cancer sample and Smooth muscle in subclavian artery
Data format
hide
sample089_145
bottom peaks comparison between Mesenchymal precursor cell in right ovary for ovarian cancer sample and Smooth muscle in trachea
Data format
hide
sample089_146
bottom peaks comparison between Mesenchymal precursor cell in right ovary for ovarian cancer sample and Smooth muscle in umbilical artery
Data format
hide
sample089_147
bottom peaks comparison between Mesenchymal precursor cell in right ovary for ovarian cancer sample and Smooth muscle in umbilical vein
Data format
hide
sample089_148
bottom peaks comparison between Mesenchymal precursor cell in right ovary for ovarian cancer sample and Smooth muscle in uterine
Data format
hide
sample089_149
bottom peaks comparison between Mesenchymal precursor cell in right ovary for ovarian cancer sample and Synoviocyte
Data format
hide
sample089_150
bottom peaks comparison between Mesenchymal precursor cell in right ovary for ovarian cancer sample and Tenocyte
Data format
hide
sample089_151
bottom peaks comparison between Mesenchymal precursor cell in right ovary for ovarian cancer sample and Trabecular meshwork
Data format
hide
sample089_152
bottom peaks comparison between Mesenchymal precursor cell in right ovary for ovarian cancer sample and Tracheal epithelial cell
Data format
hide
sample089_153
bottom peaks comparison between Mesenchymal precursor cell in right ovary for ovarian cancer sample and Urothelial cell
Data format
hide
sample089_154
bottom peaks comparison between Mesenchymal precursor cell in right ovary for ovarian cancer sample and Whole blood for donor 1
Data format
hide
sample089_155
bottom peaks comparison between Mesenchymal precursor cell in right ovary for ovarian cancer sample and Whole blood for donor 2
Data format
hide
sample089_156
bottom peaks comparison between Mesenchymal precursor cell in right ovary for ovarian cancer sample and Whole blood for donor 3
Data format
hide
sample090_091
bottom peaks comparison between Mesenchymal stem cell in adipose and Mesenchymal stem cell in amniotic membrane
Data format
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sample090_092
bottom peaks comparison between Mesenchymal stem cell in adipose and Mesenchymal stem cell in bone marrow
Data format
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sample090_093
bottom peaks comparison between Mesenchymal stem cell in adipose and Mesenchymal stem cell in liver
Data format
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sample090_094
bottom peaks comparison between Mesenchymal stem cell in adipose and Mesenchymal stem cell in umbilical cord
Data format
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sample090_095
bottom peaks comparison between Mesenchymal stem cell in adipose and Mesothelial cell
Data format
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sample090_096
bottom peaks comparison between Mesenchymal stem cell in adipose and Migratory langerhans cell
Data format
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sample090_097
bottom peaks comparison between Mesenchymal stem cell in adipose and Mesenchymal stem cell of umbilical cord blood
Data format
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sample090_098
bottom peaks comparison between Mesenchymal stem cell in adipose and Myoblast
Data format
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sample090_099
bottom peaks comparison between Mesenchymal stem cell in adipose and Nasal epithelial cell
Data format
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sample090_100
bottom peaks comparison between Mesenchymal stem cell in adipose and Natural killer cell
Data format
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sample090_101
bottom peaks comparison between Mesenchymal stem cell in adipose and Neural stem cell
Data format
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sample090_102
bottom peaks comparison between Mesenchymal stem cell in adipose and Neuron
Data format
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sample090_103
bottom peaks comparison between Mesenchymal stem cell in adipose and Neutrophil cell
Data format
hide
sample090_104
bottom peaks comparison between Mesenchymal stem cell in adipose and Nucleus pulposus
Data format
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sample090_105
bottom peaks comparison between Mesenchymal stem cell in adipose and Olfactory epithelial cell
Data format
hide
sample090_106
bottom peaks comparison between Mesenchymal stem cell in adipose and Osteoblast
Data format
hide
sample090_107
bottom peaks comparison between Mesenchymal stem cell in adipose and Differentiated osteoblast
Data format
hide
sample090_108
bottom peaks comparison between Mesenchymal stem cell in adipose and Pricyte
Data format
hide
sample090_109
bottom peaks comparison between Mesenchymal stem cell in adipose and Perineurial
Data format
hide
sample090_110
bottom peaks comparison between Mesenchymal stem cell in adipose and Peripheral blood mononuclear cell
Data format
hide
sample090_111
bottom peaks comparison between Mesenchymal stem cell in adipose and Placental epithelial cell
Data format
hide
sample090_112
bottom peaks comparison between Mesenchymal stem cell in adipose and Preadipocyte in breast
Data format
hide
sample090_113
bottom peaks comparison between Mesenchymal stem cell in adipose and Preadipocyte in omentum
Data format
hide
sample090_114
bottom peaks comparison between Mesenchymal stem cell in adipose and Subcutaneous preadipocyte
Data format
hide
sample090_115
bottom peaks comparison between Mesenchymal stem cell in adipose and Visceral preadipocyte
Data format
hide
sample090_116
bottom peaks comparison between Mesenchymal stem cell in adipose and Prostate epithelial cell
Data format
hide
sample090_117
bottom peaks comparison between Mesenchymal stem cell in adipose and Prostate stromal cell
Data format
hide
sample090_118
bottom peaks comparison between Mesenchymal stem cell in adipose and Renal cortical epithelial cell
Data format
hide
sample090_119
bottom peaks comparison between Mesenchymal stem cell in adipose and Renal glomerular endothelial cell
Data format
hide
sample090_120
bottom peaks comparison between Mesenchymal stem cell in adipose and Renal mesangial cell
Data format
hide
sample090_121
bottom peaks comparison between Mesenchymal stem cell in adipose and Renal proximal tubular epithelial cell
Data format
hide
sample090_122
bottom peaks comparison between Mesenchymal stem cell in adipose and Renal proximal tubular epithelial cell
Data format
hide
sample090_123
bottom peaks comparison between Mesenchymal stem cell in adipose and Salivary acinar cell
Data format
hide
sample090_124
bottom peaks comparison between Mesenchymal stem cell in adipose and Schwann
Data format
hide
sample090_125
bottom peaks comparison between Mesenchymal stem cell in adipose and Sebocyte
Data format
hide
sample090_126
bottom peaks comparison between Mesenchymal stem cell in adipose and Sertoli
Data format
hide
sample090_127
bottom peaks comparison between Mesenchymal stem cell in adipose and Skeletal muscle
Data format
hide
sample090_128
bottom peaks comparison between Mesenchymal stem cell in adipose and Skeletal muscle differentiated into myotubes
Data format
hide
sample090_129
bottom peaks comparison between Mesenchymal stem cell in adipose and Skeletal muscle satellite cell
Data format
hide
sample090_130
bottom peaks comparison between Mesenchymal stem cell in adipose and Small airway epithelial cell
Data format
hide
sample090_131
bottom peaks comparison between Mesenchymal stem cell in adipose and Airway smooth muscle in asthma
Data format
hide
sample090_132
bottom peaks comparison between Mesenchymal stem cell in adipose and Airway smooth muscle in control
Data format
hide
sample090_133
bottom peaks comparison between Mesenchymal stem cell in adipose and Smooth muscle in aorta
Data format
hide
sample090_134
bottom peaks comparison between Mesenchymal stem cell in adipose and Smooth muscle in brachiocephalic artery
Data format
hide
sample090_135
bottom peaks comparison between Mesenchymal stem cell in adipose and Smooth muscle in brain vessel
Data format
hide
sample090_136
bottom peaks comparison between Mesenchymal stem cell in adipose and Smooth muscle in bronchial tube
Data format
hide
sample090_137
bottom peaks comparison between Mesenchymal stem cell in adipose and Smooth muscle in carotid artery
Data format
hide
sample090_138
bottom peaks comparison between Mesenchymal stem cell in adipose and Smooth muscle in colon
Data format
hide
sample090_139
bottom peaks comparison between Mesenchymal stem cell in adipose and Smooth muscle in coronary
Data format
hide
sample090_140
bottom peaks comparison between Mesenchymal stem cell in adipose and Smooth muscle in esophagus
Data format
hide
sample090_141
bottom peaks comparison between Mesenchymal stem cell in adipose and Smooth muscle in internal thoracic artery
Data format
hide
sample090_142
bottom peaks comparison between Mesenchymal stem cell in adipose and Smooth muscle in prostate
Data format
hide
sample090_143
bottom peaks comparison between Mesenchymal stem cell in adipose and Smooth muscle in pulmonary artery
Data format
hide
sample090_144
bottom peaks comparison between Mesenchymal stem cell in adipose and Smooth muscle in subclavian artery
Data format
hide
sample090_145
bottom peaks comparison between Mesenchymal stem cell in adipose and Smooth muscle in trachea
Data format
hide
sample090_146
bottom peaks comparison between Mesenchymal stem cell in adipose and Smooth muscle in umbilical artery
Data format
hide
sample090_147
bottom peaks comparison between Mesenchymal stem cell in adipose and Smooth muscle in umbilical vein
Data format
hide
sample090_148
bottom peaks comparison between Mesenchymal stem cell in adipose and Smooth muscle in uterine
Data format
hide
sample090_149
bottom peaks comparison between Mesenchymal stem cell in adipose and Synoviocyte
Data format
hide
sample090_150
bottom peaks comparison between Mesenchymal stem cell in adipose and Tenocyte
Data format
hide
sample090_151
bottom peaks comparison between Mesenchymal stem cell in adipose and Trabecular meshwork
Data format
hide
sample090_152
bottom peaks comparison between Mesenchymal stem cell in adipose and Tracheal epithelial cell
Data format
hide
sample090_153
bottom peaks comparison between Mesenchymal stem cell in adipose and Urothelial cell
Data format
hide
sample090_154
bottom peaks comparison between Mesenchymal stem cell in adipose and Whole blood for donor 1
Data format
hide
sample090_155
bottom peaks comparison between Mesenchymal stem cell in adipose and Whole blood for donor 2
Data format
hide
sample090_156
bottom peaks comparison between Mesenchymal stem cell in adipose and Whole blood for donor 3
Data format
hide
sample091_092
bottom peaks comparison between Mesenchymal stem cell in amniotic membrane and Mesenchymal stem cell in bone marrow
Data format
hide
sample091_093
bottom peaks comparison between Mesenchymal stem cell in amniotic membrane and Mesenchymal stem cell in liver
Data format
hide
sample091_094
bottom peaks comparison between Mesenchymal stem cell in amniotic membrane and Mesenchymal stem cell in umbilical cord
Data format
hide
sample091_095
bottom peaks comparison between Mesenchymal stem cell in amniotic membrane and Mesothelial cell
Data format
hide
sample091_096
bottom peaks comparison between Mesenchymal stem cell in amniotic membrane and Migratory langerhans cell
Data format
hide
sample091_097
bottom peaks comparison between Mesenchymal stem cell in amniotic membrane and Mesenchymal stem cell of umbilical cord blood
Data format
hide
sample091_098
bottom peaks comparison between Mesenchymal stem cell in amniotic membrane and Myoblast
Data format
hide
sample091_099
bottom peaks comparison between Mesenchymal stem cell in amniotic membrane and Nasal epithelial cell
Data format
hide
sample091_100
bottom peaks comparison between Mesenchymal stem cell in amniotic membrane and Natural killer cell
Data format
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sample091_101
bottom peaks comparison between Mesenchymal stem cell in amniotic membrane and Neural stem cell
Data format
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sample091_102
bottom peaks comparison between Mesenchymal stem cell in amniotic membrane and Neuron
Data format
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sample091_103
bottom peaks comparison between Mesenchymal stem cell in amniotic membrane and Neutrophil cell
Data format
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sample091_104
bottom peaks comparison between Mesenchymal stem cell in amniotic membrane and Nucleus pulposus
Data format
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sample091_105
bottom peaks comparison between Mesenchymal stem cell in amniotic membrane and Olfactory epithelial cell
Data format
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sample091_106
bottom peaks comparison between Mesenchymal stem cell in amniotic membrane and Osteoblast
Data format
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sample091_107
bottom peaks comparison between Mesenchymal stem cell in amniotic membrane and Differentiated osteoblast
Data format
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sample091_108
bottom peaks comparison between Mesenchymal stem cell in amniotic membrane and Pricyte
Data format
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sample091_109
bottom peaks comparison between Mesenchymal stem cell in amniotic membrane and Perineurial
Data format
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sample091_110
bottom peaks comparison between Mesenchymal stem cell in amniotic membrane and Peripheral blood mononuclear cell
Data format
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sample091_111
bottom peaks comparison between Mesenchymal stem cell in amniotic membrane and Placental epithelial cell
Data format
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sample091_112
bottom peaks comparison between Mesenchymal stem cell in amniotic membrane and Preadipocyte in breast
Data format
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sample091_113
bottom peaks comparison between Mesenchymal stem cell in amniotic membrane and Preadipocyte in omentum
Data format
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sample091_114
bottom peaks comparison between Mesenchymal stem cell in amniotic membrane and Subcutaneous preadipocyte
Data format
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sample091_115
bottom peaks comparison between Mesenchymal stem cell in amniotic membrane and Visceral preadipocyte
Data format
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sample091_116
bottom peaks comparison between Mesenchymal stem cell in amniotic membrane and Prostate epithelial cell
Data format
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sample091_117
bottom peaks comparison between Mesenchymal stem cell in amniotic membrane and Prostate stromal cell
Data format
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sample091_118
bottom peaks comparison between Mesenchymal stem cell in amniotic membrane and Renal cortical epithelial cell
Data format
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sample091_119
bottom peaks comparison between Mesenchymal stem cell in amniotic membrane and Renal glomerular endothelial cell
Data format
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sample091_120
bottom peaks comparison between Mesenchymal stem cell in amniotic membrane and Renal mesangial cell
Data format
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sample091_121
bottom peaks comparison between Mesenchymal stem cell in amniotic membrane and Renal proximal tubular epithelial cell
Data format
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sample091_122
bottom peaks comparison between Mesenchymal stem cell in amniotic membrane and Renal proximal tubular epithelial cell
Data format
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sample091_123
bottom peaks comparison between Mesenchymal stem cell in amniotic membrane and Salivary acinar cell
Data format
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sample091_124
bottom peaks comparison between Mesenchymal stem cell in amniotic membrane and Schwann
Data format
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sample091_125
bottom peaks comparison between Mesenchymal stem cell in amniotic membrane and Sebocyte
Data format
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sample091_126
bottom peaks comparison between Mesenchymal stem cell in amniotic membrane and Sertoli
Data format
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sample091_127
bottom peaks comparison between Mesenchymal stem cell in amniotic membrane and Skeletal muscle
Data format
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sample091_128
bottom peaks comparison between Mesenchymal stem cell in amniotic membrane and Skeletal muscle differentiated into myotubes
Data format
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sample091_129
bottom peaks comparison between Mesenchymal stem cell in amniotic membrane and Skeletal muscle satellite cell
Data format
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sample091_130
bottom peaks comparison between Mesenchymal stem cell in amniotic membrane and Small airway epithelial cell
Data format
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sample091_131
bottom peaks comparison between Mesenchymal stem cell in amniotic membrane and Airway smooth muscle in asthma
Data format
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sample091_132
bottom peaks comparison between Mesenchymal stem cell in amniotic membrane and Airway smooth muscle in control
Data format
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sample091_133
bottom peaks comparison between Mesenchymal stem cell in amniotic membrane and Smooth muscle in aorta
Data format
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sample091_134
bottom peaks comparison between Mesenchymal stem cell in amniotic membrane and Smooth muscle in brachiocephalic artery
Data format
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sample091_135
bottom peaks comparison between Mesenchymal stem cell in amniotic membrane and Smooth muscle in brain vessel
Data format
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sample091_136
bottom peaks comparison between Mesenchymal stem cell in amniotic membrane and Smooth muscle in bronchial tube
Data format
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sample091_137
bottom peaks comparison between Mesenchymal stem cell in amniotic membrane and Smooth muscle in carotid artery
Data format
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sample091_138
bottom peaks comparison between Mesenchymal stem cell in amniotic membrane and Smooth muscle in colon
Data format
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sample091_139
bottom peaks comparison between Mesenchymal stem cell in amniotic membrane and Smooth muscle in coronary
Data format
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sample091_140
bottom peaks comparison between Mesenchymal stem cell in amniotic membrane and Smooth muscle in esophagus
Data format
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sample091_141
bottom peaks comparison between Mesenchymal stem cell in amniotic membrane and Smooth muscle in internal thoracic artery
Data format
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sample091_142
bottom peaks comparison between Mesenchymal stem cell in amniotic membrane and Smooth muscle in prostate
Data format
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sample091_143
bottom peaks comparison between Mesenchymal stem cell in amniotic membrane and Smooth muscle in pulmonary artery
Data format
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sample091_144
bottom peaks comparison between Mesenchymal stem cell in amniotic membrane and Smooth muscle in subclavian artery
Data format
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sample091_145
bottom peaks comparison between Mesenchymal stem cell in amniotic membrane and Smooth muscle in trachea
Data format
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sample091_146
bottom peaks comparison between Mesenchymal stem cell in amniotic membrane and Smooth muscle in umbilical artery
Data format
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sample091_147
bottom peaks comparison between Mesenchymal stem cell in amniotic membrane and Smooth muscle in umbilical vein
Data format
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sample091_148
bottom peaks comparison between Mesenchymal stem cell in amniotic membrane and Smooth muscle in uterine
Data format
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sample091_149
bottom peaks comparison between Mesenchymal stem cell in amniotic membrane and Synoviocyte
Data format
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sample091_150
bottom peaks comparison between Mesenchymal stem cell in amniotic membrane and Tenocyte
Data format
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sample091_151
bottom peaks comparison between Mesenchymal stem cell in amniotic membrane and Trabecular meshwork
Data format
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sample091_152
bottom peaks comparison between Mesenchymal stem cell in amniotic membrane and Tracheal epithelial cell
Data format
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sample091_153
bottom peaks comparison between Mesenchymal stem cell in amniotic membrane and Urothelial cell
Data format
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sample091_154
bottom peaks comparison between Mesenchymal stem cell in amniotic membrane and Whole blood for donor 1
Data format
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sample091_155
bottom peaks comparison between Mesenchymal stem cell in amniotic membrane and Whole blood for donor 2
Data format
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sample091_156
bottom peaks comparison between Mesenchymal stem cell in amniotic membrane and Whole blood for donor 3
Data format
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sample092_093
bottom peaks comparison between Mesenchymal stem cell in bone marrow and Mesenchymal stem cell in liver
Data format
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sample092_094
bottom peaks comparison between Mesenchymal stem cell in bone marrow and Mesenchymal stem cell in umbilical cord
Data format
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sample092_095
bottom peaks comparison between Mesenchymal stem cell in bone marrow and Mesothelial cell
Data format
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sample092_096
bottom peaks comparison between Mesenchymal stem cell in bone marrow and Migratory langerhans cell
Data format
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sample092_097
bottom peaks comparison between Mesenchymal stem cell in bone marrow and Mesenchymal stem cell of umbilical cord blood
Data format
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sample092_098
bottom peaks comparison between Mesenchymal stem cell in bone marrow and Myoblast
Data format
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sample092_099
bottom peaks comparison between Mesenchymal stem cell in bone marrow and Nasal epithelial cell
Data format
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sample092_100
bottom peaks comparison between Mesenchymal stem cell in bone marrow and Natural killer cell
Data format
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sample092_101
bottom peaks comparison between Mesenchymal stem cell in bone marrow and Neural stem cell
Data format
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sample092_102
bottom peaks comparison between Mesenchymal stem cell in bone marrow and Neuron
Data format
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sample092_103
bottom peaks comparison between Mesenchymal stem cell in bone marrow and Neutrophil cell
Data format
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sample092_104
bottom peaks comparison between Mesenchymal stem cell in bone marrow and Nucleus pulposus
Data format
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sample092_105
bottom peaks comparison between Mesenchymal stem cell in bone marrow and Olfactory epithelial cell
Data format
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sample092_106
bottom peaks comparison between Mesenchymal stem cell in bone marrow and Osteoblast
Data format
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sample092_107
bottom peaks comparison between Mesenchymal stem cell in bone marrow and Differentiated osteoblast
Data format
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sample092_108
bottom peaks comparison between Mesenchymal stem cell in bone marrow and Pricyte
Data format
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sample092_109
bottom peaks comparison between Mesenchymal stem cell in bone marrow and Perineurial
Data format
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sample092_110
bottom peaks comparison between Mesenchymal stem cell in bone marrow and Peripheral blood mononuclear cell
Data format
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sample092_111
bottom peaks comparison between Mesenchymal stem cell in bone marrow and Placental epithelial cell
Data format
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sample092_112
bottom peaks comparison between Mesenchymal stem cell in bone marrow and Preadipocyte in breast
Data format
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sample092_113
bottom peaks comparison between Mesenchymal stem cell in bone marrow and Preadipocyte in omentum
Data format
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sample092_114
bottom peaks comparison between Mesenchymal stem cell in bone marrow and Subcutaneous preadipocyte
Data format
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sample092_115
bottom peaks comparison between Mesenchymal stem cell in bone marrow and Visceral preadipocyte
Data format
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sample092_116
bottom peaks comparison between Mesenchymal stem cell in bone marrow and Prostate epithelial cell
Data format
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sample092_117
bottom peaks comparison between Mesenchymal stem cell in bone marrow and Prostate stromal cell
Data format
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sample092_118
bottom peaks comparison between Mesenchymal stem cell in bone marrow and Renal cortical epithelial cell
Data format
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sample092_119
bottom peaks comparison between Mesenchymal stem cell in bone marrow and Renal glomerular endothelial cell
Data format
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sample092_120
bottom peaks comparison between Mesenchymal stem cell in bone marrow and Renal mesangial cell
Data format
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sample092_121
bottom peaks comparison between Mesenchymal stem cell in bone marrow and Renal proximal tubular epithelial cell
Data format
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sample092_122
bottom peaks comparison between Mesenchymal stem cell in bone marrow and Renal proximal tubular epithelial cell
Data format
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sample092_123
bottom peaks comparison between Mesenchymal stem cell in bone marrow and Salivary acinar cell
Data format
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sample092_124
bottom peaks comparison between Mesenchymal stem cell in bone marrow and Schwann
Data format
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sample092_125
bottom peaks comparison between Mesenchymal stem cell in bone marrow and Sebocyte
Data format
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sample092_126
bottom peaks comparison between Mesenchymal stem cell in bone marrow and Sertoli
Data format
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sample092_127
bottom peaks comparison between Mesenchymal stem cell in bone marrow and Skeletal muscle
Data format
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sample092_128
bottom peaks comparison between Mesenchymal stem cell in bone marrow and Skeletal muscle differentiated into myotubes
Data format
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sample092_129
bottom peaks comparison between Mesenchymal stem cell in bone marrow and Skeletal muscle satellite cell
Data format
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sample092_130
bottom peaks comparison between Mesenchymal stem cell in bone marrow and Small airway epithelial cell
Data format
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sample092_131
bottom peaks comparison between Mesenchymal stem cell in bone marrow and Airway smooth muscle in asthma
Data format
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sample092_132
bottom peaks comparison between Mesenchymal stem cell in bone marrow and Airway smooth muscle in control
Data format
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sample092_133
bottom peaks comparison between Mesenchymal stem cell in bone marrow and Smooth muscle in aorta
Data format
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sample092_134
bottom peaks comparison between Mesenchymal stem cell in bone marrow and Smooth muscle in brachiocephalic artery
Data format
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sample092_135
bottom peaks comparison between Mesenchymal stem cell in bone marrow and Smooth muscle in brain vessel
Data format
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sample092_136
bottom peaks comparison between Mesenchymal stem cell in bone marrow and Smooth muscle in bronchial tube
Data format
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sample092_137
bottom peaks comparison between Mesenchymal stem cell in bone marrow and Smooth muscle in carotid artery
Data format
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sample092_138
bottom peaks comparison between Mesenchymal stem cell in bone marrow and Smooth muscle in colon
Data format
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sample092_139
bottom peaks comparison between Mesenchymal stem cell in bone marrow and Smooth muscle in coronary
Data format
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sample092_140
bottom peaks comparison between Mesenchymal stem cell in bone marrow and Smooth muscle in esophagus
Data format
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sample092_141
bottom peaks comparison between Mesenchymal stem cell in bone marrow and Smooth muscle in internal thoracic artery
Data format
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sample092_142
bottom peaks comparison between Mesenchymal stem cell in bone marrow and Smooth muscle in prostate
Data format
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sample092_143
bottom peaks comparison between Mesenchymal stem cell in bone marrow and Smooth muscle in pulmonary artery
Data format
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sample092_144
bottom peaks comparison between Mesenchymal stem cell in bone marrow and Smooth muscle in subclavian artery
Data format
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sample092_145
bottom peaks comparison between Mesenchymal stem cell in bone marrow and Smooth muscle in trachea
Data format
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sample092_146
bottom peaks comparison between Mesenchymal stem cell in bone marrow and Smooth muscle in umbilical artery
Data format
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sample092_147
bottom peaks comparison between Mesenchymal stem cell in bone marrow and Smooth muscle in umbilical vein
Data format
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sample092_148
bottom peaks comparison between Mesenchymal stem cell in bone marrow and Smooth muscle in uterine
Data format
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sample092_149
bottom peaks comparison between Mesenchymal stem cell in bone marrow and Synoviocyte
Data format
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sample092_150
bottom peaks comparison between Mesenchymal stem cell in bone marrow and Tenocyte
Data format
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sample092_151
bottom peaks comparison between Mesenchymal stem cell in bone marrow and Trabecular meshwork
Data format
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sample092_152
bottom peaks comparison between Mesenchymal stem cell in bone marrow and Tracheal epithelial cell
Data format
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sample092_153
bottom peaks comparison between Mesenchymal stem cell in bone marrow and Urothelial cell
Data format
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sample092_154
bottom peaks comparison between Mesenchymal stem cell in bone marrow and Whole blood for donor 1
Data format
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sample092_155
bottom peaks comparison between Mesenchymal stem cell in bone marrow and Whole blood for donor 2
Data format
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sample092_156
bottom peaks comparison between Mesenchymal stem cell in bone marrow and Whole blood for donor 3
Data format
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sample093_094
bottom peaks comparison between Mesenchymal stem cell in liver and Mesenchymal stem cell in umbilical cord
Data format
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sample093_095
bottom peaks comparison between Mesenchymal stem cell in liver and Mesothelial cell
Data format
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sample093_096
bottom peaks comparison between Mesenchymal stem cell in liver and Migratory langerhans cell
Data format
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sample093_097
bottom peaks comparison between Mesenchymal stem cell in liver and Mesenchymal stem cell of umbilical cord blood
Data format
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sample093_098
bottom peaks comparison between Mesenchymal stem cell in liver and Myoblast
Data format
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sample093_099
bottom peaks comparison between Mesenchymal stem cell in liver and Nasal epithelial cell
Data format
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sample093_100
bottom peaks comparison between Mesenchymal stem cell in liver and Natural killer cell
Data format
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sample093_101
bottom peaks comparison between Mesenchymal stem cell in liver and Neural stem cell
Data format
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sample093_102
bottom peaks comparison between Mesenchymal stem cell in liver and Neuron
Data format
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sample093_103
bottom peaks comparison between Mesenchymal stem cell in liver and Neutrophil cell
Data format
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sample093_104
bottom peaks comparison between Mesenchymal stem cell in liver and Nucleus pulposus
Data format
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sample093_105
bottom peaks comparison between Mesenchymal stem cell in liver and Olfactory epithelial cell
Data format
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sample093_106
bottom peaks comparison between Mesenchymal stem cell in liver and Osteoblast
Data format
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sample093_107
bottom peaks comparison between Mesenchymal stem cell in liver and Differentiated osteoblast
Data format
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sample093_108
bottom peaks comparison between Mesenchymal stem cell in liver and Pricyte
Data format
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sample093_109
bottom peaks comparison between Mesenchymal stem cell in liver and Perineurial
Data format
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sample093_110
bottom peaks comparison between Mesenchymal stem cell in liver and Peripheral blood mononuclear cell
Data format
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sample093_111
bottom peaks comparison between Mesenchymal stem cell in liver and Placental epithelial cell
Data format
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sample093_112
bottom peaks comparison between Mesenchymal stem cell in liver and Preadipocyte in breast
Data format
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sample093_113
bottom peaks comparison between Mesenchymal stem cell in liver and Preadipocyte in omentum
Data format
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sample093_114
bottom peaks comparison between Mesenchymal stem cell in liver and Subcutaneous preadipocyte
Data format
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sample093_115
bottom peaks comparison between Mesenchymal stem cell in liver and Visceral preadipocyte
Data format
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sample093_116
bottom peaks comparison between Mesenchymal stem cell in liver and Prostate epithelial cell
Data format
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sample093_117
bottom peaks comparison between Mesenchymal stem cell in liver and Prostate stromal cell
Data format
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sample093_118
bottom peaks comparison between Mesenchymal stem cell in liver and Renal cortical epithelial cell
Data format
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sample093_119
bottom peaks comparison between Mesenchymal stem cell in liver and Renal glomerular endothelial cell
Data format
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sample093_120
bottom peaks comparison between Mesenchymal stem cell in liver and Renal mesangial cell
Data format
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sample093_121
bottom peaks comparison between Mesenchymal stem cell in liver and Renal proximal tubular epithelial cell
Data format
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sample093_122
bottom peaks comparison between Mesenchymal stem cell in liver and Renal proximal tubular epithelial cell
Data format
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sample093_123
bottom peaks comparison between Mesenchymal stem cell in liver and Salivary acinar cell
Data format
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sample093_124
bottom peaks comparison between Mesenchymal stem cell in liver and Schwann
Data format
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sample093_125
bottom peaks comparison between Mesenchymal stem cell in liver and Sebocyte
Data format
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sample093_126
bottom peaks comparison between Mesenchymal stem cell in liver and Sertoli
Data format
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sample093_127
bottom peaks comparison between Mesenchymal stem cell in liver and Skeletal muscle
Data format
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sample093_128
bottom peaks comparison between Mesenchymal stem cell in liver and Skeletal muscle differentiated into myotubes
Data format
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sample093_129
bottom peaks comparison between Mesenchymal stem cell in liver and Skeletal muscle satellite cell
Data format
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sample093_130
bottom peaks comparison between Mesenchymal stem cell in liver and Small airway epithelial cell
Data format
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sample093_131
bottom peaks comparison between Mesenchymal stem cell in liver and Airway smooth muscle in asthma
Data format
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sample093_132
bottom peaks comparison between Mesenchymal stem cell in liver and Airway smooth muscle in control
Data format
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sample093_133
bottom peaks comparison between Mesenchymal stem cell in liver and Smooth muscle in aorta
Data format
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sample093_134
bottom peaks comparison between Mesenchymal stem cell in liver and Smooth muscle in brachiocephalic artery
Data format
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sample093_135
bottom peaks comparison between Mesenchymal stem cell in liver and Smooth muscle in brain vessel
Data format
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sample093_136
bottom peaks comparison between Mesenchymal stem cell in liver and Smooth muscle in bronchial tube
Data format
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sample093_137
bottom peaks comparison between Mesenchymal stem cell in liver and Smooth muscle in carotid artery
Data format
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sample093_138
bottom peaks comparison between Mesenchymal stem cell in liver and Smooth muscle in colon
Data format
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sample093_139
bottom peaks comparison between Mesenchymal stem cell in liver and Smooth muscle in coronary
Data format
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sample093_140
bottom peaks comparison between Mesenchymal stem cell in liver and Smooth muscle in esophagus
Data format
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sample093_141
bottom peaks comparison between Mesenchymal stem cell in liver and Smooth muscle in internal thoracic artery
Data format
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sample093_142
bottom peaks comparison between Mesenchymal stem cell in liver and Smooth muscle in prostate
Data format
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sample093_143
bottom peaks comparison between Mesenchymal stem cell in liver and Smooth muscle in pulmonary artery
Data format
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sample093_144
bottom peaks comparison between Mesenchymal stem cell in liver and Smooth muscle in subclavian artery
Data format
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sample093_145
bottom peaks comparison between Mesenchymal stem cell in liver and Smooth muscle in trachea
Data format
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sample093_146
bottom peaks comparison between Mesenchymal stem cell in liver and Smooth muscle in umbilical artery
Data format
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sample093_147
bottom peaks comparison between Mesenchymal stem cell in liver and Smooth muscle in umbilical vein
Data format
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sample093_148
bottom peaks comparison between Mesenchymal stem cell in liver and Smooth muscle in uterine
Data format
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sample093_149
bottom peaks comparison between Mesenchymal stem cell in liver and Synoviocyte
Data format
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sample093_150
bottom peaks comparison between Mesenchymal stem cell in liver and Tenocyte
Data format
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sample093_151
bottom peaks comparison between Mesenchymal stem cell in liver and Trabecular meshwork
Data format
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sample093_152
bottom peaks comparison between Mesenchymal stem cell in liver and Tracheal epithelial cell
Data format
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sample093_153
bottom peaks comparison between Mesenchymal stem cell in liver and Urothelial cell
Data format
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sample093_154
bottom peaks comparison between Mesenchymal stem cell in liver and Whole blood for donor 1
Data format
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sample093_155
bottom peaks comparison between Mesenchymal stem cell in liver and Whole blood for donor 2
Data format
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sample093_156
bottom peaks comparison between Mesenchymal stem cell in liver and Whole blood for donor 3
Data format
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sample094_095
bottom peaks comparison between Mesenchymal stem cell in umbilical cord and Mesothelial cell
Data format
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sample094_096
bottom peaks comparison between Mesenchymal stem cell in umbilical cord and Migratory langerhans cell
Data format
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sample094_097
bottom peaks comparison between Mesenchymal stem cell in umbilical cord and Mesenchymal stem cell of umbilical cord blood
Data format
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sample094_098
bottom peaks comparison between Mesenchymal stem cell in umbilical cord and Myoblast
Data format
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sample094_099
bottom peaks comparison between Mesenchymal stem cell in umbilical cord and Nasal epithelial cell
Data format
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sample094_100
bottom peaks comparison between Mesenchymal stem cell in umbilical cord and Natural killer cell
Data format
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sample094_101
bottom peaks comparison between Mesenchymal stem cell in umbilical cord and Neural stem cell
Data format
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sample094_102
bottom peaks comparison between Mesenchymal stem cell in umbilical cord and Neuron
Data format
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sample094_103
bottom peaks comparison between Mesenchymal stem cell in umbilical cord and Neutrophil cell
Data format
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sample094_104
bottom peaks comparison between Mesenchymal stem cell in umbilical cord and Nucleus pulposus
Data format
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sample094_105
bottom peaks comparison between Mesenchymal stem cell in umbilical cord and Olfactory epithelial cell
Data format
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sample094_106
bottom peaks comparison between Mesenchymal stem cell in umbilical cord and Osteoblast
Data format
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sample094_107
bottom peaks comparison between Mesenchymal stem cell in umbilical cord and Differentiated osteoblast
Data format
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sample094_108
bottom peaks comparison between Mesenchymal stem cell in umbilical cord and Pricyte
Data format
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sample094_109
bottom peaks comparison between Mesenchymal stem cell in umbilical cord and Perineurial
Data format
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sample094_110
bottom peaks comparison between Mesenchymal stem cell in umbilical cord and Peripheral blood mononuclear cell
Data format
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sample094_111
bottom peaks comparison between Mesenchymal stem cell in umbilical cord and Placental epithelial cell
Data format
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sample094_112
bottom peaks comparison between Mesenchymal stem cell in umbilical cord and Preadipocyte in breast
Data format
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sample094_113
bottom peaks comparison between Mesenchymal stem cell in umbilical cord and Preadipocyte in omentum
Data format
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sample094_114
bottom peaks comparison between Mesenchymal stem cell in umbilical cord and Subcutaneous preadipocyte
Data format
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sample094_115
bottom peaks comparison between Mesenchymal stem cell in umbilical cord and Visceral preadipocyte
Data format
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sample094_116
bottom peaks comparison between Mesenchymal stem cell in umbilical cord and Prostate epithelial cell
Data format
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sample094_117
bottom peaks comparison between Mesenchymal stem cell in umbilical cord and Prostate stromal cell
Data format
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sample094_118
bottom peaks comparison between Mesenchymal stem cell in umbilical cord and Renal cortical epithelial cell
Data format
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sample094_119
bottom peaks comparison between Mesenchymal stem cell in umbilical cord and Renal glomerular endothelial cell
Data format
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sample094_120
bottom peaks comparison between Mesenchymal stem cell in umbilical cord and Renal mesangial cell
Data format
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sample094_121
bottom peaks comparison between Mesenchymal stem cell in umbilical cord and Renal proximal tubular epithelial cell
Data format
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sample094_122
bottom peaks comparison between Mesenchymal stem cell in umbilical cord and Renal proximal tubular epithelial cell
Data format
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sample094_123
bottom peaks comparison between Mesenchymal stem cell in umbilical cord and Salivary acinar cell
Data format
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sample094_124
bottom peaks comparison between Mesenchymal stem cell in umbilical cord and Schwann
Data format
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sample094_125
bottom peaks comparison between Mesenchymal stem cell in umbilical cord and Sebocyte
Data format
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sample094_126
bottom peaks comparison between Mesenchymal stem cell in umbilical cord and Sertoli
Data format
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sample094_127
bottom peaks comparison between Mesenchymal stem cell in umbilical cord and Skeletal muscle
Data format
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sample094_128
bottom peaks comparison between Mesenchymal stem cell in umbilical cord and Skeletal muscle differentiated into myotubes
Data format
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sample094_129
bottom peaks comparison between Mesenchymal stem cell in umbilical cord and Skeletal muscle satellite cell
Data format
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sample094_130
bottom peaks comparison between Mesenchymal stem cell in umbilical cord and Small airway epithelial cell
Data format
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sample094_131
bottom peaks comparison between Mesenchymal stem cell in umbilical cord and Airway smooth muscle in asthma
Data format
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sample094_132
bottom peaks comparison between Mesenchymal stem cell in umbilical cord and Airway smooth muscle in control
Data format
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sample094_133
bottom peaks comparison between Mesenchymal stem cell in umbilical cord and Smooth muscle in aorta
Data format
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sample094_134
bottom peaks comparison between Mesenchymal stem cell in umbilical cord and Smooth muscle in brachiocephalic artery
Data format
hide
sample094_135
bottom peaks comparison between Mesenchymal stem cell in umbilical cord and Smooth muscle in brain vessel
Data format
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sample094_136
bottom peaks comparison between Mesenchymal stem cell in umbilical cord and Smooth muscle in bronchial tube
Data format
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sample094_137
bottom peaks comparison between Mesenchymal stem cell in umbilical cord and Smooth muscle in carotid artery
Data format
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sample094_138
bottom peaks comparison between Mesenchymal stem cell in umbilical cord and Smooth muscle in colon
Data format
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sample094_139
bottom peaks comparison between Mesenchymal stem cell in umbilical cord and Smooth muscle in coronary
Data format
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sample094_140
bottom peaks comparison between Mesenchymal stem cell in umbilical cord and Smooth muscle in esophagus
Data format
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sample094_141
bottom peaks comparison between Mesenchymal stem cell in umbilical cord and Smooth muscle in internal thoracic artery
Data format
hide
sample094_142
bottom peaks comparison between Mesenchymal stem cell in umbilical cord and Smooth muscle in prostate
Data format
hide
sample094_143
bottom peaks comparison between Mesenchymal stem cell in umbilical cord and Smooth muscle in pulmonary artery
Data format
hide
sample094_144
bottom peaks comparison between Mesenchymal stem cell in umbilical cord and Smooth muscle in subclavian artery
Data format
hide
sample094_145
bottom peaks comparison between Mesenchymal stem cell in umbilical cord and Smooth muscle in trachea
Data format
hide
sample094_146
bottom peaks comparison between Mesenchymal stem cell in umbilical cord and Smooth muscle in umbilical artery
Data format
hide
sample094_147
bottom peaks comparison between Mesenchymal stem cell in umbilical cord and Smooth muscle in umbilical vein
Data format
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sample094_148
bottom peaks comparison between Mesenchymal stem cell in umbilical cord and Smooth muscle in uterine
Data format
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sample094_149
bottom peaks comparison between Mesenchymal stem cell in umbilical cord and Synoviocyte
Data format
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sample094_150
bottom peaks comparison between Mesenchymal stem cell in umbilical cord and Tenocyte
Data format
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sample094_151
bottom peaks comparison between Mesenchymal stem cell in umbilical cord and Trabecular meshwork
Data format
hide
sample094_152
bottom peaks comparison between Mesenchymal stem cell in umbilical cord and Tracheal epithelial cell
Data format
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sample094_153
bottom peaks comparison between Mesenchymal stem cell in umbilical cord and Urothelial cell
Data format
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sample094_154
bottom peaks comparison between Mesenchymal stem cell in umbilical cord and Whole blood for donor 1
Data format
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sample094_155
bottom peaks comparison between Mesenchymal stem cell in umbilical cord and Whole blood for donor 2
Data format
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sample094_156
bottom peaks comparison between Mesenchymal stem cell in umbilical cord and Whole blood for donor 3
Data format
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sample095_096
bottom peaks comparison between Mesothelial cell and Migratory langerhans cell
Data format
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sample095_097
bottom peaks comparison between Mesothelial cell and Mesenchymal stem cell of umbilical cord blood
Data format
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sample095_098
bottom peaks comparison between Mesothelial cell and Myoblast
Data format
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sample095_099
bottom peaks comparison between Mesothelial cell and Nasal epithelial cell
Data format
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sample095_100
bottom peaks comparison between Mesothelial cell and Natural killer cell
Data format
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sample095_101
bottom peaks comparison between Mesothelial cell and Neural stem cell
Data format
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sample095_102
bottom peaks comparison between Mesothelial cell and Neuron
Data format
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sample095_103
bottom peaks comparison between Mesothelial cell and Neutrophil cell
Data format
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sample095_104
bottom peaks comparison between Mesothelial cell and Nucleus pulposus
Data format
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sample095_105
bottom peaks comparison between Mesothelial cell and Olfactory epithelial cell
Data format
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sample095_106
bottom peaks comparison between Mesothelial cell and Osteoblast
Data format
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sample095_107
bottom peaks comparison between Mesothelial cell and Differentiated osteoblast
Data format
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sample095_108
bottom peaks comparison between Mesothelial cell and Pricyte
Data format
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sample095_109
bottom peaks comparison between Mesothelial cell and Perineurial
Data format
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sample095_110
bottom peaks comparison between Mesothelial cell and Peripheral blood mononuclear cell
Data format
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sample095_111
bottom peaks comparison between Mesothelial cell and Placental epithelial cell
Data format
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sample095_112
bottom peaks comparison between Mesothelial cell and Preadipocyte in breast
Data format
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sample095_113
bottom peaks comparison between Mesothelial cell and Preadipocyte in omentum
Data format
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sample095_114
bottom peaks comparison between Mesothelial cell and Subcutaneous preadipocyte
Data format
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sample095_115
bottom peaks comparison between Mesothelial cell and Visceral preadipocyte
Data format
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sample095_116
bottom peaks comparison between Mesothelial cell and Prostate epithelial cell
Data format
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sample095_117
bottom peaks comparison between Mesothelial cell and Prostate stromal cell
Data format
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sample095_118
bottom peaks comparison between Mesothelial cell and Renal cortical epithelial cell
Data format
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sample095_119
bottom peaks comparison between Mesothelial cell and Renal glomerular endothelial cell
Data format
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sample095_120
bottom peaks comparison between Mesothelial cell and Renal mesangial cell
Data format
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sample095_121
bottom peaks comparison between Mesothelial cell and Renal proximal tubular epithelial cell
Data format
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sample095_122
bottom peaks comparison between Mesothelial cell and Renal proximal tubular epithelial cell
Data format
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sample095_123
bottom peaks comparison between Mesothelial cell and Salivary acinar cell
Data format
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sample095_124
bottom peaks comparison between Mesothelial cell and Schwann
Data format
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sample095_125
bottom peaks comparison between Mesothelial cell and Sebocyte
Data format
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sample095_126
bottom peaks comparison between Mesothelial cell and Sertoli
Data format
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sample095_127
bottom peaks comparison between Mesothelial cell and Skeletal muscle
Data format
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sample095_128
bottom peaks comparison between Mesothelial cell and Skeletal muscle differentiated into myotubes
Data format
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sample095_129
bottom peaks comparison between Mesothelial cell and Skeletal muscle satellite cell
Data format
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sample095_130
bottom peaks comparison between Mesothelial cell and Small airway epithelial cell
Data format
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sample095_131
bottom peaks comparison between Mesothelial cell and Airway smooth muscle in asthma
Data format
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sample095_132
bottom peaks comparison between Mesothelial cell and Airway smooth muscle in control
Data format
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sample095_133
bottom peaks comparison between Mesothelial cell and Smooth muscle in aorta
Data format
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sample095_134
bottom peaks comparison between Mesothelial cell and Smooth muscle in brachiocephalic artery
Data format
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sample095_135
bottom peaks comparison between Mesothelial cell and Smooth muscle in brain vessel
Data format
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sample095_136
bottom peaks comparison between Mesothelial cell and Smooth muscle in bronchial tube
Data format
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sample095_137
bottom peaks comparison between Mesothelial cell and Smooth muscle in carotid artery
Data format
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sample095_138
bottom peaks comparison between Mesothelial cell and Smooth muscle in colon
Data format
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sample095_139
bottom peaks comparison between Mesothelial cell and Smooth muscle in coronary
Data format
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sample095_140
bottom peaks comparison between Mesothelial cell and Smooth muscle in esophagus
Data format
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sample095_141
bottom peaks comparison between Mesothelial cell and Smooth muscle in internal thoracic artery
Data format
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sample095_142
bottom peaks comparison between Mesothelial cell and Smooth muscle in prostate
Data format
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sample095_143
bottom peaks comparison between Mesothelial cell and Smooth muscle in pulmonary artery
Data format
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sample095_144
bottom peaks comparison between Mesothelial cell and Smooth muscle in subclavian artery
Data format
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sample095_145
bottom peaks comparison between Mesothelial cell and Smooth muscle in trachea
Data format
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sample095_146
bottom peaks comparison between Mesothelial cell and Smooth muscle in umbilical artery
Data format
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sample095_147
bottom peaks comparison between Mesothelial cell and Smooth muscle in umbilical vein
Data format
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sample095_148
bottom peaks comparison between Mesothelial cell and Smooth muscle in uterine
Data format
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sample095_149
bottom peaks comparison between Mesothelial cell and Synoviocyte
Data format
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sample095_150
bottom peaks comparison between Mesothelial cell and Tenocyte
Data format
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sample095_151
bottom peaks comparison between Mesothelial cell and Trabecular meshwork
Data format
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sample095_152
bottom peaks comparison between Mesothelial cell and Tracheal epithelial cell
Data format
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sample095_153
bottom peaks comparison between Mesothelial cell and Urothelial cell
Data format
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sample095_154
bottom peaks comparison between Mesothelial cell and Whole blood for donor 1
Data format
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sample095_155
bottom peaks comparison between Mesothelial cell and Whole blood for donor 2
Data format
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sample095_156
bottom peaks comparison between Mesothelial cell and Whole blood for donor 3
Data format
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sample096_097
bottom peaks comparison between Migratory langerhans cell and Mesenchymal stem cell of umbilical cord blood
Data format
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sample096_098
bottom peaks comparison between Migratory langerhans cell and Myoblast
Data format
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sample096_099
bottom peaks comparison between Migratory langerhans cell and Nasal epithelial cell
Data format
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sample096_100
bottom peaks comparison between Migratory langerhans cell and Natural killer cell
Data format
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sample096_101
bottom peaks comparison between Migratory langerhans cell and Neural stem cell
Data format
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sample096_102
bottom peaks comparison between Migratory langerhans cell and Neuron
Data format
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sample096_103
bottom peaks comparison between Migratory langerhans cell and Neutrophil cell
Data format
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sample096_104
bottom peaks comparison between Migratory langerhans cell and Nucleus pulposus
Data format
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sample096_105
bottom peaks comparison between Migratory langerhans cell and Olfactory epithelial cell
Data format
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sample096_106
bottom peaks comparison between Migratory langerhans cell and Osteoblast
Data format
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sample096_107
bottom peaks comparison between Migratory langerhans cell and Differentiated osteoblast
Data format
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sample096_108
bottom peaks comparison between Migratory langerhans cell and Pricyte
Data format
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sample096_109
bottom peaks comparison between Migratory langerhans cell and Perineurial
Data format
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sample096_110
bottom peaks comparison between Migratory langerhans cell and Peripheral blood mononuclear cell
Data format
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sample096_111
bottom peaks comparison between Migratory langerhans cell and Placental epithelial cell
Data format
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sample096_112
bottom peaks comparison between Migratory langerhans cell and Preadipocyte in breast
Data format
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sample096_113
bottom peaks comparison between Migratory langerhans cell and Preadipocyte in omentum
Data format
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sample096_114
bottom peaks comparison between Migratory langerhans cell and Subcutaneous preadipocyte
Data format
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sample096_115
bottom peaks comparison between Migratory langerhans cell and Visceral preadipocyte
Data format
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sample096_116
bottom peaks comparison between Migratory langerhans cell and Prostate epithelial cell
Data format
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sample096_117
bottom peaks comparison between Migratory langerhans cell and Prostate stromal cell
Data format
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sample096_118
bottom peaks comparison between Migratory langerhans cell and Renal cortical epithelial cell
Data format
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sample096_119
bottom peaks comparison between Migratory langerhans cell and Renal glomerular endothelial cell
Data format
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sample096_120
bottom peaks comparison between Migratory langerhans cell and Renal mesangial cell
Data format
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sample096_121
bottom peaks comparison between Migratory langerhans cell and Renal proximal tubular epithelial cell
Data format
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sample096_122
bottom peaks comparison between Migratory langerhans cell and Renal proximal tubular epithelial cell
Data format
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sample096_123
bottom peaks comparison between Migratory langerhans cell and Salivary acinar cell
Data format
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sample096_124
bottom peaks comparison between Migratory langerhans cell and Schwann
Data format
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sample096_125
bottom peaks comparison between Migratory langerhans cell and Sebocyte
Data format
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sample096_126
bottom peaks comparison between Migratory langerhans cell and Sertoli
Data format
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sample096_127
bottom peaks comparison between Migratory langerhans cell and Skeletal muscle
Data format
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sample096_128
bottom peaks comparison between Migratory langerhans cell and Skeletal muscle differentiated into myotubes
Data format
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sample096_129
bottom peaks comparison between Migratory langerhans cell and Skeletal muscle satellite cell
Data format
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sample096_130
bottom peaks comparison between Migratory langerhans cell and Small airway epithelial cell
Data format
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sample096_131
bottom peaks comparison between Migratory langerhans cell and Airway smooth muscle in asthma
Data format
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sample096_132
bottom peaks comparison between Migratory langerhans cell and Airway smooth muscle in control
Data format
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sample096_133
bottom peaks comparison between Migratory langerhans cell and Smooth muscle in aorta
Data format
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sample096_134
bottom peaks comparison between Migratory langerhans cell and Smooth muscle in brachiocephalic artery
Data format
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sample096_135
bottom peaks comparison between Migratory langerhans cell and Smooth muscle in brain vessel
Data format
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sample096_136
bottom peaks comparison between Migratory langerhans cell and Smooth muscle in bronchial tube
Data format
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sample096_137
bottom peaks comparison between Migratory langerhans cell and Smooth muscle in carotid artery
Data format
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sample096_138
bottom peaks comparison between Migratory langerhans cell and Smooth muscle in colon
Data format
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sample096_139
bottom peaks comparison between Migratory langerhans cell and Smooth muscle in coronary
Data format
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sample096_140
bottom peaks comparison between Migratory langerhans cell and Smooth muscle in esophagus
Data format
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sample096_141
bottom peaks comparison between Migratory langerhans cell and Smooth muscle in internal thoracic artery
Data format
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sample096_142
bottom peaks comparison between Migratory langerhans cell and Smooth muscle in prostate
Data format
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sample096_143
bottom peaks comparison between Migratory langerhans cell and Smooth muscle in pulmonary artery
Data format
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sample096_144
bottom peaks comparison between Migratory langerhans cell and Smooth muscle in subclavian artery
Data format
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sample096_145
bottom peaks comparison between Migratory langerhans cell and Smooth muscle in trachea
Data format
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sample096_146
bottom peaks comparison between Migratory langerhans cell and Smooth muscle in umbilical artery
Data format
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sample096_147
bottom peaks comparison between Migratory langerhans cell and Smooth muscle in umbilical vein
Data format
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sample096_148
bottom peaks comparison between Migratory langerhans cell and Smooth muscle in uterine
Data format
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sample096_149
bottom peaks comparison between Migratory langerhans cell and Synoviocyte
Data format
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sample096_150
bottom peaks comparison between Migratory langerhans cell and Tenocyte
Data format
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sample096_151
bottom peaks comparison between Migratory langerhans cell and Trabecular meshwork
Data format
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sample096_152
bottom peaks comparison between Migratory langerhans cell and Tracheal epithelial cell
Data format
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sample096_153
bottom peaks comparison between Migratory langerhans cell and Urothelial cell
Data format
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sample096_154
bottom peaks comparison between Migratory langerhans cell and Whole blood for donor 1
Data format
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sample096_155
bottom peaks comparison between Migratory langerhans cell and Whole blood for donor 2
Data format
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sample096_156
bottom peaks comparison between Migratory langerhans cell and Whole blood for donor 3
Data format
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sample097_098
bottom peaks comparison between Mesenchymal stem cell of umbilical cord blood and Myoblast
Data format
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sample097_099
bottom peaks comparison between Mesenchymal stem cell of umbilical cord blood and Nasal epithelial cell
Data format
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sample097_100
bottom peaks comparison between Mesenchymal stem cell of umbilical cord blood and Natural killer cell
Data format
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sample097_101
bottom peaks comparison between Mesenchymal stem cell of umbilical cord blood and Neural stem cell
Data format
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sample097_102
bottom peaks comparison between Mesenchymal stem cell of umbilical cord blood and Neuron
Data format
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sample097_103
bottom peaks comparison between Mesenchymal stem cell of umbilical cord blood and Neutrophil cell
Data format
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sample097_104
bottom peaks comparison between Mesenchymal stem cell of umbilical cord blood and Nucleus pulposus
Data format
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sample097_105
bottom peaks comparison between Mesenchymal stem cell of umbilical cord blood and Olfactory epithelial cell
Data format
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sample097_106
bottom peaks comparison between Mesenchymal stem cell of umbilical cord blood and Osteoblast
Data format
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sample097_107
bottom peaks comparison between Mesenchymal stem cell of umbilical cord blood and Differentiated osteoblast
Data format
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sample097_108
bottom peaks comparison between Mesenchymal stem cell of umbilical cord blood and Pricyte
Data format
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sample097_109
bottom peaks comparison between Mesenchymal stem cell of umbilical cord blood and Perineurial
Data format
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sample097_110
bottom peaks comparison between Mesenchymal stem cell of umbilical cord blood and Peripheral blood mononuclear cell
Data format
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sample097_111
bottom peaks comparison between Mesenchymal stem cell of umbilical cord blood and Placental epithelial cell
Data format
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sample097_112
bottom peaks comparison between Mesenchymal stem cell of umbilical cord blood and Preadipocyte in breast
Data format
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sample097_113
bottom peaks comparison between Mesenchymal stem cell of umbilical cord blood and Preadipocyte in omentum
Data format
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sample097_114
bottom peaks comparison between Mesenchymal stem cell of umbilical cord blood and Subcutaneous preadipocyte
Data format
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sample097_115
bottom peaks comparison between Mesenchymal stem cell of umbilical cord blood and Visceral preadipocyte
Data format
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sample097_116
bottom peaks comparison between Mesenchymal stem cell of umbilical cord blood and Prostate epithelial cell
Data format
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sample097_117
bottom peaks comparison between Mesenchymal stem cell of umbilical cord blood and Prostate stromal cell
Data format
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sample097_118
bottom peaks comparison between Mesenchymal stem cell of umbilical cord blood and Renal cortical epithelial cell
Data format
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sample097_119
bottom peaks comparison between Mesenchymal stem cell of umbilical cord blood and Renal glomerular endothelial cell
Data format
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sample097_120
bottom peaks comparison between Mesenchymal stem cell of umbilical cord blood and Renal mesangial cell
Data format
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sample097_121
bottom peaks comparison between Mesenchymal stem cell of umbilical cord blood and Renal proximal tubular epithelial cell
Data format
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sample097_122
bottom peaks comparison between Mesenchymal stem cell of umbilical cord blood and Renal proximal tubular epithelial cell
Data format
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sample097_123
bottom peaks comparison between Mesenchymal stem cell of umbilical cord blood and Salivary acinar cell
Data format
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sample097_124
bottom peaks comparison between Mesenchymal stem cell of umbilical cord blood and Schwann
Data format
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sample097_125
bottom peaks comparison between Mesenchymal stem cell of umbilical cord blood and Sebocyte
Data format
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sample097_126
bottom peaks comparison between Mesenchymal stem cell of umbilical cord blood and Sertoli
Data format
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sample097_127
bottom peaks comparison between Mesenchymal stem cell of umbilical cord blood and Skeletal muscle
Data format
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sample097_128
bottom peaks comparison between Mesenchymal stem cell of umbilical cord blood and Skeletal muscle differentiated into myotubes
Data format
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sample097_129
bottom peaks comparison between Mesenchymal stem cell of umbilical cord blood and Skeletal muscle satellite cell
Data format
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sample097_130
bottom peaks comparison between Mesenchymal stem cell of umbilical cord blood and Small airway epithelial cell
Data format
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sample097_131
bottom peaks comparison between Mesenchymal stem cell of umbilical cord blood and Airway smooth muscle in asthma
Data format
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sample097_132
bottom peaks comparison between Mesenchymal stem cell of umbilical cord blood and Airway smooth muscle in control
Data format
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sample097_133
bottom peaks comparison between Mesenchymal stem cell of umbilical cord blood and Smooth muscle in aorta
Data format
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sample097_134
bottom peaks comparison between Mesenchymal stem cell of umbilical cord blood and Smooth muscle in brachiocephalic artery
Data format
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sample097_135
bottom peaks comparison between Mesenchymal stem cell of umbilical cord blood and Smooth muscle in brain vessel
Data format
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sample097_136
bottom peaks comparison between Mesenchymal stem cell of umbilical cord blood and Smooth muscle in bronchial tube
Data format
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sample097_137
bottom peaks comparison between Mesenchymal stem cell of umbilical cord blood and Smooth muscle in carotid artery
Data format
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sample097_138
bottom peaks comparison between Mesenchymal stem cell of umbilical cord blood and Smooth muscle in colon
Data format
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sample097_139
bottom peaks comparison between Mesenchymal stem cell of umbilical cord blood and Smooth muscle in coronary
Data format
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sample097_140
bottom peaks comparison between Mesenchymal stem cell of umbilical cord blood and Smooth muscle in esophagus
Data format
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sample097_141
bottom peaks comparison between Mesenchymal stem cell of umbilical cord blood and Smooth muscle in internal thoracic artery
Data format
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sample097_142
bottom peaks comparison between Mesenchymal stem cell of umbilical cord blood and Smooth muscle in prostate
Data format
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sample097_143
bottom peaks comparison between Mesenchymal stem cell of umbilical cord blood and Smooth muscle in pulmonary artery
Data format
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sample097_144
bottom peaks comparison between Mesenchymal stem cell of umbilical cord blood and Smooth muscle in subclavian artery
Data format
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sample097_145
bottom peaks comparison between Mesenchymal stem cell of umbilical cord blood and Smooth muscle in trachea
Data format
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sample097_146
bottom peaks comparison between Mesenchymal stem cell of umbilical cord blood and Smooth muscle in umbilical artery
Data format
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sample097_147
bottom peaks comparison between Mesenchymal stem cell of umbilical cord blood and Smooth muscle in umbilical vein
Data format
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sample097_148
bottom peaks comparison between Mesenchymal stem cell of umbilical cord blood and Smooth muscle in uterine
Data format
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sample097_149
bottom peaks comparison between Mesenchymal stem cell of umbilical cord blood and Synoviocyte
Data format
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sample097_150
bottom peaks comparison between Mesenchymal stem cell of umbilical cord blood and Tenocyte
Data format
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sample097_151
bottom peaks comparison between Mesenchymal stem cell of umbilical cord blood and Trabecular meshwork
Data format
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sample097_152
bottom peaks comparison between Mesenchymal stem cell of umbilical cord blood and Tracheal epithelial cell
Data format
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sample097_153
bottom peaks comparison between Mesenchymal stem cell of umbilical cord blood and Urothelial cell
Data format
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sample097_154
bottom peaks comparison between Mesenchymal stem cell of umbilical cord blood and Whole blood for donor 1
Data format
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sample097_155
bottom peaks comparison between Mesenchymal stem cell of umbilical cord blood and Whole blood for donor 2
Data format
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sample097_156
bottom peaks comparison between Mesenchymal stem cell of umbilical cord blood and Whole blood for donor 3
Data format
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sample098_099
bottom peaks comparison between Myoblast and Nasal epithelial cell
Data format
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sample098_100
bottom peaks comparison between Myoblast and Natural killer cell
Data format
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sample098_101
bottom peaks comparison between Myoblast and Neural stem cell
Data format
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sample098_102
bottom peaks comparison between Myoblast and Neuron
Data format
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sample098_103
bottom peaks comparison between Myoblast and Neutrophil cell
Data format
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sample098_104
bottom peaks comparison between Myoblast and Nucleus pulposus
Data format
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sample098_105
bottom peaks comparison between Myoblast and Olfactory epithelial cell
Data format
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sample098_106
bottom peaks comparison between Myoblast and Osteoblast
Data format
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sample098_107
bottom peaks comparison between Myoblast and Differentiated osteoblast
Data format
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sample098_108
bottom peaks comparison between Myoblast and Pricyte
Data format
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sample098_109
bottom peaks comparison between Myoblast and Perineurial
Data format
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sample098_110
bottom peaks comparison between Myoblast and Peripheral blood mononuclear cell
Data format
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sample098_111
bottom peaks comparison between Myoblast and Placental epithelial cell
Data format
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sample098_112
bottom peaks comparison between Myoblast and Preadipocyte in breast
Data format
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sample098_113
bottom peaks comparison between Myoblast and Preadipocyte in omentum
Data format
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sample098_114
bottom peaks comparison between Myoblast and Subcutaneous preadipocyte
Data format
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sample098_115
bottom peaks comparison between Myoblast and Visceral preadipocyte
Data format
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sample098_116
bottom peaks comparison between Myoblast and Prostate epithelial cell
Data format
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sample098_117
bottom peaks comparison between Myoblast and Prostate stromal cell
Data format
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sample098_118
bottom peaks comparison between Myoblast and Renal cortical epithelial cell
Data format
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sample098_119
bottom peaks comparison between Myoblast and Renal glomerular endothelial cell
Data format
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sample098_120
bottom peaks comparison between Myoblast and Renal mesangial cell
Data format
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sample098_121
bottom peaks comparison between Myoblast and Renal proximal tubular epithelial cell
Data format
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sample098_122
bottom peaks comparison between Myoblast and Renal proximal tubular epithelial cell
Data format
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sample098_123
bottom peaks comparison between Myoblast and Salivary acinar cell
Data format
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sample098_124
bottom peaks comparison between Myoblast and Schwann
Data format
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sample098_125
bottom peaks comparison between Myoblast and Sebocyte
Data format
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sample098_126
bottom peaks comparison between Myoblast and Sertoli
Data format
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sample098_127
bottom peaks comparison between Myoblast and Skeletal muscle
Data format
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sample098_128
bottom peaks comparison between Myoblast and Skeletal muscle differentiated into myotubes
Data format
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sample098_129
bottom peaks comparison between Myoblast and Skeletal muscle satellite cell
Data format
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sample098_130
bottom peaks comparison between Myoblast and Small airway epithelial cell
Data format
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sample098_131
bottom peaks comparison between Myoblast and Airway smooth muscle in asthma
Data format
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sample098_132
bottom peaks comparison between Myoblast and Airway smooth muscle in control
Data format
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sample098_133
bottom peaks comparison between Myoblast and Smooth muscle in aorta
Data format
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sample098_134
bottom peaks comparison between Myoblast and Smooth muscle in brachiocephalic artery
Data format
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sample098_135
bottom peaks comparison between Myoblast and Smooth muscle in brain vessel
Data format
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sample098_136
bottom peaks comparison between Myoblast and Smooth muscle in bronchial tube
Data format
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sample098_137
bottom peaks comparison between Myoblast and Smooth muscle in carotid artery
Data format
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sample098_138
bottom peaks comparison between Myoblast and Smooth muscle in colon
Data format
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sample098_139
bottom peaks comparison between Myoblast and Smooth muscle in coronary
Data format
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sample098_140
bottom peaks comparison between Myoblast and Smooth muscle in esophagus
Data format
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sample098_141
bottom peaks comparison between Myoblast and Smooth muscle in internal thoracic artery
Data format
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sample098_142
bottom peaks comparison between Myoblast and Smooth muscle in prostate
Data format
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sample098_143
bottom peaks comparison between Myoblast and Smooth muscle in pulmonary artery
Data format
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sample098_144
bottom peaks comparison between Myoblast and Smooth muscle in subclavian artery
Data format
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sample098_145
bottom peaks comparison between Myoblast and Smooth muscle in trachea
Data format
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sample098_146
bottom peaks comparison between Myoblast and Smooth muscle in umbilical artery
Data format
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sample098_147
bottom peaks comparison between Myoblast and Smooth muscle in umbilical vein
Data format
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sample098_148
bottom peaks comparison between Myoblast and Smooth muscle in uterine
Data format
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sample098_149
bottom peaks comparison between Myoblast and Synoviocyte
Data format
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sample098_150
bottom peaks comparison between Myoblast and Tenocyte
Data format
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sample098_151
bottom peaks comparison between Myoblast and Trabecular meshwork
Data format
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sample098_152
bottom peaks comparison between Myoblast and Tracheal epithelial cell
Data format
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sample098_153
bottom peaks comparison between Myoblast and Urothelial cell
Data format
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sample098_154
bottom peaks comparison between Myoblast and Whole blood for donor 1
Data format
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sample098_155
bottom peaks comparison between Myoblast and Whole blood for donor 2
Data format
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sample098_156
bottom peaks comparison between Myoblast and Whole blood for donor 3
Data format
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sample099_100
bottom peaks comparison between Nasal epithelial cell and Natural killer cell
Data format
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sample099_101
bottom peaks comparison between Nasal epithelial cell and Neural stem cell
Data format
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sample099_102
bottom peaks comparison between Nasal epithelial cell and Neuron
Data format
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sample099_103
bottom peaks comparison between Nasal epithelial cell and Neutrophil cell
Data format
hide
sample099_104
bottom peaks comparison between Nasal epithelial cell and Nucleus pulposus
Data format
hide
sample099_105
bottom peaks comparison between Nasal epithelial cell and Olfactory epithelial cell
Data format
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sample099_106
bottom peaks comparison between Nasal epithelial cell and Osteoblast
Data format
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sample099_107
bottom peaks comparison between Nasal epithelial cell and Differentiated osteoblast
Data format
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sample099_108
bottom peaks comparison between Nasal epithelial cell and Pricyte
Data format
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sample099_109
bottom peaks comparison between Nasal epithelial cell and Perineurial
Data format
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sample099_110
bottom peaks comparison between Nasal epithelial cell and Peripheral blood mononuclear cell
Data format
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sample099_111
bottom peaks comparison between Nasal epithelial cell and Placental epithelial cell
Data format
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sample099_112
bottom peaks comparison between Nasal epithelial cell and Preadipocyte in breast
Data format
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sample099_113
bottom peaks comparison between Nasal epithelial cell and Preadipocyte in omentum
Data format
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sample099_114
bottom peaks comparison between Nasal epithelial cell and Subcutaneous preadipocyte
Data format
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sample099_115
bottom peaks comparison between Nasal epithelial cell and Visceral preadipocyte
Data format
hide
sample099_116
bottom peaks comparison between Nasal epithelial cell and Prostate epithelial cell
Data format
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sample099_117
bottom peaks comparison between Nasal epithelial cell and Prostate stromal cell
Data format
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sample099_118
bottom peaks comparison between Nasal epithelial cell and Renal cortical epithelial cell
Data format
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sample099_119
bottom peaks comparison between Nasal epithelial cell and Renal glomerular endothelial cell
Data format
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sample099_120
bottom peaks comparison between Nasal epithelial cell and Renal mesangial cell
Data format
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sample099_121
bottom peaks comparison between Nasal epithelial cell and Renal proximal tubular epithelial cell
Data format
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sample099_122
bottom peaks comparison between Nasal epithelial cell and Renal proximal tubular epithelial cell
Data format
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sample099_123
bottom peaks comparison between Nasal epithelial cell and Salivary acinar cell
Data format
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sample099_124
bottom peaks comparison between Nasal epithelial cell and Schwann
Data format
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sample099_125
bottom peaks comparison between Nasal epithelial cell and Sebocyte
Data format
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sample099_126
bottom peaks comparison between Nasal epithelial cell and Sertoli
Data format
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sample099_127
bottom peaks comparison between Nasal epithelial cell and Skeletal muscle
Data format
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sample099_128
bottom peaks comparison between Nasal epithelial cell and Skeletal muscle differentiated into myotubes
Data format
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sample099_129
bottom peaks comparison between Nasal epithelial cell and Skeletal muscle satellite cell
Data format
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sample099_130
bottom peaks comparison between Nasal epithelial cell and Small airway epithelial cell
Data format
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sample099_131
bottom peaks comparison between Nasal epithelial cell and Airway smooth muscle in asthma
Data format
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sample099_132
bottom peaks comparison between Nasal epithelial cell and Airway smooth muscle in control
Data format
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sample099_133
bottom peaks comparison between Nasal epithelial cell and Smooth muscle in aorta
Data format
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sample099_134
bottom peaks comparison between Nasal epithelial cell and Smooth muscle in brachiocephalic artery
Data format
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sample099_135
bottom peaks comparison between Nasal epithelial cell and Smooth muscle in brain vessel
Data format
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sample099_136
bottom peaks comparison between Nasal epithelial cell and Smooth muscle in bronchial tube
Data format
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sample099_137
bottom peaks comparison between Nasal epithelial cell and Smooth muscle in carotid artery
Data format
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sample099_138
bottom peaks comparison between Nasal epithelial cell and Smooth muscle in colon
Data format
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sample099_139
bottom peaks comparison between Nasal epithelial cell and Smooth muscle in coronary
Data format
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sample099_140
bottom peaks comparison between Nasal epithelial cell and Smooth muscle in esophagus
Data format
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sample099_141
bottom peaks comparison between Nasal epithelial cell and Smooth muscle in internal thoracic artery
Data format
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sample099_142
bottom peaks comparison between Nasal epithelial cell and Smooth muscle in prostate
Data format
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sample099_143
bottom peaks comparison between Nasal epithelial cell and Smooth muscle in pulmonary artery
Data format
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sample099_144
bottom peaks comparison between Nasal epithelial cell and Smooth muscle in subclavian artery
Data format
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sample099_145
bottom peaks comparison between Nasal epithelial cell and Smooth muscle in trachea
Data format
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sample099_146
bottom peaks comparison between Nasal epithelial cell and Smooth muscle in umbilical artery
Data format
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sample099_147
bottom peaks comparison between Nasal epithelial cell and Smooth muscle in umbilical vein
Data format
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sample099_148
bottom peaks comparison between Nasal epithelial cell and Smooth muscle in uterine
Data format
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sample099_149
bottom peaks comparison between Nasal epithelial cell and Synoviocyte
Data format
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sample099_150
bottom peaks comparison between Nasal epithelial cell and Tenocyte
Data format
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sample099_151
bottom peaks comparison between Nasal epithelial cell and Trabecular meshwork
Data format
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sample099_152
bottom peaks comparison between Nasal epithelial cell and Tracheal epithelial cell
Data format
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sample099_153
bottom peaks comparison between Nasal epithelial cell and Urothelial cell
Data format
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sample099_154
bottom peaks comparison between Nasal epithelial cell and Whole blood for donor 1
Data format
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sample099_155
bottom peaks comparison between Nasal epithelial cell and Whole blood for donor 2
Data format
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sample099_156
bottom peaks comparison between Nasal epithelial cell and Whole blood for donor 3
Data format
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sample100_101
bottom peaks comparison between Natural killer cell and Neural stem cell
Data format
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sample100_102
bottom peaks comparison between Natural killer cell and Neuron
Data format
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sample100_103
bottom peaks comparison between Natural killer cell and Neutrophil cell
Data format
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sample100_104
bottom peaks comparison between Natural killer cell and Nucleus pulposus
Data format
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sample100_105
bottom peaks comparison between Natural killer cell and Olfactory epithelial cell
Data format
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sample100_106
bottom peaks comparison between Natural killer cell and Osteoblast
Data format
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sample100_107
bottom peaks comparison between Natural killer cell and Differentiated osteoblast
Data format
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sample100_108
bottom peaks comparison between Natural killer cell and Pricyte
Data format
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sample100_109
bottom peaks comparison between Natural killer cell and Perineurial
Data format
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sample100_110
bottom peaks comparison between Natural killer cell and Peripheral blood mononuclear cell
Data format
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sample100_111
bottom peaks comparison between Natural killer cell and Placental epithelial cell
Data format
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sample100_112
bottom peaks comparison between Natural killer cell and Preadipocyte in breast
Data format
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sample100_113
bottom peaks comparison between Natural killer cell and Preadipocyte in omentum
Data format
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sample100_114
bottom peaks comparison between Natural killer cell and Subcutaneous preadipocyte
Data format
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sample100_115
bottom peaks comparison between Natural killer cell and Visceral preadipocyte
Data format
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sample100_116
bottom peaks comparison between Natural killer cell and Prostate epithelial cell
Data format
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sample100_117
bottom peaks comparison between Natural killer cell and Prostate stromal cell
Data format
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sample100_118
bottom peaks comparison between Natural killer cell and Renal cortical epithelial cell
Data format
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sample100_119
bottom peaks comparison between Natural killer cell and Renal glomerular endothelial cell
Data format
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sample100_120
bottom peaks comparison between Natural killer cell and Renal mesangial cell
Data format
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sample100_121
bottom peaks comparison between Natural killer cell and Renal proximal tubular epithelial cell
Data format
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sample100_122
bottom peaks comparison between Natural killer cell and Renal proximal tubular epithelial cell
Data format
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sample100_123
bottom peaks comparison between Natural killer cell and Salivary acinar cell
Data format
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sample100_124
bottom peaks comparison between Natural killer cell and Schwann
Data format
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sample100_125
bottom peaks comparison between Natural killer cell and Sebocyte
Data format
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sample100_126
bottom peaks comparison between Natural killer cell and Sertoli
Data format
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sample100_127
bottom peaks comparison between Natural killer cell and Skeletal muscle
Data format
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sample100_128
bottom peaks comparison between Natural killer cell and Skeletal muscle differentiated into myotubes
Data format
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sample100_129
bottom peaks comparison between Natural killer cell and Skeletal muscle satellite cell
Data format
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sample100_130
bottom peaks comparison between Natural killer cell and Small airway epithelial cell
Data format
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sample100_131
bottom peaks comparison between Natural killer cell and Airway smooth muscle in asthma
Data format
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sample100_132
bottom peaks comparison between Natural killer cell and Airway smooth muscle in control
Data format
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sample100_133
bottom peaks comparison between Natural killer cell and Smooth muscle in aorta
Data format
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sample100_134
bottom peaks comparison between Natural killer cell and Smooth muscle in brachiocephalic artery
Data format
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sample100_135
bottom peaks comparison between Natural killer cell and Smooth muscle in brain vessel
Data format
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sample100_136
bottom peaks comparison between Natural killer cell and Smooth muscle in bronchial tube
Data format
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sample100_137
bottom peaks comparison between Natural killer cell and Smooth muscle in carotid artery
Data format
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sample100_138
bottom peaks comparison between Natural killer cell and Smooth muscle in colon
Data format
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sample100_139
bottom peaks comparison between Natural killer cell and Smooth muscle in coronary
Data format
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sample100_140
bottom peaks comparison between Natural killer cell and Smooth muscle in esophagus
Data format
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sample100_141
bottom peaks comparison between Natural killer cell and Smooth muscle in internal thoracic artery
Data format
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sample100_142
bottom peaks comparison between Natural killer cell and Smooth muscle in prostate
Data format
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sample100_143
bottom peaks comparison between Natural killer cell and Smooth muscle in pulmonary artery
Data format
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sample100_144
bottom peaks comparison between Natural killer cell and Smooth muscle in subclavian artery
Data format
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sample100_145
bottom peaks comparison between Natural killer cell and Smooth muscle in trachea
Data format
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sample100_146
bottom peaks comparison between Natural killer cell and Smooth muscle in umbilical artery
Data format
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sample100_147
bottom peaks comparison between Natural killer cell and Smooth muscle in umbilical vein
Data format
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sample100_148
bottom peaks comparison between Natural killer cell and Smooth muscle in uterine
Data format
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sample100_149
bottom peaks comparison between Natural killer cell and Synoviocyte
Data format
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sample100_150
bottom peaks comparison between Natural killer cell and Tenocyte
Data format
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sample100_151
bottom peaks comparison between Natural killer cell and Trabecular meshwork
Data format
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sample100_152
bottom peaks comparison between Natural killer cell and Tracheal epithelial cell
Data format
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sample100_153
bottom peaks comparison between Natural killer cell and Urothelial cell
Data format
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sample100_154
bottom peaks comparison between Natural killer cell and Whole blood for donor 1
Data format
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sample100_155
bottom peaks comparison between Natural killer cell and Whole blood for donor 2
Data format
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sample100_156
bottom peaks comparison between Natural killer cell and Whole blood for donor 3
Data format
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sample101_102
bottom peaks comparison between Neural stem cell and Neuron
Data format
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sample101_103
bottom peaks comparison between Neural stem cell and Neutrophil cell
Data format
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sample101_104
bottom peaks comparison between Neural stem cell and Nucleus pulposus
Data format
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sample101_105
bottom peaks comparison between Neural stem cell and Olfactory epithelial cell
Data format
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sample101_106
bottom peaks comparison between Neural stem cell and Osteoblast
Data format
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sample101_107
bottom peaks comparison between Neural stem cell and Differentiated osteoblast
Data format
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sample101_108
bottom peaks comparison between Neural stem cell and Pricyte
Data format
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sample101_109
bottom peaks comparison between Neural stem cell and Perineurial
Data format
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sample101_110
bottom peaks comparison between Neural stem cell and Peripheral blood mononuclear cell
Data format
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sample101_111
bottom peaks comparison between Neural stem cell and Placental epithelial cell
Data format
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sample101_112
bottom peaks comparison between Neural stem cell and Preadipocyte in breast
Data format
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sample101_113
bottom peaks comparison between Neural stem cell and Preadipocyte in omentum
Data format
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sample101_114
bottom peaks comparison between Neural stem cell and Subcutaneous preadipocyte
Data format
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sample101_115
bottom peaks comparison between Neural stem cell and Visceral preadipocyte
Data format
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sample101_116
bottom peaks comparison between Neural stem cell and Prostate epithelial cell
Data format
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sample101_117
bottom peaks comparison between Neural stem cell and Prostate stromal cell
Data format
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sample101_118
bottom peaks comparison between Neural stem cell and Renal cortical epithelial cell
Data format
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sample101_119
bottom peaks comparison between Neural stem cell and Renal glomerular endothelial cell
Data format
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sample101_120
bottom peaks comparison between Neural stem cell and Renal mesangial cell
Data format
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sample101_121
bottom peaks comparison between Neural stem cell and Renal proximal tubular epithelial cell
Data format
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sample101_122
bottom peaks comparison between Neural stem cell and Renal proximal tubular epithelial cell
Data format
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sample101_123
bottom peaks comparison between Neural stem cell and Salivary acinar cell
Data format
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sample101_124
bottom peaks comparison between Neural stem cell and Schwann
Data format
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sample101_125
bottom peaks comparison between Neural stem cell and Sebocyte
Data format
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sample101_126
bottom peaks comparison between Neural stem cell and Sertoli
Data format
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sample101_127
bottom peaks comparison between Neural stem cell and Skeletal muscle
Data format
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sample101_128
bottom peaks comparison between Neural stem cell and Skeletal muscle differentiated into myotubes
Data format
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sample101_129
bottom peaks comparison between Neural stem cell and Skeletal muscle satellite cell
Data format
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sample101_130
bottom peaks comparison between Neural stem cell and Small airway epithelial cell
Data format
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sample101_131
bottom peaks comparison between Neural stem cell and Airway smooth muscle in asthma
Data format
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sample101_132
bottom peaks comparison between Neural stem cell and Airway smooth muscle in control
Data format
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sample101_133
bottom peaks comparison between Neural stem cell and Smooth muscle in aorta
Data format
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sample101_134
bottom peaks comparison between Neural stem cell and Smooth muscle in brachiocephalic artery
Data format
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sample101_135
bottom peaks comparison between Neural stem cell and Smooth muscle in brain vessel
Data format
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sample101_136
bottom peaks comparison between Neural stem cell and Smooth muscle in bronchial tube
Data format
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sample101_137
bottom peaks comparison between Neural stem cell and Smooth muscle in carotid artery
Data format
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sample101_138
bottom peaks comparison between Neural stem cell and Smooth muscle in colon
Data format
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sample101_139
bottom peaks comparison between Neural stem cell and Smooth muscle in coronary
Data format
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sample101_140
bottom peaks comparison between Neural stem cell and Smooth muscle in esophagus
Data format
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sample101_141
bottom peaks comparison between Neural stem cell and Smooth muscle in internal thoracic artery
Data format
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sample101_142
bottom peaks comparison between Neural stem cell and Smooth muscle in prostate
Data format
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sample101_143
bottom peaks comparison between Neural stem cell and Smooth muscle in pulmonary artery
Data format
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sample101_144
bottom peaks comparison between Neural stem cell and Smooth muscle in subclavian artery
Data format
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sample101_145
bottom peaks comparison between Neural stem cell and Smooth muscle in trachea
Data format
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sample101_146
bottom peaks comparison between Neural stem cell and Smooth muscle in umbilical artery
Data format
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sample101_147
bottom peaks comparison between Neural stem cell and Smooth muscle in umbilical vein
Data format
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sample101_148
bottom peaks comparison between Neural stem cell and Smooth muscle in uterine
Data format
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sample101_149
bottom peaks comparison between Neural stem cell and Synoviocyte
Data format
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sample101_150
bottom peaks comparison between Neural stem cell and Tenocyte
Data format
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sample101_151
bottom peaks comparison between Neural stem cell and Trabecular meshwork
Data format
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sample101_152
bottom peaks comparison between Neural stem cell and Tracheal epithelial cell
Data format
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sample101_153
bottom peaks comparison between Neural stem cell and Urothelial cell
Data format
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sample101_154
bottom peaks comparison between Neural stem cell and Whole blood for donor 1
Data format
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sample101_155
bottom peaks comparison between Neural stem cell and Whole blood for donor 2
Data format
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sample101_156
bottom peaks comparison between Neural stem cell and Whole blood for donor 3
Data format
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sample102_103
bottom peaks comparison between Neuron and Neutrophil cell
Data format
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sample102_104
bottom peaks comparison between Neuron and Nucleus pulposus
Data format
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sample102_105
bottom peaks comparison between Neuron and Olfactory epithelial cell
Data format
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sample102_106
bottom peaks comparison between Neuron and Osteoblast
Data format
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sample102_107
bottom peaks comparison between Neuron and Differentiated osteoblast
Data format
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sample102_108
bottom peaks comparison between Neuron and Pricyte
Data format
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sample102_109
bottom peaks comparison between Neuron and Perineurial
Data format
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sample102_110
bottom peaks comparison between Neuron and Peripheral blood mononuclear cell
Data format
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sample102_111
bottom peaks comparison between Neuron and Placental epithelial cell
Data format
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sample102_112
bottom peaks comparison between Neuron and Preadipocyte in breast
Data format
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sample102_113
bottom peaks comparison between Neuron and Preadipocyte in omentum
Data format
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sample102_114
bottom peaks comparison between Neuron and Subcutaneous preadipocyte
Data format
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sample102_115
bottom peaks comparison between Neuron and Visceral preadipocyte
Data format
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sample102_116
bottom peaks comparison between Neuron and Prostate epithelial cell
Data format
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sample102_117
bottom peaks comparison between Neuron and Prostate stromal cell
Data format
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sample102_118
bottom peaks comparison between Neuron and Renal cortical epithelial cell
Data format
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sample102_119
bottom peaks comparison between Neuron and Renal glomerular endothelial cell
Data format
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sample102_120
bottom peaks comparison between Neuron and Renal mesangial cell
Data format
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sample102_121
bottom peaks comparison between Neuron and Renal proximal tubular epithelial cell
Data format
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sample102_122
bottom peaks comparison between Neuron and Renal proximal tubular epithelial cell
Data format
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sample102_123
bottom peaks comparison between Neuron and Salivary acinar cell
Data format
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sample102_124
bottom peaks comparison between Neuron and Schwann
Data format
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sample102_125
bottom peaks comparison between Neuron and Sebocyte
Data format
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sample102_126
bottom peaks comparison between Neuron and Sertoli
Data format
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sample102_127
bottom peaks comparison between Neuron and Skeletal muscle
Data format
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sample102_128
bottom peaks comparison between Neuron and Skeletal muscle differentiated into myotubes
Data format
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sample102_129
bottom peaks comparison between Neuron and Skeletal muscle satellite cell
Data format
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sample102_130
bottom peaks comparison between Neuron and Small airway epithelial cell
Data format
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sample102_131
bottom peaks comparison between Neuron and Airway smooth muscle in asthma
Data format
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sample102_132
bottom peaks comparison between Neuron and Airway smooth muscle in control
Data format
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sample102_133
bottom peaks comparison between Neuron and Smooth muscle in aorta
Data format
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sample102_134
bottom peaks comparison between Neuron and Smooth muscle in brachiocephalic artery
Data format
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sample102_135
bottom peaks comparison between Neuron and Smooth muscle in brain vessel
Data format
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sample102_136
bottom peaks comparison between Neuron and Smooth muscle in bronchial tube
Data format
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sample102_137
bottom peaks comparison between Neuron and Smooth muscle in carotid artery
Data format
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sample102_138
bottom peaks comparison between Neuron and Smooth muscle in colon
Data format
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sample102_139
bottom peaks comparison between Neuron and Smooth muscle in coronary
Data format
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sample102_140
bottom peaks comparison between Neuron and Smooth muscle in esophagus
Data format
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sample102_141
bottom peaks comparison between Neuron and Smooth muscle in internal thoracic artery
Data format
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sample102_142
bottom peaks comparison between Neuron and Smooth muscle in prostate
Data format
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sample102_143
bottom peaks comparison between Neuron and Smooth muscle in pulmonary artery
Data format
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sample102_144
bottom peaks comparison between Neuron and Smooth muscle in subclavian artery
Data format
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sample102_145
bottom peaks comparison between Neuron and Smooth muscle in trachea
Data format
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sample102_146
bottom peaks comparison between Neuron and Smooth muscle in umbilical artery
Data format
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sample102_147
bottom peaks comparison between Neuron and Smooth muscle in umbilical vein
Data format
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sample102_148
bottom peaks comparison between Neuron and Smooth muscle in uterine
Data format
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sample102_149
bottom peaks comparison between Neuron and Synoviocyte
Data format
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sample102_150
bottom peaks comparison between Neuron and Tenocyte
Data format
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sample102_151
bottom peaks comparison between Neuron and Trabecular meshwork
Data format
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sample102_152
bottom peaks comparison between Neuron and Tracheal epithelial cell
Data format
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sample102_153
bottom peaks comparison between Neuron and Urothelial cell
Data format
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sample102_154
bottom peaks comparison between Neuron and Whole blood for donor 1
Data format
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sample102_155
bottom peaks comparison between Neuron and Whole blood for donor 2
Data format
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sample102_156
bottom peaks comparison between Neuron and Whole blood for donor 3
Data format
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sample103_104
bottom peaks comparison between Neutrophil cell and Nucleus pulposus
Data format
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sample103_105
bottom peaks comparison between Neutrophil cell and Olfactory epithelial cell
Data format
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sample103_106
bottom peaks comparison between Neutrophil cell and Osteoblast
Data format
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sample103_107
bottom peaks comparison between Neutrophil cell and Differentiated osteoblast
Data format
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sample103_108
bottom peaks comparison between Neutrophil cell and Pricyte
Data format
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sample103_109
bottom peaks comparison between Neutrophil cell and Perineurial
Data format
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sample103_110
bottom peaks comparison between Neutrophil cell and Peripheral blood mononuclear cell
Data format
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sample103_111
bottom peaks comparison between Neutrophil cell and Placental epithelial cell
Data format
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sample103_112
bottom peaks comparison between Neutrophil cell and Preadipocyte in breast
Data format
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sample103_113
bottom peaks comparison between Neutrophil cell and Preadipocyte in omentum
Data format
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sample103_114
bottom peaks comparison between Neutrophil cell and Subcutaneous preadipocyte
Data format
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sample103_115
bottom peaks comparison between Neutrophil cell and Visceral preadipocyte
Data format
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sample103_116
bottom peaks comparison between Neutrophil cell and Prostate epithelial cell
Data format
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sample103_117
bottom peaks comparison between Neutrophil cell and Prostate stromal cell
Data format
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sample103_118
bottom peaks comparison between Neutrophil cell and Renal cortical epithelial cell
Data format
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sample103_119
bottom peaks comparison between Neutrophil cell and Renal glomerular endothelial cell
Data format
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sample103_120
bottom peaks comparison between Neutrophil cell and Renal mesangial cell
Data format
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sample103_121
bottom peaks comparison between Neutrophil cell and Renal proximal tubular epithelial cell
Data format
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sample103_122
bottom peaks comparison between Neutrophil cell and Renal proximal tubular epithelial cell
Data format
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sample103_123
bottom peaks comparison between Neutrophil cell and Salivary acinar cell
Data format
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sample103_124
bottom peaks comparison between Neutrophil cell and Schwann
Data format
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sample103_125
bottom peaks comparison between Neutrophil cell and Sebocyte
Data format
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sample103_126
bottom peaks comparison between Neutrophil cell and Sertoli
Data format
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sample103_127
bottom peaks comparison between Neutrophil cell and Skeletal muscle
Data format
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sample103_128
bottom peaks comparison between Neutrophil cell and Skeletal muscle differentiated into myotubes
Data format
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sample103_129
bottom peaks comparison between Neutrophil cell and Skeletal muscle satellite cell
Data format
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sample103_130
bottom peaks comparison between Neutrophil cell and Small airway epithelial cell
Data format
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sample103_131
bottom peaks comparison between Neutrophil cell and Airway smooth muscle in asthma
Data format
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sample103_132
bottom peaks comparison between Neutrophil cell and Airway smooth muscle in control
Data format
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sample103_133
bottom peaks comparison between Neutrophil cell and Smooth muscle in aorta
Data format
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sample103_134
bottom peaks comparison between Neutrophil cell and Smooth muscle in brachiocephalic artery
Data format
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sample103_135
bottom peaks comparison between Neutrophil cell and Smooth muscle in brain vessel
Data format
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sample103_136
bottom peaks comparison between Neutrophil cell and Smooth muscle in bronchial tube
Data format
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sample103_137
bottom peaks comparison between Neutrophil cell and Smooth muscle in carotid artery
Data format
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sample103_138
bottom peaks comparison between Neutrophil cell and Smooth muscle in colon
Data format
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sample103_139
bottom peaks comparison between Neutrophil cell and Smooth muscle in coronary
Data format
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sample103_140
bottom peaks comparison between Neutrophil cell and Smooth muscle in esophagus
Data format
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sample103_141
bottom peaks comparison between Neutrophil cell and Smooth muscle in internal thoracic artery
Data format
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sample103_142
bottom peaks comparison between Neutrophil cell and Smooth muscle in prostate
Data format
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sample103_143
bottom peaks comparison between Neutrophil cell and Smooth muscle in pulmonary artery
Data format
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sample103_144
bottom peaks comparison between Neutrophil cell and Smooth muscle in subclavian artery
Data format
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sample103_145
bottom peaks comparison between Neutrophil cell and Smooth muscle in trachea
Data format
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sample103_146
bottom peaks comparison between Neutrophil cell and Smooth muscle in umbilical artery
Data format
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sample103_147
bottom peaks comparison between Neutrophil cell and Smooth muscle in umbilical vein
Data format
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sample103_148
bottom peaks comparison between Neutrophil cell and Smooth muscle in uterine
Data format
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sample103_149
bottom peaks comparison between Neutrophil cell and Synoviocyte
Data format
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sample103_150
bottom peaks comparison between Neutrophil cell and Tenocyte
Data format
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sample103_151
bottom peaks comparison between Neutrophil cell and Trabecular meshwork
Data format
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sample103_152
bottom peaks comparison between Neutrophil cell and Tracheal epithelial cell
Data format
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sample103_153
bottom peaks comparison between Neutrophil cell and Urothelial cell
Data format
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sample103_154
bottom peaks comparison between Neutrophil cell and Whole blood for donor 1
Data format
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sample103_155
bottom peaks comparison between Neutrophil cell and Whole blood for donor 2
Data format
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sample103_156
bottom peaks comparison between Neutrophil cell and Whole blood for donor 3
Data format
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sample104_105
bottom peaks comparison between Nucleus pulposus and Olfactory epithelial cell
Data format
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sample104_106
bottom peaks comparison between Nucleus pulposus and Osteoblast
Data format
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sample104_107
bottom peaks comparison between Nucleus pulposus and Differentiated osteoblast
Data format
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sample104_108
bottom peaks comparison between Nucleus pulposus and Pricyte
Data format
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sample104_109
bottom peaks comparison between Nucleus pulposus and Perineurial
Data format
hide
sample104_110
bottom peaks comparison between Nucleus pulposus and Peripheral blood mononuclear cell
Data format
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sample104_111
bottom peaks comparison between Nucleus pulposus and Placental epithelial cell
Data format
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sample104_112
bottom peaks comparison between Nucleus pulposus and Preadipocyte in breast
Data format
hide
sample104_113
bottom peaks comparison between Nucleus pulposus and Preadipocyte in omentum
Data format
hide
sample104_114
bottom peaks comparison between Nucleus pulposus and Subcutaneous preadipocyte
Data format
hide
sample104_115
bottom peaks comparison between Nucleus pulposus and Visceral preadipocyte
Data format
hide
sample104_116
bottom peaks comparison between Nucleus pulposus and Prostate epithelial cell
Data format
hide
sample104_117
bottom peaks comparison between Nucleus pulposus and Prostate stromal cell
Data format
hide
sample104_118
bottom peaks comparison between Nucleus pulposus and Renal cortical epithelial cell
Data format
hide
sample104_119
bottom peaks comparison between Nucleus pulposus and Renal glomerular endothelial cell
Data format
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sample104_120
bottom peaks comparison between Nucleus pulposus and Renal mesangial cell
Data format
hide
sample104_121
bottom peaks comparison between Nucleus pulposus and Renal proximal tubular epithelial cell
Data format
hide
sample104_122
bottom peaks comparison between Nucleus pulposus and Renal proximal tubular epithelial cell
Data format
hide
sample104_123
bottom peaks comparison between Nucleus pulposus and Salivary acinar cell
Data format
hide
sample104_124
bottom peaks comparison between Nucleus pulposus and Schwann
Data format
hide
sample104_125
bottom peaks comparison between Nucleus pulposus and Sebocyte
Data format
hide
sample104_126
bottom peaks comparison between Nucleus pulposus and Sertoli
Data format
hide
sample104_127
bottom peaks comparison between Nucleus pulposus and Skeletal muscle
Data format
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sample104_128
bottom peaks comparison between Nucleus pulposus and Skeletal muscle differentiated into myotubes
Data format
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sample104_129
bottom peaks comparison between Nucleus pulposus and Skeletal muscle satellite cell
Data format
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sample104_130
bottom peaks comparison between Nucleus pulposus and Small airway epithelial cell
Data format
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sample104_131
bottom peaks comparison between Nucleus pulposus and Airway smooth muscle in asthma
Data format
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sample104_132
bottom peaks comparison between Nucleus pulposus and Airway smooth muscle in control
Data format
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sample104_133
bottom peaks comparison between Nucleus pulposus and Smooth muscle in aorta
Data format
hide
sample104_134
bottom peaks comparison between Nucleus pulposus and Smooth muscle in brachiocephalic artery
Data format
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sample104_135
bottom peaks comparison between Nucleus pulposus and Smooth muscle in brain vessel
Data format
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sample104_136
bottom peaks comparison between Nucleus pulposus and Smooth muscle in bronchial tube
Data format
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sample104_137
bottom peaks comparison between Nucleus pulposus and Smooth muscle in carotid artery
Data format
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sample104_138
bottom peaks comparison between Nucleus pulposus and Smooth muscle in colon
Data format
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sample104_139
bottom peaks comparison between Nucleus pulposus and Smooth muscle in coronary
Data format
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sample104_140
bottom peaks comparison between Nucleus pulposus and Smooth muscle in esophagus
Data format
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sample104_141
bottom peaks comparison between Nucleus pulposus and Smooth muscle in internal thoracic artery
Data format
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sample104_142
bottom peaks comparison between Nucleus pulposus and Smooth muscle in prostate
Data format
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sample104_143
bottom peaks comparison between Nucleus pulposus and Smooth muscle in pulmonary artery
Data format
hide
sample104_144
bottom peaks comparison between Nucleus pulposus and Smooth muscle in subclavian artery
Data format
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sample104_145
bottom peaks comparison between Nucleus pulposus and Smooth muscle in trachea
Data format
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sample104_146
bottom peaks comparison between Nucleus pulposus and Smooth muscle in umbilical artery
Data format
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sample104_147
bottom peaks comparison between Nucleus pulposus and Smooth muscle in umbilical vein
Data format
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sample104_148
bottom peaks comparison between Nucleus pulposus and Smooth muscle in uterine
Data format
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sample104_149
bottom peaks comparison between Nucleus pulposus and Synoviocyte
Data format
hide
sample104_150
bottom peaks comparison between Nucleus pulposus and Tenocyte
Data format
hide
sample104_151
bottom peaks comparison between Nucleus pulposus and Trabecular meshwork
Data format
hide
sample104_152
bottom peaks comparison between Nucleus pulposus and Tracheal epithelial cell
Data format
hide
sample104_153
bottom peaks comparison between Nucleus pulposus and Urothelial cell
Data format
hide
sample104_154
bottom peaks comparison between Nucleus pulposus and Whole blood for donor 1
Data format
hide
sample104_155
bottom peaks comparison between Nucleus pulposus and Whole blood for donor 2
Data format
hide
sample104_156
bottom peaks comparison between Nucleus pulposus and Whole blood for donor 3
Data format
hide
sample105_106
bottom peaks comparison between Olfactory epithelial cell and Osteoblast
Data format
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sample105_107
bottom peaks comparison between Olfactory epithelial cell and Differentiated osteoblast
Data format
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sample105_108
bottom peaks comparison between Olfactory epithelial cell and Pricyte
Data format
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sample105_109
bottom peaks comparison between Olfactory epithelial cell and Perineurial
Data format
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sample105_110
bottom peaks comparison between Olfactory epithelial cell and Peripheral blood mononuclear cell
Data format
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sample105_111
bottom peaks comparison between Olfactory epithelial cell and Placental epithelial cell
Data format
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sample105_112
bottom peaks comparison between Olfactory epithelial cell and Preadipocyte in breast
Data format
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sample105_113
bottom peaks comparison between Olfactory epithelial cell and Preadipocyte in omentum
Data format
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sample105_114
bottom peaks comparison between Olfactory epithelial cell and Subcutaneous preadipocyte
Data format
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sample105_115
bottom peaks comparison between Olfactory epithelial cell and Visceral preadipocyte
Data format
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sample105_116
bottom peaks comparison between Olfactory epithelial cell and Prostate epithelial cell
Data format
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sample105_117
bottom peaks comparison between Olfactory epithelial cell and Prostate stromal cell
Data format
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sample105_118
bottom peaks comparison between Olfactory epithelial cell and Renal cortical epithelial cell
Data format
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sample105_119
bottom peaks comparison between Olfactory epithelial cell and Renal glomerular endothelial cell
Data format
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sample105_120
bottom peaks comparison between Olfactory epithelial cell and Renal mesangial cell
Data format
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sample105_121
bottom peaks comparison between Olfactory epithelial cell and Renal proximal tubular epithelial cell
Data format
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sample105_122
bottom peaks comparison between Olfactory epithelial cell and Renal proximal tubular epithelial cell
Data format
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sample105_123
bottom peaks comparison between Olfactory epithelial cell and Salivary acinar cell
Data format
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sample105_124
bottom peaks comparison between Olfactory epithelial cell and Schwann
Data format
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sample105_125
bottom peaks comparison between Olfactory epithelial cell and Sebocyte
Data format
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sample105_126
bottom peaks comparison between Olfactory epithelial cell and Sertoli
Data format
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sample105_127
bottom peaks comparison between Olfactory epithelial cell and Skeletal muscle
Data format
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sample105_128
bottom peaks comparison between Olfactory epithelial cell and Skeletal muscle differentiated into myotubes
Data format
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sample105_129
bottom peaks comparison between Olfactory epithelial cell and Skeletal muscle satellite cell
Data format
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sample105_130
bottom peaks comparison between Olfactory epithelial cell and Small airway epithelial cell
Data format
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sample105_131
bottom peaks comparison between Olfactory epithelial cell and Airway smooth muscle in asthma
Data format
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sample105_132
bottom peaks comparison between Olfactory epithelial cell and Airway smooth muscle in control
Data format
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sample105_133
bottom peaks comparison between Olfactory epithelial cell and Smooth muscle in aorta
Data format
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sample105_134
bottom peaks comparison between Olfactory epithelial cell and Smooth muscle in brachiocephalic artery
Data format
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sample105_135
bottom peaks comparison between Olfactory epithelial cell and Smooth muscle in brain vessel
Data format
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sample105_136
bottom peaks comparison between Olfactory epithelial cell and Smooth muscle in bronchial tube
Data format
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sample105_137
bottom peaks comparison between Olfactory epithelial cell and Smooth muscle in carotid artery
Data format
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sample105_138
bottom peaks comparison between Olfactory epithelial cell and Smooth muscle in colon
Data format
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sample105_139
bottom peaks comparison between Olfactory epithelial cell and Smooth muscle in coronary
Data format
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sample105_140
bottom peaks comparison between Olfactory epithelial cell and Smooth muscle in esophagus
Data format
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sample105_141
bottom peaks comparison between Olfactory epithelial cell and Smooth muscle in internal thoracic artery
Data format
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sample105_142
bottom peaks comparison between Olfactory epithelial cell and Smooth muscle in prostate
Data format
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sample105_143
bottom peaks comparison between Olfactory epithelial cell and Smooth muscle in pulmonary artery
Data format
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sample105_144
bottom peaks comparison between Olfactory epithelial cell and Smooth muscle in subclavian artery
Data format
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sample105_145
bottom peaks comparison between Olfactory epithelial cell and Smooth muscle in trachea
Data format
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sample105_146
bottom peaks comparison between Olfactory epithelial cell and Smooth muscle in umbilical artery
Data format
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sample105_147
bottom peaks comparison between Olfactory epithelial cell and Smooth muscle in umbilical vein
Data format
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sample105_148
bottom peaks comparison between Olfactory epithelial cell and Smooth muscle in uterine
Data format
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sample105_149
bottom peaks comparison between Olfactory epithelial cell and Synoviocyte
Data format
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sample105_150
bottom peaks comparison between Olfactory epithelial cell and Tenocyte
Data format
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sample105_151
bottom peaks comparison between Olfactory epithelial cell and Trabecular meshwork
Data format
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sample105_152
bottom peaks comparison between Olfactory epithelial cell and Tracheal epithelial cell
Data format
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sample105_153
bottom peaks comparison between Olfactory epithelial cell and Urothelial cell
Data format
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sample105_154
bottom peaks comparison between Olfactory epithelial cell and Whole blood for donor 1
Data format
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sample105_155
bottom peaks comparison between Olfactory epithelial cell and Whole blood for donor 2
Data format
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sample105_156
bottom peaks comparison between Olfactory epithelial cell and Whole blood for donor 3
Data format
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sample106_107
bottom peaks comparison between Osteoblast and Differentiated osteoblast
Data format
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sample106_108
bottom peaks comparison between Osteoblast and Pricyte
Data format
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sample106_109
bottom peaks comparison between Osteoblast and Perineurial
Data format
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sample106_110
bottom peaks comparison between Osteoblast and Peripheral blood mononuclear cell
Data format
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sample106_111
bottom peaks comparison between Osteoblast and Placental epithelial cell
Data format
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sample106_112
bottom peaks comparison between Osteoblast and Preadipocyte in breast
Data format
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sample106_113
bottom peaks comparison between Osteoblast and Preadipocyte in omentum
Data format
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sample106_114
bottom peaks comparison between Osteoblast and Subcutaneous preadipocyte
Data format
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sample106_115
bottom peaks comparison between Osteoblast and Visceral preadipocyte
Data format
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sample106_116
bottom peaks comparison between Osteoblast and Prostate epithelial cell
Data format
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sample106_117
bottom peaks comparison between Osteoblast and Prostate stromal cell
Data format
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sample106_118
bottom peaks comparison between Osteoblast and Renal cortical epithelial cell
Data format
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sample106_119
bottom peaks comparison between Osteoblast and Renal glomerular endothelial cell
Data format
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sample106_120
bottom peaks comparison between Osteoblast and Renal mesangial cell
Data format
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sample106_121
bottom peaks comparison between Osteoblast and Renal proximal tubular epithelial cell
Data format
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sample106_122
bottom peaks comparison between Osteoblast and Renal proximal tubular epithelial cell
Data format
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sample106_123
bottom peaks comparison between Osteoblast and Salivary acinar cell
Data format
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sample106_124
bottom peaks comparison between Osteoblast and Schwann
Data format
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sample106_125
bottom peaks comparison between Osteoblast and Sebocyte
Data format
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sample106_126
bottom peaks comparison between Osteoblast and Sertoli
Data format
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sample106_127
bottom peaks comparison between Osteoblast and Skeletal muscle
Data format
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sample106_128
bottom peaks comparison between Osteoblast and Skeletal muscle differentiated into myotubes
Data format
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sample106_129
bottom peaks comparison between Osteoblast and Skeletal muscle satellite cell
Data format
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sample106_130
bottom peaks comparison between Osteoblast and Small airway epithelial cell
Data format
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sample106_131
bottom peaks comparison between Osteoblast and Airway smooth muscle in asthma
Data format
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sample106_132
bottom peaks comparison between Osteoblast and Airway smooth muscle in control
Data format
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sample106_133
bottom peaks comparison between Osteoblast and Smooth muscle in aorta
Data format
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sample106_134
bottom peaks comparison between Osteoblast and Smooth muscle in brachiocephalic artery
Data format
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sample106_135
bottom peaks comparison between Osteoblast and Smooth muscle in brain vessel
Data format
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sample106_136
bottom peaks comparison between Osteoblast and Smooth muscle in bronchial tube
Data format
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sample106_137
bottom peaks comparison between Osteoblast and Smooth muscle in carotid artery
Data format
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sample106_138
bottom peaks comparison between Osteoblast and Smooth muscle in colon
Data format
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sample106_139
bottom peaks comparison between Osteoblast and Smooth muscle in coronary
Data format
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sample106_140
bottom peaks comparison between Osteoblast and Smooth muscle in esophagus
Data format
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sample106_141
bottom peaks comparison between Osteoblast and Smooth muscle in internal thoracic artery
Data format
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sample106_142
bottom peaks comparison between Osteoblast and Smooth muscle in prostate
Data format
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sample106_143
bottom peaks comparison between Osteoblast and Smooth muscle in pulmonary artery
Data format
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sample106_144
bottom peaks comparison between Osteoblast and Smooth muscle in subclavian artery
Data format
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sample106_145
bottom peaks comparison between Osteoblast and Smooth muscle in trachea
Data format
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sample106_146
bottom peaks comparison between Osteoblast and Smooth muscle in umbilical artery
Data format
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sample106_147
bottom peaks comparison between Osteoblast and Smooth muscle in umbilical vein
Data format
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sample106_148
bottom peaks comparison between Osteoblast and Smooth muscle in uterine
Data format
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sample106_149
bottom peaks comparison between Osteoblast and Synoviocyte
Data format
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sample106_150
bottom peaks comparison between Osteoblast and Tenocyte
Data format
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sample106_151
bottom peaks comparison between Osteoblast and Trabecular meshwork
Data format
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sample106_152
bottom peaks comparison between Osteoblast and Tracheal epithelial cell
Data format
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sample106_153
bottom peaks comparison between Osteoblast and Urothelial cell
Data format
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sample106_154
bottom peaks comparison between Osteoblast and Whole blood for donor 1
Data format
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sample106_155
bottom peaks comparison between Osteoblast and Whole blood for donor 2
Data format
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sample106_156
bottom peaks comparison between Osteoblast and Whole blood for donor 3
Data format
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sample107_108
bottom peaks comparison between Differentiated osteoblast and Pricyte
Data format
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sample107_109
bottom peaks comparison between Differentiated osteoblast and Perineurial
Data format
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sample107_110
bottom peaks comparison between Differentiated osteoblast and Peripheral blood mononuclear cell
Data format
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sample107_111
bottom peaks comparison between Differentiated osteoblast and Placental epithelial cell
Data format
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sample107_112
bottom peaks comparison between Differentiated osteoblast and Preadipocyte in breast
Data format
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sample107_113
bottom peaks comparison between Differentiated osteoblast and Preadipocyte in omentum
Data format
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sample107_114
bottom peaks comparison between Differentiated osteoblast and Subcutaneous preadipocyte
Data format
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sample107_115
bottom peaks comparison between Differentiated osteoblast and Visceral preadipocyte
Data format
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sample107_116
bottom peaks comparison between Differentiated osteoblast and Prostate epithelial cell
Data format
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sample107_117
bottom peaks comparison between Differentiated osteoblast and Prostate stromal cell
Data format
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sample107_118
bottom peaks comparison between Differentiated osteoblast and Renal cortical epithelial cell
Data format
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sample107_119
bottom peaks comparison between Differentiated osteoblast and Renal glomerular endothelial cell
Data format
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sample107_120
bottom peaks comparison between Differentiated osteoblast and Renal mesangial cell
Data format
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sample107_121
bottom peaks comparison between Differentiated osteoblast and Renal proximal tubular epithelial cell
Data format
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sample107_122
bottom peaks comparison between Differentiated osteoblast and Renal proximal tubular epithelial cell
Data format
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sample107_123
bottom peaks comparison between Differentiated osteoblast and Salivary acinar cell
Data format
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sample107_124
bottom peaks comparison between Differentiated osteoblast and Schwann
Data format
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sample107_125
bottom peaks comparison between Differentiated osteoblast and Sebocyte
Data format
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sample107_126
bottom peaks comparison between Differentiated osteoblast and Sertoli
Data format
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sample107_127
bottom peaks comparison between Differentiated osteoblast and Skeletal muscle
Data format
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sample107_128
bottom peaks comparison between Differentiated osteoblast and Skeletal muscle differentiated into myotubes
Data format
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sample107_129
bottom peaks comparison between Differentiated osteoblast and Skeletal muscle satellite cell
Data format
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sample107_130
bottom peaks comparison between Differentiated osteoblast and Small airway epithelial cell
Data format
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sample107_131
bottom peaks comparison between Differentiated osteoblast and Airway smooth muscle in asthma
Data format
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sample107_132
bottom peaks comparison between Differentiated osteoblast and Airway smooth muscle in control
Data format
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sample107_133
bottom peaks comparison between Differentiated osteoblast and Smooth muscle in aorta
Data format
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sample107_134
bottom peaks comparison between Differentiated osteoblast and Smooth muscle in brachiocephalic artery
Data format
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sample107_135
bottom peaks comparison between Differentiated osteoblast and Smooth muscle in brain vessel
Data format
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sample107_136
bottom peaks comparison between Differentiated osteoblast and Smooth muscle in bronchial tube
Data format
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sample107_137
bottom peaks comparison between Differentiated osteoblast and Smooth muscle in carotid artery
Data format
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sample107_138
bottom peaks comparison between Differentiated osteoblast and Smooth muscle in colon
Data format
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sample107_139
bottom peaks comparison between Differentiated osteoblast and Smooth muscle in coronary
Data format
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sample107_140
bottom peaks comparison between Differentiated osteoblast and Smooth muscle in esophagus
Data format
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sample107_141
bottom peaks comparison between Differentiated osteoblast and Smooth muscle in internal thoracic artery
Data format
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sample107_142
bottom peaks comparison between Differentiated osteoblast and Smooth muscle in prostate
Data format
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sample107_143
bottom peaks comparison between Differentiated osteoblast and Smooth muscle in pulmonary artery
Data format
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sample107_144
bottom peaks comparison between Differentiated osteoblast and Smooth muscle in subclavian artery
Data format
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sample107_145
bottom peaks comparison between Differentiated osteoblast and Smooth muscle in trachea
Data format
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sample107_146
bottom peaks comparison between Differentiated osteoblast and Smooth muscle in umbilical artery
Data format
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sample107_147
bottom peaks comparison between Differentiated osteoblast and Smooth muscle in umbilical vein
Data format
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sample107_148
bottom peaks comparison between Differentiated osteoblast and Smooth muscle in uterine
Data format
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sample107_149
bottom peaks comparison between Differentiated osteoblast and Synoviocyte
Data format
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sample107_150
bottom peaks comparison between Differentiated osteoblast and Tenocyte
Data format
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sample107_151
bottom peaks comparison between Differentiated osteoblast and Trabecular meshwork
Data format
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sample107_152
bottom peaks comparison between Differentiated osteoblast and Tracheal epithelial cell
Data format
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sample107_153
bottom peaks comparison between Differentiated osteoblast and Urothelial cell
Data format
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sample107_154
bottom peaks comparison between Differentiated osteoblast and Whole blood for donor 1
Data format
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sample107_155
bottom peaks comparison between Differentiated osteoblast and Whole blood for donor 2
Data format
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sample107_156
bottom peaks comparison between Differentiated osteoblast and Whole blood for donor 3
Data format
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sample108_109
bottom peaks comparison between Pricyte and Perineurial
Data format
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sample108_110
bottom peaks comparison between Pricyte and Peripheral blood mononuclear cell
Data format
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sample108_111
bottom peaks comparison between Pricyte and Placental epithelial cell
Data format
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sample108_112
bottom peaks comparison between Pricyte and Preadipocyte in breast
Data format
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sample108_113
bottom peaks comparison between Pricyte and Preadipocyte in omentum
Data format
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sample108_114
bottom peaks comparison between Pricyte and Subcutaneous preadipocyte
Data format
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sample108_115
bottom peaks comparison between Pricyte and Visceral preadipocyte
Data format
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sample108_116
bottom peaks comparison between Pricyte and Prostate epithelial cell
Data format
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sample108_117
bottom peaks comparison between Pricyte and Prostate stromal cell
Data format
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sample108_118
bottom peaks comparison between Pricyte and Renal cortical epithelial cell
Data format
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sample108_119
bottom peaks comparison between Pricyte and Renal glomerular endothelial cell
Data format
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sample108_120
bottom peaks comparison between Pricyte and Renal mesangial cell
Data format
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sample108_121
bottom peaks comparison between Pricyte and Renal proximal tubular epithelial cell
Data format
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sample108_122
bottom peaks comparison between Pricyte and Renal proximal tubular epithelial cell
Data format
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sample108_123
bottom peaks comparison between Pricyte and Salivary acinar cell
Data format
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sample108_124
bottom peaks comparison between Pricyte and Schwann
Data format
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sample108_125
bottom peaks comparison between Pricyte and Sebocyte
Data format
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sample108_126
bottom peaks comparison between Pricyte and Sertoli
Data format
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sample108_127
bottom peaks comparison between Pricyte and Skeletal muscle
Data format
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sample108_128
bottom peaks comparison between Pricyte and Skeletal muscle differentiated into myotubes
Data format
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sample108_129
bottom peaks comparison between Pricyte and Skeletal muscle satellite cell
Data format
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sample108_130
bottom peaks comparison between Pricyte and Small airway epithelial cell
Data format
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sample108_131
bottom peaks comparison between Pricyte and Airway smooth muscle in asthma
Data format
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sample108_132
bottom peaks comparison between Pricyte and Airway smooth muscle in control
Data format
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sample108_133
bottom peaks comparison between Pricyte and Smooth muscle in aorta
Data format
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sample108_134
bottom peaks comparison between Pricyte and Smooth muscle in brachiocephalic artery
Data format
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sample108_135
bottom peaks comparison between Pricyte and Smooth muscle in brain vessel
Data format
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sample108_136
bottom peaks comparison between Pricyte and Smooth muscle in bronchial tube
Data format
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sample108_137
bottom peaks comparison between Pricyte and Smooth muscle in carotid artery
Data format
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sample108_138
bottom peaks comparison between Pricyte and Smooth muscle in colon
Data format
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sample108_139
bottom peaks comparison between Pricyte and Smooth muscle in coronary
Data format
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sample108_140
bottom peaks comparison between Pricyte and Smooth muscle in esophagus
Data format
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sample108_141
bottom peaks comparison between Pricyte and Smooth muscle in internal thoracic artery
Data format
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sample108_142
bottom peaks comparison between Pricyte and Smooth muscle in prostate
Data format
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sample108_143
bottom peaks comparison between Pricyte and Smooth muscle in pulmonary artery
Data format
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sample108_144
bottom peaks comparison between Pricyte and Smooth muscle in subclavian artery
Data format
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sample108_145
bottom peaks comparison between Pricyte and Smooth muscle in trachea
Data format
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sample108_146
bottom peaks comparison between Pricyte and Smooth muscle in umbilical artery
Data format
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sample108_147
bottom peaks comparison between Pricyte and Smooth muscle in umbilical vein
Data format
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sample108_148
bottom peaks comparison between Pricyte and Smooth muscle in uterine
Data format
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sample108_149
bottom peaks comparison between Pricyte and Synoviocyte
Data format
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sample108_150
bottom peaks comparison between Pricyte and Tenocyte
Data format
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sample108_151
bottom peaks comparison between Pricyte and Trabecular meshwork
Data format
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sample108_152
bottom peaks comparison between Pricyte and Tracheal epithelial cell
Data format
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sample108_153
bottom peaks comparison between Pricyte and Urothelial cell
Data format
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sample108_154
bottom peaks comparison between Pricyte and Whole blood for donor 1
Data format
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sample108_155
bottom peaks comparison between Pricyte and Whole blood for donor 2
Data format
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sample108_156
bottom peaks comparison between Pricyte and Whole blood for donor 3
Data format
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sample109_110
bottom peaks comparison between Perineurial and Peripheral blood mononuclear cell
Data format
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sample109_111
bottom peaks comparison between Perineurial and Placental epithelial cell
Data format
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sample109_112
bottom peaks comparison between Perineurial and Preadipocyte in breast
Data format
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sample109_113
bottom peaks comparison between Perineurial and Preadipocyte in omentum
Data format
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sample109_114
bottom peaks comparison between Perineurial and Subcutaneous preadipocyte
Data format
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sample109_115
bottom peaks comparison between Perineurial and Visceral preadipocyte
Data format
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sample109_116
bottom peaks comparison between Perineurial and Prostate epithelial cell
Data format
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sample109_117
bottom peaks comparison between Perineurial and Prostate stromal cell
Data format
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sample109_118
bottom peaks comparison between Perineurial and Renal cortical epithelial cell
Data format
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sample109_119
bottom peaks comparison between Perineurial and Renal glomerular endothelial cell
Data format
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sample109_120
bottom peaks comparison between Perineurial and Renal mesangial cell
Data format
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sample109_121
bottom peaks comparison between Perineurial and Renal proximal tubular epithelial cell
Data format
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sample109_122
bottom peaks comparison between Perineurial and Renal proximal tubular epithelial cell
Data format
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sample109_123
bottom peaks comparison between Perineurial and Salivary acinar cell
Data format
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sample109_124
bottom peaks comparison between Perineurial and Schwann
Data format
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sample109_125
bottom peaks comparison between Perineurial and Sebocyte
Data format
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sample109_126
bottom peaks comparison between Perineurial and Sertoli
Data format
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sample109_127
bottom peaks comparison between Perineurial and Skeletal muscle
Data format
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sample109_128
bottom peaks comparison between Perineurial and Skeletal muscle differentiated into myotubes
Data format
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sample109_129
bottom peaks comparison between Perineurial and Skeletal muscle satellite cell
Data format
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sample109_130
bottom peaks comparison between Perineurial and Small airway epithelial cell
Data format
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sample109_131
bottom peaks comparison between Perineurial and Airway smooth muscle in asthma
Data format
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sample109_132
bottom peaks comparison between Perineurial and Airway smooth muscle in control
Data format
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sample109_133
bottom peaks comparison between Perineurial and Smooth muscle in aorta
Data format
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sample109_134
bottom peaks comparison between Perineurial and Smooth muscle in brachiocephalic artery
Data format
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sample109_135
bottom peaks comparison between Perineurial and Smooth muscle in brain vessel
Data format
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sample109_136
bottom peaks comparison between Perineurial and Smooth muscle in bronchial tube
Data format
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sample109_137
bottom peaks comparison between Perineurial and Smooth muscle in carotid artery
Data format
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sample109_138
bottom peaks comparison between Perineurial and Smooth muscle in colon
Data format
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sample109_139
bottom peaks comparison between Perineurial and Smooth muscle in coronary
Data format
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sample109_140
bottom peaks comparison between Perineurial and Smooth muscle in esophagus
Data format
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sample109_141
bottom peaks comparison between Perineurial and Smooth muscle in internal thoracic artery
Data format
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sample109_142
bottom peaks comparison between Perineurial and Smooth muscle in prostate
Data format
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sample109_143
bottom peaks comparison between Perineurial and Smooth muscle in pulmonary artery
Data format
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sample109_144
bottom peaks comparison between Perineurial and Smooth muscle in subclavian artery
Data format
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sample109_145
bottom peaks comparison between Perineurial and Smooth muscle in trachea
Data format
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sample109_146
bottom peaks comparison between Perineurial and Smooth muscle in umbilical artery
Data format
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sample109_147
bottom peaks comparison between Perineurial and Smooth muscle in umbilical vein
Data format
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sample109_148
bottom peaks comparison between Perineurial and Smooth muscle in uterine
Data format
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sample109_149
bottom peaks comparison between Perineurial and Synoviocyte
Data format
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sample109_150
bottom peaks comparison between Perineurial and Tenocyte
Data format
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sample109_151
bottom peaks comparison between Perineurial and Trabecular meshwork
Data format
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sample109_152
bottom peaks comparison between Perineurial and Tracheal epithelial cell
Data format
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sample109_153
bottom peaks comparison between Perineurial and Urothelial cell
Data format
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sample109_154
bottom peaks comparison between Perineurial and Whole blood for donor 1
Data format
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sample109_155
bottom peaks comparison between Perineurial and Whole blood for donor 2
Data format
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sample109_156
bottom peaks comparison between Perineurial and Whole blood for donor 3
Data format
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sample110_111
bottom peaks comparison between Peripheral blood mononuclear cell and Placental epithelial cell
Data format
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sample110_112
bottom peaks comparison between Peripheral blood mononuclear cell and Preadipocyte in breast
Data format
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sample110_113
bottom peaks comparison between Peripheral blood mononuclear cell and Preadipocyte in omentum
Data format
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sample110_114
bottom peaks comparison between Peripheral blood mononuclear cell and Subcutaneous preadipocyte
Data format
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sample110_115
bottom peaks comparison between Peripheral blood mononuclear cell and Visceral preadipocyte
Data format
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sample110_116
bottom peaks comparison between Peripheral blood mononuclear cell and Prostate epithelial cell
Data format
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sample110_117
bottom peaks comparison between Peripheral blood mononuclear cell and Prostate stromal cell
Data format
hide
sample110_118
bottom peaks comparison between Peripheral blood mononuclear cell and Renal cortical epithelial cell
Data format
hide
sample110_119
bottom peaks comparison between Peripheral blood mononuclear cell and Renal glomerular endothelial cell
Data format
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sample110_120
bottom peaks comparison between Peripheral blood mononuclear cell and Renal mesangial cell
Data format
hide
sample110_121
bottom peaks comparison between Peripheral blood mononuclear cell and Renal proximal tubular epithelial cell
Data format
hide
sample110_122
bottom peaks comparison between Peripheral blood mononuclear cell and Renal proximal tubular epithelial cell
Data format
hide
sample110_123
bottom peaks comparison between Peripheral blood mononuclear cell and Salivary acinar cell
Data format
hide
sample110_124
bottom peaks comparison between Peripheral blood mononuclear cell and Schwann
Data format
hide
sample110_125
bottom peaks comparison between Peripheral blood mononuclear cell and Sebocyte
Data format
hide
sample110_126
bottom peaks comparison between Peripheral blood mononuclear cell and Sertoli
Data format
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sample110_127
bottom peaks comparison between Peripheral blood mononuclear cell and Skeletal muscle
Data format
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sample110_128
bottom peaks comparison between Peripheral blood mononuclear cell and Skeletal muscle differentiated into myotubes
Data format
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sample110_129
bottom peaks comparison between Peripheral blood mononuclear cell and Skeletal muscle satellite cell
Data format
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sample110_130
bottom peaks comparison between Peripheral blood mononuclear cell and Small airway epithelial cell
Data format
hide
sample110_131
bottom peaks comparison between Peripheral blood mononuclear cell and Airway smooth muscle in asthma
Data format
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sample110_132
bottom peaks comparison between Peripheral blood mononuclear cell and Airway smooth muscle in control
Data format
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sample110_133
bottom peaks comparison between Peripheral blood mononuclear cell and Smooth muscle in aorta
Data format
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sample110_134
bottom peaks comparison between Peripheral blood mononuclear cell and Smooth muscle in brachiocephalic artery
Data format
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sample110_135
bottom peaks comparison between Peripheral blood mononuclear cell and Smooth muscle in brain vessel
Data format
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sample110_136
bottom peaks comparison between Peripheral blood mononuclear cell and Smooth muscle in bronchial tube
Data format
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sample110_137
bottom peaks comparison between Peripheral blood mononuclear cell and Smooth muscle in carotid artery
Data format
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sample110_138
bottom peaks comparison between Peripheral blood mononuclear cell and Smooth muscle in colon
Data format
hide
sample110_139
bottom peaks comparison between Peripheral blood mononuclear cell and Smooth muscle in coronary
Data format
hide
sample110_140
bottom peaks comparison between Peripheral blood mononuclear cell and Smooth muscle in esophagus
Data format
hide
sample110_141
bottom peaks comparison between Peripheral blood mononuclear cell and Smooth muscle in internal thoracic artery
Data format
hide
sample110_142
bottom peaks comparison between Peripheral blood mononuclear cell and Smooth muscle in prostate
Data format
hide
sample110_143
bottom peaks comparison between Peripheral blood mononuclear cell and Smooth muscle in pulmonary artery
Data format
hide
sample110_144
bottom peaks comparison between Peripheral blood mononuclear cell and Smooth muscle in subclavian artery
Data format
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sample110_145
bottom peaks comparison between Peripheral blood mononuclear cell and Smooth muscle in trachea
Data format
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sample110_146
bottom peaks comparison between Peripheral blood mononuclear cell and Smooth muscle in umbilical artery
Data format
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sample110_147
bottom peaks comparison between Peripheral blood mononuclear cell and Smooth muscle in umbilical vein
Data format
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sample110_148
bottom peaks comparison between Peripheral blood mononuclear cell and Smooth muscle in uterine
Data format
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sample110_149
bottom peaks comparison between Peripheral blood mononuclear cell and Synoviocyte
Data format
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sample110_150
bottom peaks comparison between Peripheral blood mononuclear cell and Tenocyte
Data format
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sample110_151
bottom peaks comparison between Peripheral blood mononuclear cell and Trabecular meshwork
Data format
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sample110_152
bottom peaks comparison between Peripheral blood mononuclear cell and Tracheal epithelial cell
Data format
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sample110_153
bottom peaks comparison between Peripheral blood mononuclear cell and Urothelial cell
Data format
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sample110_154
bottom peaks comparison between Peripheral blood mononuclear cell and Whole blood for donor 1
Data format
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sample110_155
bottom peaks comparison between Peripheral blood mononuclear cell and Whole blood for donor 2
Data format
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sample110_156
bottom peaks comparison between Peripheral blood mononuclear cell and Whole blood for donor 3
Data format
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sample111_112
bottom peaks comparison between Placental epithelial cell and Preadipocyte in breast
Data format
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sample111_113
bottom peaks comparison between Placental epithelial cell and Preadipocyte in omentum
Data format
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sample111_114
bottom peaks comparison between Placental epithelial cell and Subcutaneous preadipocyte
Data format
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sample111_115
bottom peaks comparison between Placental epithelial cell and Visceral preadipocyte
Data format
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sample111_116
bottom peaks comparison between Placental epithelial cell and Prostate epithelial cell
Data format
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sample111_117
bottom peaks comparison between Placental epithelial cell and Prostate stromal cell
Data format
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sample111_118
bottom peaks comparison between Placental epithelial cell and Renal cortical epithelial cell
Data format
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sample111_119
bottom peaks comparison between Placental epithelial cell and Renal glomerular endothelial cell
Data format
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sample111_120
bottom peaks comparison between Placental epithelial cell and Renal mesangial cell
Data format
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sample111_121
bottom peaks comparison between Placental epithelial cell and Renal proximal tubular epithelial cell
Data format
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sample111_122
bottom peaks comparison between Placental epithelial cell and Renal proximal tubular epithelial cell
Data format
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sample111_123
bottom peaks comparison between Placental epithelial cell and Salivary acinar cell
Data format
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sample111_124
bottom peaks comparison between Placental epithelial cell and Schwann
Data format
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sample111_125
bottom peaks comparison between Placental epithelial cell and Sebocyte
Data format
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sample111_126
bottom peaks comparison between Placental epithelial cell and Sertoli
Data format
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sample111_127
bottom peaks comparison between Placental epithelial cell and Skeletal muscle
Data format
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sample111_128
bottom peaks comparison between Placental epithelial cell and Skeletal muscle differentiated into myotubes
Data format
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sample111_129
bottom peaks comparison between Placental epithelial cell and Skeletal muscle satellite cell
Data format
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sample111_130
bottom peaks comparison between Placental epithelial cell and Small airway epithelial cell
Data format
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sample111_131
bottom peaks comparison between Placental epithelial cell and Airway smooth muscle in asthma
Data format
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sample111_132
bottom peaks comparison between Placental epithelial cell and Airway smooth muscle in control
Data format
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sample111_133
bottom peaks comparison between Placental epithelial cell and Smooth muscle in aorta
Data format
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sample111_134
bottom peaks comparison between Placental epithelial cell and Smooth muscle in brachiocephalic artery
Data format
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sample111_135
bottom peaks comparison between Placental epithelial cell and Smooth muscle in brain vessel
Data format
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sample111_136
bottom peaks comparison between Placental epithelial cell and Smooth muscle in bronchial tube
Data format
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sample111_137
bottom peaks comparison between Placental epithelial cell and Smooth muscle in carotid artery
Data format
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sample111_138
bottom peaks comparison between Placental epithelial cell and Smooth muscle in colon
Data format
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sample111_139
bottom peaks comparison between Placental epithelial cell and Smooth muscle in coronary
Data format
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sample111_140
bottom peaks comparison between Placental epithelial cell and Smooth muscle in esophagus
Data format
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sample111_141
bottom peaks comparison between Placental epithelial cell and Smooth muscle in internal thoracic artery
Data format
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sample111_142
bottom peaks comparison between Placental epithelial cell and Smooth muscle in prostate
Data format
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sample111_143
bottom peaks comparison between Placental epithelial cell and Smooth muscle in pulmonary artery
Data format
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sample111_144
bottom peaks comparison between Placental epithelial cell and Smooth muscle in subclavian artery
Data format
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sample111_145
bottom peaks comparison between Placental epithelial cell and Smooth muscle in trachea
Data format
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sample111_146
bottom peaks comparison between Placental epithelial cell and Smooth muscle in umbilical artery
Data format
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sample111_147
bottom peaks comparison between Placental epithelial cell and Smooth muscle in umbilical vein
Data format
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sample111_148
bottom peaks comparison between Placental epithelial cell and Smooth muscle in uterine
Data format
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sample111_149
bottom peaks comparison between Placental epithelial cell and Synoviocyte
Data format
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sample111_150
bottom peaks comparison between Placental epithelial cell and Tenocyte
Data format
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sample111_151
bottom peaks comparison between Placental epithelial cell and Trabecular meshwork
Data format
hide
sample111_152
bottom peaks comparison between Placental epithelial cell and Tracheal epithelial cell
Data format
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sample111_153
bottom peaks comparison between Placental epithelial cell and Urothelial cell
Data format
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sample111_154
bottom peaks comparison between Placental epithelial cell and Whole blood for donor 1
Data format
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sample111_155
bottom peaks comparison between Placental epithelial cell and Whole blood for donor 2
Data format
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sample111_156
bottom peaks comparison between Placental epithelial cell and Whole blood for donor 3
Data format
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sample112_113
bottom peaks comparison between Preadipocyte in breast and Preadipocyte in omentum
Data format
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sample112_114
bottom peaks comparison between Preadipocyte in breast and Subcutaneous preadipocyte
Data format
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sample112_115
bottom peaks comparison between Preadipocyte in breast and Visceral preadipocyte
Data format
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sample112_116
bottom peaks comparison between Preadipocyte in breast and Prostate epithelial cell
Data format
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sample112_117
bottom peaks comparison between Preadipocyte in breast and Prostate stromal cell
Data format
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sample112_118
bottom peaks comparison between Preadipocyte in breast and Renal cortical epithelial cell
Data format
hide
sample112_119
bottom peaks comparison between Preadipocyte in breast and Renal glomerular endothelial cell
Data format
hide
sample112_120
bottom peaks comparison between Preadipocyte in breast and Renal mesangial cell
Data format
hide
sample112_121
bottom peaks comparison between Preadipocyte in breast and Renal proximal tubular epithelial cell
Data format
hide
sample112_122
bottom peaks comparison between Preadipocyte in breast and Renal proximal tubular epithelial cell
Data format
hide
sample112_123
bottom peaks comparison between Preadipocyte in breast and Salivary acinar cell
Data format
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sample112_124
bottom peaks comparison between Preadipocyte in breast and Schwann
Data format
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sample112_125
bottom peaks comparison between Preadipocyte in breast and Sebocyte
Data format
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sample112_126
bottom peaks comparison between Preadipocyte in breast and Sertoli
Data format
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sample112_127
bottom peaks comparison between Preadipocyte in breast and Skeletal muscle
Data format
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sample112_128
bottom peaks comparison between Preadipocyte in breast and Skeletal muscle differentiated into myotubes
Data format
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sample112_129
bottom peaks comparison between Preadipocyte in breast and Skeletal muscle satellite cell
Data format
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sample112_130
bottom peaks comparison between Preadipocyte in breast and Small airway epithelial cell
Data format
hide
sample112_131
bottom peaks comparison between Preadipocyte in breast and Airway smooth muscle in asthma
Data format
hide
sample112_132
bottom peaks comparison between Preadipocyte in breast and Airway smooth muscle in control
Data format
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sample112_133
bottom peaks comparison between Preadipocyte in breast and Smooth muscle in aorta
Data format
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sample112_134
bottom peaks comparison between Preadipocyte in breast and Smooth muscle in brachiocephalic artery
Data format
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sample112_135
bottom peaks comparison between Preadipocyte in breast and Smooth muscle in brain vessel
Data format
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sample112_136
bottom peaks comparison between Preadipocyte in breast and Smooth muscle in bronchial tube
Data format
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sample112_137
bottom peaks comparison between Preadipocyte in breast and Smooth muscle in carotid artery
Data format
hide
sample112_138
bottom peaks comparison between Preadipocyte in breast and Smooth muscle in colon
Data format
hide
sample112_139
bottom peaks comparison between Preadipocyte in breast and Smooth muscle in coronary
Data format
hide
sample112_140
bottom peaks comparison between Preadipocyte in breast and Smooth muscle in esophagus
Data format
hide
sample112_141
bottom peaks comparison between Preadipocyte in breast and Smooth muscle in internal thoracic artery
Data format
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sample112_142
bottom peaks comparison between Preadipocyte in breast and Smooth muscle in prostate
Data format
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sample112_143
bottom peaks comparison between Preadipocyte in breast and Smooth muscle in pulmonary artery
Data format
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sample112_144
bottom peaks comparison between Preadipocyte in breast and Smooth muscle in subclavian artery
Data format
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sample112_145
bottom peaks comparison between Preadipocyte in breast and Smooth muscle in trachea
Data format
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sample112_146
bottom peaks comparison between Preadipocyte in breast and Smooth muscle in umbilical artery
Data format
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sample112_147
bottom peaks comparison between Preadipocyte in breast and Smooth muscle in umbilical vein
Data format
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sample112_148
bottom peaks comparison between Preadipocyte in breast and Smooth muscle in uterine
Data format
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sample112_149
bottom peaks comparison between Preadipocyte in breast and Synoviocyte
Data format
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sample112_150
bottom peaks comparison between Preadipocyte in breast and Tenocyte
Data format
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sample112_151
bottom peaks comparison between Preadipocyte in breast and Trabecular meshwork
Data format
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sample112_152
bottom peaks comparison between Preadipocyte in breast and Tracheal epithelial cell
Data format
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sample112_153
bottom peaks comparison between Preadipocyte in breast and Urothelial cell
Data format
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sample112_154
bottom peaks comparison between Preadipocyte in breast and Whole blood for donor 1
Data format
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sample112_155
bottom peaks comparison between Preadipocyte in breast and Whole blood for donor 2
Data format
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sample112_156
bottom peaks comparison between Preadipocyte in breast and Whole blood for donor 3
Data format
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sample113_114
bottom peaks comparison between Preadipocyte in omentum and Subcutaneous preadipocyte
Data format
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sample113_115
bottom peaks comparison between Preadipocyte in omentum and Visceral preadipocyte
Data format
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sample113_116
bottom peaks comparison between Preadipocyte in omentum and Prostate epithelial cell
Data format
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sample113_117
bottom peaks comparison between Preadipocyte in omentum and Prostate stromal cell
Data format
hide
sample113_118
bottom peaks comparison between Preadipocyte in omentum and Renal cortical epithelial cell
Data format
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sample113_119
bottom peaks comparison between Preadipocyte in omentum and Renal glomerular endothelial cell
Data format
hide
sample113_120
bottom peaks comparison between Preadipocyte in omentum and Renal mesangial cell
Data format
hide
sample113_121
bottom peaks comparison between Preadipocyte in omentum and Renal proximal tubular epithelial cell
Data format
hide
sample113_122
bottom peaks comparison between Preadipocyte in omentum and Renal proximal tubular epithelial cell
Data format
hide
sample113_123
bottom peaks comparison between Preadipocyte in omentum and Salivary acinar cell
Data format
hide
sample113_124
bottom peaks comparison between Preadipocyte in omentum and Schwann
Data format
hide
sample113_125
bottom peaks comparison between Preadipocyte in omentum and Sebocyte
Data format
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sample113_126
bottom peaks comparison between Preadipocyte in omentum and Sertoli
Data format
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sample113_127
bottom peaks comparison between Preadipocyte in omentum and Skeletal muscle
Data format
hide
sample113_128
bottom peaks comparison between Preadipocyte in omentum and Skeletal muscle differentiated into myotubes
Data format
hide
sample113_129
bottom peaks comparison between Preadipocyte in omentum and Skeletal muscle satellite cell
Data format
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sample113_130
bottom peaks comparison between Preadipocyte in omentum and Small airway epithelial cell
Data format
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sample113_131
bottom peaks comparison between Preadipocyte in omentum and Airway smooth muscle in asthma
Data format
hide
sample113_132
bottom peaks comparison between Preadipocyte in omentum and Airway smooth muscle in control
Data format
hide
sample113_133
bottom peaks comparison between Preadipocyte in omentum and Smooth muscle in aorta
Data format
hide
sample113_134
bottom peaks comparison between Preadipocyte in omentum and Smooth muscle in brachiocephalic artery
Data format
hide
sample113_135
bottom peaks comparison between Preadipocyte in omentum and Smooth muscle in brain vessel
Data format
hide
sample113_136
bottom peaks comparison between Preadipocyte in omentum and Smooth muscle in bronchial tube
Data format
hide
sample113_137
bottom peaks comparison between Preadipocyte in omentum and Smooth muscle in carotid artery
Data format
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sample113_138
bottom peaks comparison between Preadipocyte in omentum and Smooth muscle in colon
Data format
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sample113_139
bottom peaks comparison between Preadipocyte in omentum and Smooth muscle in coronary
Data format
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sample113_140
bottom peaks comparison between Preadipocyte in omentum and Smooth muscle in esophagus
Data format
hide
sample113_141
bottom peaks comparison between Preadipocyte in omentum and Smooth muscle in internal thoracic artery
Data format
hide
sample113_142
bottom peaks comparison between Preadipocyte in omentum and Smooth muscle in prostate
Data format
hide
sample113_143
bottom peaks comparison between Preadipocyte in omentum and Smooth muscle in pulmonary artery
Data format
hide
sample113_144
bottom peaks comparison between Preadipocyte in omentum and Smooth muscle in subclavian artery
Data format
hide
sample113_145
bottom peaks comparison between Preadipocyte in omentum and Smooth muscle in trachea
Data format
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sample113_146
bottom peaks comparison between Preadipocyte in omentum and Smooth muscle in umbilical artery
Data format
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sample113_147
bottom peaks comparison between Preadipocyte in omentum and Smooth muscle in umbilical vein
Data format
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sample113_148
bottom peaks comparison between Preadipocyte in omentum and Smooth muscle in uterine
Data format
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sample113_149
bottom peaks comparison between Preadipocyte in omentum and Synoviocyte
Data format
hide
sample113_150
bottom peaks comparison between Preadipocyte in omentum and Tenocyte
Data format
hide
sample113_151
bottom peaks comparison between Preadipocyte in omentum and Trabecular meshwork
Data format
hide
sample113_152
bottom peaks comparison between Preadipocyte in omentum and Tracheal epithelial cell
Data format
hide
sample113_153
bottom peaks comparison between Preadipocyte in omentum and Urothelial cell
Data format
hide
sample113_154
bottom peaks comparison between Preadipocyte in omentum and Whole blood for donor 1
Data format
hide
sample113_155
bottom peaks comparison between Preadipocyte in omentum and Whole blood for donor 2
Data format
hide
sample113_156
bottom peaks comparison between Preadipocyte in omentum and Whole blood for donor 3
Data format
hide
sample114_115
bottom peaks comparison between Subcutaneous preadipocyte and Visceral preadipocyte
Data format
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sample114_116
bottom peaks comparison between Subcutaneous preadipocyte and Prostate epithelial cell
Data format
hide
sample114_117
bottom peaks comparison between Subcutaneous preadipocyte and Prostate stromal cell
Data format
hide
sample114_118
bottom peaks comparison between Subcutaneous preadipocyte and Renal cortical epithelial cell
Data format
hide
sample114_119
bottom peaks comparison between Subcutaneous preadipocyte and Renal glomerular endothelial cell
Data format
hide
sample114_120
bottom peaks comparison between Subcutaneous preadipocyte and Renal mesangial cell
Data format
hide
sample114_121
bottom peaks comparison between Subcutaneous preadipocyte and Renal proximal tubular epithelial cell
Data format
hide
sample114_122
bottom peaks comparison between Subcutaneous preadipocyte and Renal proximal tubular epithelial cell
Data format
hide
sample114_123
bottom peaks comparison between Subcutaneous preadipocyte and Salivary acinar cell
Data format
hide
sample114_124
bottom peaks comparison between Subcutaneous preadipocyte and Schwann
Data format
hide
sample114_125
bottom peaks comparison between Subcutaneous preadipocyte and Sebocyte
Data format
hide
sample114_126
bottom peaks comparison between Subcutaneous preadipocyte and Sertoli
Data format
hide
sample114_127
bottom peaks comparison between Subcutaneous preadipocyte and Skeletal muscle
Data format
hide
sample114_128
bottom peaks comparison between Subcutaneous preadipocyte and Skeletal muscle differentiated into myotubes
Data format
hide
sample114_129
bottom peaks comparison between Subcutaneous preadipocyte and Skeletal muscle satellite cell
Data format
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sample114_130
bottom peaks comparison between Subcutaneous preadipocyte and Small airway epithelial cell
Data format
hide
sample114_131
bottom peaks comparison between Subcutaneous preadipocyte and Airway smooth muscle in asthma
Data format
hide
sample114_132
bottom peaks comparison between Subcutaneous preadipocyte and Airway smooth muscle in control
Data format
hide
sample114_133
bottom peaks comparison between Subcutaneous preadipocyte and Smooth muscle in aorta
Data format
hide
sample114_134
bottom peaks comparison between Subcutaneous preadipocyte and Smooth muscle in brachiocephalic artery
Data format
hide
sample114_135
bottom peaks comparison between Subcutaneous preadipocyte and Smooth muscle in brain vessel
Data format
hide
sample114_136
bottom peaks comparison between Subcutaneous preadipocyte and Smooth muscle in bronchial tube
Data format
hide
sample114_137
bottom peaks comparison between Subcutaneous preadipocyte and Smooth muscle in carotid artery
Data format
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sample114_138
bottom peaks comparison between Subcutaneous preadipocyte and Smooth muscle in colon
Data format
hide
sample114_139
bottom peaks comparison between Subcutaneous preadipocyte and Smooth muscle in coronary
Data format
hide
sample114_140
bottom peaks comparison between Subcutaneous preadipocyte and Smooth muscle in esophagus
Data format
hide
sample114_141
bottom peaks comparison between Subcutaneous preadipocyte and Smooth muscle in internal thoracic artery
Data format
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sample114_142
bottom peaks comparison between Subcutaneous preadipocyte and Smooth muscle in prostate
Data format
hide
sample114_143
bottom peaks comparison between Subcutaneous preadipocyte and Smooth muscle in pulmonary artery
Data format
hide
sample114_144
bottom peaks comparison between Subcutaneous preadipocyte and Smooth muscle in subclavian artery
Data format
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sample114_145
bottom peaks comparison between Subcutaneous preadipocyte and Smooth muscle in trachea
Data format
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sample114_146
bottom peaks comparison between Subcutaneous preadipocyte and Smooth muscle in umbilical artery
Data format
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sample114_147
bottom peaks comparison between Subcutaneous preadipocyte and Smooth muscle in umbilical vein
Data format
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sample114_148
bottom peaks comparison between Subcutaneous preadipocyte and Smooth muscle in uterine
Data format
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sample114_149
bottom peaks comparison between Subcutaneous preadipocyte and Synoviocyte
Data format
hide
sample114_150
bottom peaks comparison between Subcutaneous preadipocyte and Tenocyte
Data format
hide
sample114_151
bottom peaks comparison between Subcutaneous preadipocyte and Trabecular meshwork
Data format
hide
sample114_152
bottom peaks comparison between Subcutaneous preadipocyte and Tracheal epithelial cell
Data format
hide
sample114_153
bottom peaks comparison between Subcutaneous preadipocyte and Urothelial cell
Data format
hide
sample114_154
bottom peaks comparison between Subcutaneous preadipocyte and Whole blood for donor 1
Data format
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sample114_155
bottom peaks comparison between Subcutaneous preadipocyte and Whole blood for donor 2
Data format
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sample114_156
bottom peaks comparison between Subcutaneous preadipocyte and Whole blood for donor 3
Data format
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sample115_116
bottom peaks comparison between Visceral preadipocyte and Prostate epithelial cell
Data format
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sample115_117
bottom peaks comparison between Visceral preadipocyte and Prostate stromal cell
Data format
hide
sample115_118
bottom peaks comparison between Visceral preadipocyte and Renal cortical epithelial cell
Data format
hide
sample115_119
bottom peaks comparison between Visceral preadipocyte and Renal glomerular endothelial cell
Data format
hide
sample115_120
bottom peaks comparison between Visceral preadipocyte and Renal mesangial cell
Data format
hide
sample115_121
bottom peaks comparison between Visceral preadipocyte and Renal proximal tubular epithelial cell
Data format
hide
sample115_122
bottom peaks comparison between Visceral preadipocyte and Renal proximal tubular epithelial cell
Data format
hide
sample115_123
bottom peaks comparison between Visceral preadipocyte and Salivary acinar cell
Data format
hide
sample115_124
bottom peaks comparison between Visceral preadipocyte and Schwann
Data format
hide
sample115_125
bottom peaks comparison between Visceral preadipocyte and Sebocyte
Data format
hide
sample115_126
bottom peaks comparison between Visceral preadipocyte and Sertoli
Data format
hide
sample115_127
bottom peaks comparison between Visceral preadipocyte and Skeletal muscle
Data format
hide
sample115_128
bottom peaks comparison between Visceral preadipocyte and Skeletal muscle differentiated into myotubes
Data format
hide
sample115_129
bottom peaks comparison between Visceral preadipocyte and Skeletal muscle satellite cell
Data format
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sample115_130
bottom peaks comparison between Visceral preadipocyte and Small airway epithelial cell
Data format
hide
sample115_131
bottom peaks comparison between Visceral preadipocyte and Airway smooth muscle in asthma
Data format
hide
sample115_132
bottom peaks comparison between Visceral preadipocyte and Airway smooth muscle in control
Data format
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sample115_133
bottom peaks comparison between Visceral preadipocyte and Smooth muscle in aorta
Data format
hide
sample115_134
bottom peaks comparison between Visceral preadipocyte and Smooth muscle in brachiocephalic artery
Data format
hide
sample115_135
bottom peaks comparison between Visceral preadipocyte and Smooth muscle in brain vessel
Data format
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sample115_136
bottom peaks comparison between Visceral preadipocyte and Smooth muscle in bronchial tube
Data format
hide
sample115_137
bottom peaks comparison between Visceral preadipocyte and Smooth muscle in carotid artery
Data format
hide
sample115_138
bottom peaks comparison between Visceral preadipocyte and Smooth muscle in colon
Data format
hide
sample115_139
bottom peaks comparison between Visceral preadipocyte and Smooth muscle in coronary
Data format
hide
sample115_140
bottom peaks comparison between Visceral preadipocyte and Smooth muscle in esophagus
Data format
hide
sample115_141
bottom peaks comparison between Visceral preadipocyte and Smooth muscle in internal thoracic artery
Data format
hide
sample115_142
bottom peaks comparison between Visceral preadipocyte and Smooth muscle in prostate
Data format
hide
sample115_143
bottom peaks comparison between Visceral preadipocyte and Smooth muscle in pulmonary artery
Data format
hide
sample115_144
bottom peaks comparison between Visceral preadipocyte and Smooth muscle in subclavian artery
Data format
hide
sample115_145
bottom peaks comparison between Visceral preadipocyte and Smooth muscle in trachea
Data format
hide
sample115_146
bottom peaks comparison between Visceral preadipocyte and Smooth muscle in umbilical artery
Data format
hide
sample115_147
bottom peaks comparison between Visceral preadipocyte and Smooth muscle in umbilical vein
Data format
hide
sample115_148
bottom peaks comparison between Visceral preadipocyte and Smooth muscle in uterine
Data format
hide
sample115_149
bottom peaks comparison between Visceral preadipocyte and Synoviocyte
Data format
hide
sample115_150
bottom peaks comparison between Visceral preadipocyte and Tenocyte
Data format
hide
sample115_151
bottom peaks comparison between Visceral preadipocyte and Trabecular meshwork
Data format
hide
sample115_152
bottom peaks comparison between Visceral preadipocyte and Tracheal epithelial cell
Data format
hide
sample115_153
bottom peaks comparison between Visceral preadipocyte and Urothelial cell
Data format
hide
sample115_154
bottom peaks comparison between Visceral preadipocyte and Whole blood for donor 1
Data format
hide
sample115_155
bottom peaks comparison between Visceral preadipocyte and Whole blood for donor 2
Data format
hide
sample115_156
bottom peaks comparison between Visceral preadipocyte and Whole blood for donor 3
Data format
hide
sample116_117
bottom peaks comparison between Prostate epithelial cell and Prostate stromal cell
Data format
hide
sample116_118
bottom peaks comparison between Prostate epithelial cell and Renal cortical epithelial cell
Data format
hide
sample116_119
bottom peaks comparison between Prostate epithelial cell and Renal glomerular endothelial cell
Data format
hide
sample116_120
bottom peaks comparison between Prostate epithelial cell and Renal mesangial cell
Data format
hide
sample116_121
bottom peaks comparison between Prostate epithelial cell and Renal proximal tubular epithelial cell
Data format
hide
sample116_122
bottom peaks comparison between Prostate epithelial cell and Renal proximal tubular epithelial cell
Data format
hide
sample116_123
bottom peaks comparison between Prostate epithelial cell and Salivary acinar cell
Data format
hide
sample116_124
bottom peaks comparison between Prostate epithelial cell and Schwann
Data format
hide
sample116_125
bottom peaks comparison between Prostate epithelial cell and Sebocyte
Data format
hide
sample116_126
bottom peaks comparison between Prostate epithelial cell and Sertoli
Data format
hide
sample116_127
bottom peaks comparison between Prostate epithelial cell and Skeletal muscle
Data format
hide
sample116_128
bottom peaks comparison between Prostate epithelial cell and Skeletal muscle differentiated into myotubes
Data format
hide
sample116_129
bottom peaks comparison between Prostate epithelial cell and Skeletal muscle satellite cell
Data format
hide
sample116_130
bottom peaks comparison between Prostate epithelial cell and Small airway epithelial cell
Data format
hide
sample116_131
bottom peaks comparison between Prostate epithelial cell and Airway smooth muscle in asthma
Data format
hide
sample116_132
bottom peaks comparison between Prostate epithelial cell and Airway smooth muscle in control
Data format
hide
sample116_133
bottom peaks comparison between Prostate epithelial cell and Smooth muscle in aorta
Data format
hide
sample116_134
bottom peaks comparison between Prostate epithelial cell and Smooth muscle in brachiocephalic artery
Data format
hide
sample116_135
bottom peaks comparison between Prostate epithelial cell and Smooth muscle in brain vessel
Data format
hide
sample116_136
bottom peaks comparison between Prostate epithelial cell and Smooth muscle in bronchial tube
Data format
hide
sample116_137
bottom peaks comparison between Prostate epithelial cell and Smooth muscle in carotid artery
Data format
hide
sample116_138
bottom peaks comparison between Prostate epithelial cell and Smooth muscle in colon
Data format
hide
sample116_139
bottom peaks comparison between Prostate epithelial cell and Smooth muscle in coronary
Data format
hide
sample116_140
bottom peaks comparison between Prostate epithelial cell and Smooth muscle in esophagus
Data format
hide
sample116_141
bottom peaks comparison between Prostate epithelial cell and Smooth muscle in internal thoracic artery
Data format
hide
sample116_142
bottom peaks comparison between Prostate epithelial cell and Smooth muscle in prostate
Data format
hide
sample116_143
bottom peaks comparison between Prostate epithelial cell and Smooth muscle in pulmonary artery
Data format
hide
sample116_144
bottom peaks comparison between Prostate epithelial cell and Smooth muscle in subclavian artery
Data format
hide
sample116_145
bottom peaks comparison between Prostate epithelial cell and Smooth muscle in trachea
Data format
hide
sample116_146
bottom peaks comparison between Prostate epithelial cell and Smooth muscle in umbilical artery
Data format
hide
sample116_147
bottom peaks comparison between Prostate epithelial cell and Smooth muscle in umbilical vein
Data format
hide
sample116_148
bottom peaks comparison between Prostate epithelial cell and Smooth muscle in uterine
Data format
hide
sample116_149
bottom peaks comparison between Prostate epithelial cell and Synoviocyte
Data format
hide
sample116_150
bottom peaks comparison between Prostate epithelial cell and Tenocyte
Data format
hide
sample116_151
bottom peaks comparison between Prostate epithelial cell and Trabecular meshwork
Data format
hide
sample116_152
bottom peaks comparison between Prostate epithelial cell and Tracheal epithelial cell
Data format
hide
sample116_153
bottom peaks comparison between Prostate epithelial cell and Urothelial cell
Data format
hide
sample116_154
bottom peaks comparison between Prostate epithelial cell and Whole blood for donor 1
Data format
hide
sample116_155
bottom peaks comparison between Prostate epithelial cell and Whole blood for donor 2
Data format
hide
sample116_156
bottom peaks comparison between Prostate epithelial cell and Whole blood for donor 3
Data format
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sample117_118
bottom peaks comparison between Prostate stromal cell and Renal cortical epithelial cell
Data format
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sample117_119
bottom peaks comparison between Prostate stromal cell and Renal glomerular endothelial cell
Data format
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sample117_120
bottom peaks comparison between Prostate stromal cell and Renal mesangial cell
Data format
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sample117_121
bottom peaks comparison between Prostate stromal cell and Renal proximal tubular epithelial cell
Data format
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sample117_122
bottom peaks comparison between Prostate stromal cell and Renal proximal tubular epithelial cell
Data format
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sample117_123
bottom peaks comparison between Prostate stromal cell and Salivary acinar cell
Data format
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sample117_124
bottom peaks comparison between Prostate stromal cell and Schwann
Data format
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sample117_125
bottom peaks comparison between Prostate stromal cell and Sebocyte
Data format
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sample117_126
bottom peaks comparison between Prostate stromal cell and Sertoli
Data format
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sample117_127
bottom peaks comparison between Prostate stromal cell and Skeletal muscle
Data format
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sample117_128
bottom peaks comparison between Prostate stromal cell and Skeletal muscle differentiated into myotubes
Data format
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sample117_129
bottom peaks comparison between Prostate stromal cell and Skeletal muscle satellite cell
Data format
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sample117_130
bottom peaks comparison between Prostate stromal cell and Small airway epithelial cell
Data format
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sample117_131
bottom peaks comparison between Prostate stromal cell and Airway smooth muscle in asthma
Data format
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sample117_132
bottom peaks comparison between Prostate stromal cell and Airway smooth muscle in control
Data format
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sample117_133
bottom peaks comparison between Prostate stromal cell and Smooth muscle in aorta
Data format
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sample117_134
bottom peaks comparison between Prostate stromal cell and Smooth muscle in brachiocephalic artery
Data format
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sample117_135
bottom peaks comparison between Prostate stromal cell and Smooth muscle in brain vessel
Data format
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sample117_136
bottom peaks comparison between Prostate stromal cell and Smooth muscle in bronchial tube
Data format
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sample117_137
bottom peaks comparison between Prostate stromal cell and Smooth muscle in carotid artery
Data format
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sample117_138
bottom peaks comparison between Prostate stromal cell and Smooth muscle in colon
Data format
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sample117_139
bottom peaks comparison between Prostate stromal cell and Smooth muscle in coronary
Data format
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sample117_140
bottom peaks comparison between Prostate stromal cell and Smooth muscle in esophagus
Data format
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sample117_141
bottom peaks comparison between Prostate stromal cell and Smooth muscle in internal thoracic artery
Data format
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sample117_142
bottom peaks comparison between Prostate stromal cell and Smooth muscle in prostate
Data format
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sample117_143
bottom peaks comparison between Prostate stromal cell and Smooth muscle in pulmonary artery
Data format
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sample117_144
bottom peaks comparison between Prostate stromal cell and Smooth muscle in subclavian artery
Data format
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sample117_145
bottom peaks comparison between Prostate stromal cell and Smooth muscle in trachea
Data format
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sample117_146
bottom peaks comparison between Prostate stromal cell and Smooth muscle in umbilical artery
Data format
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sample117_147
bottom peaks comparison between Prostate stromal cell and Smooth muscle in umbilical vein
Data format
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sample117_148
bottom peaks comparison between Prostate stromal cell and Smooth muscle in uterine
Data format
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sample117_149
bottom peaks comparison between Prostate stromal cell and Synoviocyte
Data format
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sample117_150
bottom peaks comparison between Prostate stromal cell and Tenocyte
Data format
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sample117_151
bottom peaks comparison between Prostate stromal cell and Trabecular meshwork
Data format
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sample117_152
bottom peaks comparison between Prostate stromal cell and Tracheal epithelial cell
Data format
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sample117_153
bottom peaks comparison between Prostate stromal cell and Urothelial cell
Data format
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sample117_154
bottom peaks comparison between Prostate stromal cell and Whole blood for donor 1
Data format
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sample117_155
bottom peaks comparison between Prostate stromal cell and Whole blood for donor 2
Data format
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sample117_156
bottom peaks comparison between Prostate stromal cell and Whole blood for donor 3
Data format
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sample118_119
bottom peaks comparison between Renal cortical epithelial cell and Renal glomerular endothelial cell
Data format
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sample118_120
bottom peaks comparison between Renal cortical epithelial cell and Renal mesangial cell
Data format
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sample118_121
bottom peaks comparison between Renal cortical epithelial cell and Renal proximal tubular epithelial cell
Data format
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sample118_122
bottom peaks comparison between Renal cortical epithelial cell and Renal proximal tubular epithelial cell
Data format
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sample118_123
bottom peaks comparison between Renal cortical epithelial cell and Salivary acinar cell
Data format
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sample118_124
bottom peaks comparison between Renal cortical epithelial cell and Schwann
Data format
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sample118_125
bottom peaks comparison between Renal cortical epithelial cell and Sebocyte
Data format
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sample118_126
bottom peaks comparison between Renal cortical epithelial cell and Sertoli
Data format
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sample118_127
bottom peaks comparison between Renal cortical epithelial cell and Skeletal muscle
Data format
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sample118_128
bottom peaks comparison between Renal cortical epithelial cell and Skeletal muscle differentiated into myotubes
Data format
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sample118_129
bottom peaks comparison between Renal cortical epithelial cell and Skeletal muscle satellite cell
Data format
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sample118_130
bottom peaks comparison between Renal cortical epithelial cell and Small airway epithelial cell
Data format
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sample118_131
bottom peaks comparison between Renal cortical epithelial cell and Airway smooth muscle in asthma
Data format
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sample118_132
bottom peaks comparison between Renal cortical epithelial cell and Airway smooth muscle in control
Data format
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sample118_133
bottom peaks comparison between Renal cortical epithelial cell and Smooth muscle in aorta
Data format
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sample118_134
bottom peaks comparison between Renal cortical epithelial cell and Smooth muscle in brachiocephalic artery
Data format
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sample118_135
bottom peaks comparison between Renal cortical epithelial cell and Smooth muscle in brain vessel
Data format
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sample118_136
bottom peaks comparison between Renal cortical epithelial cell and Smooth muscle in bronchial tube
Data format
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sample118_137
bottom peaks comparison between Renal cortical epithelial cell and Smooth muscle in carotid artery
Data format
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sample118_138
bottom peaks comparison between Renal cortical epithelial cell and Smooth muscle in colon
Data format
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sample118_139
bottom peaks comparison between Renal cortical epithelial cell and Smooth muscle in coronary
Data format
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sample118_140
bottom peaks comparison between Renal cortical epithelial cell and Smooth muscle in esophagus
Data format
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sample118_141
bottom peaks comparison between Renal cortical epithelial cell and Smooth muscle in internal thoracic artery
Data format
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sample118_142
bottom peaks comparison between Renal cortical epithelial cell and Smooth muscle in prostate
Data format
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sample118_143
bottom peaks comparison between Renal cortical epithelial cell and Smooth muscle in pulmonary artery
Data format
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sample118_144
bottom peaks comparison between Renal cortical epithelial cell and Smooth muscle in subclavian artery
Data format
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sample118_145
bottom peaks comparison between Renal cortical epithelial cell and Smooth muscle in trachea
Data format
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sample118_146
bottom peaks comparison between Renal cortical epithelial cell and Smooth muscle in umbilical artery
Data format
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sample118_147
bottom peaks comparison between Renal cortical epithelial cell and Smooth muscle in umbilical vein
Data format
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sample118_148
bottom peaks comparison between Renal cortical epithelial cell and Smooth muscle in uterine
Data format
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sample118_149
bottom peaks comparison between Renal cortical epithelial cell and Synoviocyte
Data format
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sample118_150
bottom peaks comparison between Renal cortical epithelial cell and Tenocyte
Data format
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sample118_151
bottom peaks comparison between Renal cortical epithelial cell and Trabecular meshwork
Data format
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sample118_152
bottom peaks comparison between Renal cortical epithelial cell and Tracheal epithelial cell
Data format
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sample118_153
bottom peaks comparison between Renal cortical epithelial cell and Urothelial cell
Data format
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sample118_154
bottom peaks comparison between Renal cortical epithelial cell and Whole blood for donor 1
Data format
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sample118_155
bottom peaks comparison between Renal cortical epithelial cell and Whole blood for donor 2
Data format
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sample118_156
bottom peaks comparison between Renal cortical epithelial cell and Whole blood for donor 3
Data format
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sample119_120
bottom peaks comparison between Renal glomerular endothelial cell and Renal mesangial cell
Data format
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sample119_121
bottom peaks comparison between Renal glomerular endothelial cell and Renal proximal tubular epithelial cell
Data format
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sample119_122
bottom peaks comparison between Renal glomerular endothelial cell and Renal proximal tubular epithelial cell
Data format
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sample119_123
bottom peaks comparison between Renal glomerular endothelial cell and Salivary acinar cell
Data format
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sample119_124
bottom peaks comparison between Renal glomerular endothelial cell and Schwann
Data format
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sample119_125
bottom peaks comparison between Renal glomerular endothelial cell and Sebocyte
Data format
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sample119_126
bottom peaks comparison between Renal glomerular endothelial cell and Sertoli
Data format
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sample119_127
bottom peaks comparison between Renal glomerular endothelial cell and Skeletal muscle
Data format
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sample119_128
bottom peaks comparison between Renal glomerular endothelial cell and Skeletal muscle differentiated into myotubes
Data format
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sample119_129
bottom peaks comparison between Renal glomerular endothelial cell and Skeletal muscle satellite cell
Data format
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sample119_130
bottom peaks comparison between Renal glomerular endothelial cell and Small airway epithelial cell
Data format
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sample119_131
bottom peaks comparison between Renal glomerular endothelial cell and Airway smooth muscle in asthma
Data format
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sample119_132
bottom peaks comparison between Renal glomerular endothelial cell and Airway smooth muscle in control
Data format
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sample119_133
bottom peaks comparison between Renal glomerular endothelial cell and Smooth muscle in aorta
Data format
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sample119_134
bottom peaks comparison between Renal glomerular endothelial cell and Smooth muscle in brachiocephalic artery
Data format
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sample119_135
bottom peaks comparison between Renal glomerular endothelial cell and Smooth muscle in brain vessel
Data format
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sample119_136
bottom peaks comparison between Renal glomerular endothelial cell and Smooth muscle in bronchial tube
Data format
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sample119_137
bottom peaks comparison between Renal glomerular endothelial cell and Smooth muscle in carotid artery
Data format
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sample119_138
bottom peaks comparison between Renal glomerular endothelial cell and Smooth muscle in colon
Data format
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sample119_139
bottom peaks comparison between Renal glomerular endothelial cell and Smooth muscle in coronary
Data format
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sample119_140
bottom peaks comparison between Renal glomerular endothelial cell and Smooth muscle in esophagus
Data format
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sample119_141
bottom peaks comparison between Renal glomerular endothelial cell and Smooth muscle in internal thoracic artery
Data format
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sample119_142
bottom peaks comparison between Renal glomerular endothelial cell and Smooth muscle in prostate
Data format
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sample119_143
bottom peaks comparison between Renal glomerular endothelial cell and Smooth muscle in pulmonary artery
Data format
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sample119_144
bottom peaks comparison between Renal glomerular endothelial cell and Smooth muscle in subclavian artery
Data format
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sample119_145
bottom peaks comparison between Renal glomerular endothelial cell and Smooth muscle in trachea
Data format
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sample119_146
bottom peaks comparison between Renal glomerular endothelial cell and Smooth muscle in umbilical artery
Data format
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sample119_147
bottom peaks comparison between Renal glomerular endothelial cell and Smooth muscle in umbilical vein
Data format
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sample119_148
bottom peaks comparison between Renal glomerular endothelial cell and Smooth muscle in uterine
Data format
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sample119_149
bottom peaks comparison between Renal glomerular endothelial cell and Synoviocyte
Data format
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sample119_150
bottom peaks comparison between Renal glomerular endothelial cell and Tenocyte
Data format
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sample119_151
bottom peaks comparison between Renal glomerular endothelial cell and Trabecular meshwork
Data format
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sample119_152
bottom peaks comparison between Renal glomerular endothelial cell and Tracheal epithelial cell
Data format
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sample119_153
bottom peaks comparison between Renal glomerular endothelial cell and Urothelial cell
Data format
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sample119_154
bottom peaks comparison between Renal glomerular endothelial cell and Whole blood for donor 1
Data format
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sample119_155
bottom peaks comparison between Renal glomerular endothelial cell and Whole blood for donor 2
Data format
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sample119_156
bottom peaks comparison between Renal glomerular endothelial cell and Whole blood for donor 3
Data format
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sample120_121
bottom peaks comparison between Renal mesangial cell and Renal proximal tubular epithelial cell
Data format
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sample120_122
bottom peaks comparison between Renal mesangial cell and Renal proximal tubular epithelial cell
Data format
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sample120_123
bottom peaks comparison between Renal mesangial cell and Salivary acinar cell
Data format
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sample120_124
bottom peaks comparison between Renal mesangial cell and Schwann
Data format
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sample120_125
bottom peaks comparison between Renal mesangial cell and Sebocyte
Data format
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sample120_126
bottom peaks comparison between Renal mesangial cell and Sertoli
Data format
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sample120_127
bottom peaks comparison between Renal mesangial cell and Skeletal muscle
Data format
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sample120_128
bottom peaks comparison between Renal mesangial cell and Skeletal muscle differentiated into myotubes
Data format
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sample120_129
bottom peaks comparison between Renal mesangial cell and Skeletal muscle satellite cell
Data format
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sample120_130
bottom peaks comparison between Renal mesangial cell and Small airway epithelial cell
Data format
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sample120_131
bottom peaks comparison between Renal mesangial cell and Airway smooth muscle in asthma
Data format
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sample120_132
bottom peaks comparison between Renal mesangial cell and Airway smooth muscle in control
Data format
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sample120_133
bottom peaks comparison between Renal mesangial cell and Smooth muscle in aorta
Data format
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sample120_134
bottom peaks comparison between Renal mesangial cell and Smooth muscle in brachiocephalic artery
Data format
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sample120_135
bottom peaks comparison between Renal mesangial cell and Smooth muscle in brain vessel
Data format
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sample120_136
bottom peaks comparison between Renal mesangial cell and Smooth muscle in bronchial tube
Data format
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sample120_137
bottom peaks comparison between Renal mesangial cell and Smooth muscle in carotid artery
Data format
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sample120_138
bottom peaks comparison between Renal mesangial cell and Smooth muscle in colon
Data format
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sample120_139
bottom peaks comparison between Renal mesangial cell and Smooth muscle in coronary
Data format
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sample120_140
bottom peaks comparison between Renal mesangial cell and Smooth muscle in esophagus
Data format
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sample120_141
bottom peaks comparison between Renal mesangial cell and Smooth muscle in internal thoracic artery
Data format
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sample120_142
bottom peaks comparison between Renal mesangial cell and Smooth muscle in prostate
Data format
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sample120_143
bottom peaks comparison between Renal mesangial cell and Smooth muscle in pulmonary artery
Data format
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sample120_144
bottom peaks comparison between Renal mesangial cell and Smooth muscle in subclavian artery
Data format
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sample120_145
bottom peaks comparison between Renal mesangial cell and Smooth muscle in trachea
Data format
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sample120_146
bottom peaks comparison between Renal mesangial cell and Smooth muscle in umbilical artery
Data format
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sample120_147
bottom peaks comparison between Renal mesangial cell and Smooth muscle in umbilical vein
Data format
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sample120_148
bottom peaks comparison between Renal mesangial cell and Smooth muscle in uterine
Data format
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sample120_149
bottom peaks comparison between Renal mesangial cell and Synoviocyte
Data format
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sample120_150
bottom peaks comparison between Renal mesangial cell and Tenocyte
Data format
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sample120_151
bottom peaks comparison between Renal mesangial cell and Trabecular meshwork
Data format
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sample120_152
bottom peaks comparison between Renal mesangial cell and Tracheal epithelial cell
Data format
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sample120_153
bottom peaks comparison between Renal mesangial cell and Urothelial cell
Data format
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sample120_154
bottom peaks comparison between Renal mesangial cell and Whole blood for donor 1
Data format
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sample120_155
bottom peaks comparison between Renal mesangial cell and Whole blood for donor 2
Data format
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sample120_156
bottom peaks comparison between Renal mesangial cell and Whole blood for donor 3
Data format
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sample121_122
bottom peaks comparison between Renal proximal tubular epithelial cell and Renal proximal tubular epithelial cell
Data format
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sample121_123
bottom peaks comparison between Renal proximal tubular epithelial cell and Salivary acinar cell
Data format
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sample121_124
bottom peaks comparison between Renal proximal tubular epithelial cell and Schwann
Data format
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sample121_125
bottom peaks comparison between Renal proximal tubular epithelial cell and Sebocyte
Data format
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sample121_126
bottom peaks comparison between Renal proximal tubular epithelial cell and Sertoli
Data format
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sample121_127
bottom peaks comparison between Renal proximal tubular epithelial cell and Skeletal muscle
Data format
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sample121_128
bottom peaks comparison between Renal proximal tubular epithelial cell and Skeletal muscle differentiated into myotubes
Data format
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sample121_129
bottom peaks comparison between Renal proximal tubular epithelial cell and Skeletal muscle satellite cell
Data format
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sample121_130
bottom peaks comparison between Renal proximal tubular epithelial cell and Small airway epithelial cell
Data format
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sample121_131
bottom peaks comparison between Renal proximal tubular epithelial cell and Airway smooth muscle in asthma
Data format
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sample121_132
bottom peaks comparison between Renal proximal tubular epithelial cell and Airway smooth muscle in control
Data format
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sample121_133
bottom peaks comparison between Renal proximal tubular epithelial cell and Smooth muscle in aorta
Data format
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sample121_134
bottom peaks comparison between Renal proximal tubular epithelial cell and Smooth muscle in brachiocephalic artery
Data format
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sample121_135
bottom peaks comparison between Renal proximal tubular epithelial cell and Smooth muscle in brain vessel
Data format
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sample121_136
bottom peaks comparison between Renal proximal tubular epithelial cell and Smooth muscle in bronchial tube
Data format
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sample121_137
bottom peaks comparison between Renal proximal tubular epithelial cell and Smooth muscle in carotid artery
Data format
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sample121_138
bottom peaks comparison between Renal proximal tubular epithelial cell and Smooth muscle in colon
Data format
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sample121_139
bottom peaks comparison between Renal proximal tubular epithelial cell and Smooth muscle in coronary
Data format
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sample121_140
bottom peaks comparison between Renal proximal tubular epithelial cell and Smooth muscle in esophagus
Data format
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sample121_141
bottom peaks comparison between Renal proximal tubular epithelial cell and Smooth muscle in internal thoracic artery
Data format
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sample121_142
bottom peaks comparison between Renal proximal tubular epithelial cell and Smooth muscle in prostate
Data format
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sample121_143
bottom peaks comparison between Renal proximal tubular epithelial cell and Smooth muscle in pulmonary artery
Data format
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sample121_144
bottom peaks comparison between Renal proximal tubular epithelial cell and Smooth muscle in subclavian artery
Data format
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sample121_145
bottom peaks comparison between Renal proximal tubular epithelial cell and Smooth muscle in trachea
Data format
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sample121_146
bottom peaks comparison between Renal proximal tubular epithelial cell and Smooth muscle in umbilical artery
Data format
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sample121_147
bottom peaks comparison between Renal proximal tubular epithelial cell and Smooth muscle in umbilical vein
Data format
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sample121_148
bottom peaks comparison between Renal proximal tubular epithelial cell and Smooth muscle in uterine
Data format
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sample121_149
bottom peaks comparison between Renal proximal tubular epithelial cell and Synoviocyte
Data format
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sample121_150
bottom peaks comparison between Renal proximal tubular epithelial cell and Tenocyte
Data format
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sample121_151
bottom peaks comparison between Renal proximal tubular epithelial cell and Trabecular meshwork
Data format
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sample121_152
bottom peaks comparison between Renal proximal tubular epithelial cell and Tracheal epithelial cell
Data format
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sample121_153
bottom peaks comparison between Renal proximal tubular epithelial cell and Urothelial cell
Data format
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sample121_154
bottom peaks comparison between Renal proximal tubular epithelial cell and Whole blood for donor 1
Data format
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sample121_155
bottom peaks comparison between Renal proximal tubular epithelial cell and Whole blood for donor 2
Data format
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sample121_156
bottom peaks comparison between Renal proximal tubular epithelial cell and Whole blood for donor 3
Data format
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sample122_123
bottom peaks comparison between Renal proximal tubular epithelial cell and Salivary acinar cell
Data format
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sample122_124
bottom peaks comparison between Renal proximal tubular epithelial cell and Schwann
Data format
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sample122_125
bottom peaks comparison between Renal proximal tubular epithelial cell and Sebocyte
Data format
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sample122_126
bottom peaks comparison between Renal proximal tubular epithelial cell and Sertoli
Data format
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sample122_127
bottom peaks comparison between Renal proximal tubular epithelial cell and Skeletal muscle
Data format
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sample122_128
bottom peaks comparison between Renal proximal tubular epithelial cell and Skeletal muscle differentiated into myotubes
Data format
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sample122_129
bottom peaks comparison between Renal proximal tubular epithelial cell and Skeletal muscle satellite cell
Data format
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sample122_130
bottom peaks comparison between Renal proximal tubular epithelial cell and Small airway epithelial cell
Data format
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sample122_131
bottom peaks comparison between Renal proximal tubular epithelial cell and Airway smooth muscle in asthma
Data format
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sample122_132
bottom peaks comparison between Renal proximal tubular epithelial cell and Airway smooth muscle in control
Data format
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sample122_133
bottom peaks comparison between Renal proximal tubular epithelial cell and Smooth muscle in aorta
Data format
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sample122_134
bottom peaks comparison between Renal proximal tubular epithelial cell and Smooth muscle in brachiocephalic artery
Data format
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sample122_135
bottom peaks comparison between Renal proximal tubular epithelial cell and Smooth muscle in brain vessel
Data format
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sample122_136
bottom peaks comparison between Renal proximal tubular epithelial cell and Smooth muscle in bronchial tube
Data format
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sample122_137
bottom peaks comparison between Renal proximal tubular epithelial cell and Smooth muscle in carotid artery
Data format
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sample122_138
bottom peaks comparison between Renal proximal tubular epithelial cell and Smooth muscle in colon
Data format
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sample122_139
bottom peaks comparison between Renal proximal tubular epithelial cell and Smooth muscle in coronary
Data format
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sample122_140
bottom peaks comparison between Renal proximal tubular epithelial cell and Smooth muscle in esophagus
Data format
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sample122_141
bottom peaks comparison between Renal proximal tubular epithelial cell and Smooth muscle in internal thoracic artery
Data format
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sample122_142
bottom peaks comparison between Renal proximal tubular epithelial cell and Smooth muscle in prostate
Data format
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sample122_143
bottom peaks comparison between Renal proximal tubular epithelial cell and Smooth muscle in pulmonary artery
Data format
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sample122_144
bottom peaks comparison between Renal proximal tubular epithelial cell and Smooth muscle in subclavian artery
Data format
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sample122_145
bottom peaks comparison between Renal proximal tubular epithelial cell and Smooth muscle in trachea
Data format
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sample122_146
bottom peaks comparison between Renal proximal tubular epithelial cell and Smooth muscle in umbilical artery
Data format
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sample122_147
bottom peaks comparison between Renal proximal tubular epithelial cell and Smooth muscle in umbilical vein
Data format
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sample122_148
bottom peaks comparison between Renal proximal tubular epithelial cell and Smooth muscle in uterine
Data format
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sample122_149
bottom peaks comparison between Renal proximal tubular epithelial cell and Synoviocyte
Data format
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sample122_150
bottom peaks comparison between Renal proximal tubular epithelial cell and Tenocyte
Data format
hide
sample122_151
bottom peaks comparison between Renal proximal tubular epithelial cell and Trabecular meshwork
Data format
hide
sample122_152
bottom peaks comparison between Renal proximal tubular epithelial cell and Tracheal epithelial cell
Data format
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sample122_153
bottom peaks comparison between Renal proximal tubular epithelial cell and Urothelial cell
Data format
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sample122_154
bottom peaks comparison between Renal proximal tubular epithelial cell and Whole blood for donor 1
Data format
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sample122_155
bottom peaks comparison between Renal proximal tubular epithelial cell and Whole blood for donor 2
Data format
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sample122_156
bottom peaks comparison between Renal proximal tubular epithelial cell and Whole blood for donor 3
Data format
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sample123_124
bottom peaks comparison between Salivary acinar cell and Schwann
Data format
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sample123_125
bottom peaks comparison between Salivary acinar cell and Sebocyte
Data format
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sample123_126
bottom peaks comparison between Salivary acinar cell and Sertoli
Data format
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sample123_127
bottom peaks comparison between Salivary acinar cell and Skeletal muscle
Data format
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sample123_128
bottom peaks comparison between Salivary acinar cell and Skeletal muscle differentiated into myotubes
Data format
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sample123_129
bottom peaks comparison between Salivary acinar cell and Skeletal muscle satellite cell
Data format
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sample123_130
bottom peaks comparison between Salivary acinar cell and Small airway epithelial cell
Data format
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sample123_131
bottom peaks comparison between Salivary acinar cell and Airway smooth muscle in asthma
Data format
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sample123_132
bottom peaks comparison between Salivary acinar cell and Airway smooth muscle in control
Data format
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sample123_133
bottom peaks comparison between Salivary acinar cell and Smooth muscle in aorta
Data format
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sample123_134
bottom peaks comparison between Salivary acinar cell and Smooth muscle in brachiocephalic artery
Data format
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sample123_135
bottom peaks comparison between Salivary acinar cell and Smooth muscle in brain vessel
Data format
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sample123_136
bottom peaks comparison between Salivary acinar cell and Smooth muscle in bronchial tube
Data format
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sample123_137
bottom peaks comparison between Salivary acinar cell and Smooth muscle in carotid artery
Data format
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sample123_138
bottom peaks comparison between Salivary acinar cell and Smooth muscle in colon
Data format
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sample123_139
bottom peaks comparison between Salivary acinar cell and Smooth muscle in coronary
Data format
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sample123_140
bottom peaks comparison between Salivary acinar cell and Smooth muscle in esophagus
Data format
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sample123_141
bottom peaks comparison between Salivary acinar cell and Smooth muscle in internal thoracic artery
Data format
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sample123_142
bottom peaks comparison between Salivary acinar cell and Smooth muscle in prostate
Data format
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sample123_143
bottom peaks comparison between Salivary acinar cell and Smooth muscle in pulmonary artery
Data format
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sample123_144
bottom peaks comparison between Salivary acinar cell and Smooth muscle in subclavian artery
Data format
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sample123_145
bottom peaks comparison between Salivary acinar cell and Smooth muscle in trachea
Data format
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sample123_146
bottom peaks comparison between Salivary acinar cell and Smooth muscle in umbilical artery
Data format
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sample123_147
bottom peaks comparison between Salivary acinar cell and Smooth muscle in umbilical vein
Data format
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sample123_148
bottom peaks comparison between Salivary acinar cell and Smooth muscle in uterine
Data format
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sample123_149
bottom peaks comparison between Salivary acinar cell and Synoviocyte
Data format
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sample123_150
bottom peaks comparison between Salivary acinar cell and Tenocyte
Data format
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sample123_151
bottom peaks comparison between Salivary acinar cell and Trabecular meshwork
Data format
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sample123_152
bottom peaks comparison between Salivary acinar cell and Tracheal epithelial cell
Data format
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sample123_153
bottom peaks comparison between Salivary acinar cell and Urothelial cell
Data format
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sample123_154
bottom peaks comparison between Salivary acinar cell and Whole blood for donor 1
Data format
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sample123_155
bottom peaks comparison between Salivary acinar cell and Whole blood for donor 2
Data format
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sample123_156
bottom peaks comparison between Salivary acinar cell and Whole blood for donor 3
Data format
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sample124_125
bottom peaks comparison between Schwann and Sebocyte
Data format
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sample124_126
bottom peaks comparison between Schwann and Sertoli
Data format
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sample124_127
bottom peaks comparison between Schwann and Skeletal muscle
Data format
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sample124_128
bottom peaks comparison between Schwann and Skeletal muscle differentiated into myotubes
Data format
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sample124_129
bottom peaks comparison between Schwann and Skeletal muscle satellite cell
Data format
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sample124_130
bottom peaks comparison between Schwann and Small airway epithelial cell
Data format
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sample124_131
bottom peaks comparison between Schwann and Airway smooth muscle in asthma
Data format
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sample124_132
bottom peaks comparison between Schwann and Airway smooth muscle in control
Data format
hide
sample124_133
bottom peaks comparison between Schwann and Smooth muscle in aorta
Data format
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sample124_134
bottom peaks comparison between Schwann and Smooth muscle in brachiocephalic artery
Data format
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sample124_135
bottom peaks comparison between Schwann and Smooth muscle in brain vessel
Data format
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sample124_136
bottom peaks comparison between Schwann and Smooth muscle in bronchial tube
Data format
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sample124_137
bottom peaks comparison between Schwann and Smooth muscle in carotid artery
Data format
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sample124_138
bottom peaks comparison between Schwann and Smooth muscle in colon
Data format
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sample124_139
bottom peaks comparison between Schwann and Smooth muscle in coronary
Data format
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sample124_140
bottom peaks comparison between Schwann and Smooth muscle in esophagus
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sample124_141
bottom peaks comparison between Schwann and Smooth muscle in internal thoracic artery
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sample124_142
bottom peaks comparison between Schwann and Smooth muscle in prostate
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bottom peaks comparison between Schwann and Smooth muscle in pulmonary artery
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bottom peaks comparison between Schwann and Smooth muscle in subclavian artery
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bottom peaks comparison between Schwann and Smooth muscle in trachea
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bottom peaks comparison between Schwann and Smooth muscle in umbilical artery
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bottom peaks comparison between Schwann and Smooth muscle in umbilical vein
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bottom peaks comparison between Schwann and Smooth muscle in uterine
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bottom peaks comparison between Schwann and Synoviocyte
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bottom peaks comparison between Schwann and Tenocyte
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bottom peaks comparison between Schwann and Trabecular meshwork
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sample124_152
bottom peaks comparison between Schwann and Tracheal epithelial cell
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bottom peaks comparison between Schwann and Urothelial cell
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bottom peaks comparison between Schwann and Whole blood for donor 1
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bottom peaks comparison between Schwann and Whole blood for donor 2
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bottom peaks comparison between Schwann and Whole blood for donor 3
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sample125_126
bottom peaks comparison between Sebocyte and Sertoli
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sample125_127
bottom peaks comparison between Sebocyte and Skeletal muscle
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sample125_128
bottom peaks comparison between Sebocyte and Skeletal muscle differentiated into myotubes
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sample125_129
bottom peaks comparison between Sebocyte and Skeletal muscle satellite cell
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sample125_130
bottom peaks comparison between Sebocyte and Small airway epithelial cell
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sample125_131
bottom peaks comparison between Sebocyte and Airway smooth muscle in asthma
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sample125_132
bottom peaks comparison between Sebocyte and Airway smooth muscle in control
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sample125_133
bottom peaks comparison between Sebocyte and Smooth muscle in aorta
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bottom peaks comparison between Sebocyte and Smooth muscle in brachiocephalic artery
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bottom peaks comparison between Sebocyte and Smooth muscle in brain vessel
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bottom peaks comparison between Sebocyte and Smooth muscle in bronchial tube
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bottom peaks comparison between Sebocyte and Smooth muscle in carotid artery
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bottom peaks comparison between Sebocyte and Smooth muscle in colon
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bottom peaks comparison between Sebocyte and Smooth muscle in coronary
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bottom peaks comparison between Sebocyte and Smooth muscle in esophagus
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sample125_141
bottom peaks comparison between Sebocyte and Smooth muscle in internal thoracic artery
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bottom peaks comparison between Sebocyte and Smooth muscle in prostate
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bottom peaks comparison between Sebocyte and Smooth muscle in pulmonary artery
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bottom peaks comparison between Sebocyte and Smooth muscle in subclavian artery
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bottom peaks comparison between Sebocyte and Smooth muscle in trachea
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bottom peaks comparison between Sebocyte and Smooth muscle in umbilical artery
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bottom peaks comparison between Sebocyte and Smooth muscle in umbilical vein
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bottom peaks comparison between Sebocyte and Smooth muscle in uterine
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sample125_149
bottom peaks comparison between Sebocyte and Synoviocyte
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sample125_150
bottom peaks comparison between Sebocyte and Tenocyte
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bottom peaks comparison between Sebocyte and Trabecular meshwork
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sample125_152
bottom peaks comparison between Sebocyte and Tracheal epithelial cell
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sample125_153
bottom peaks comparison between Sebocyte and Urothelial cell
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sample125_154
bottom peaks comparison between Sebocyte and Whole blood for donor 1
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bottom peaks comparison between Sebocyte and Whole blood for donor 2
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sample125_156
bottom peaks comparison between Sebocyte and Whole blood for donor 3
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sample126_127
bottom peaks comparison between Sertoli and Skeletal muscle
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sample126_128
bottom peaks comparison between Sertoli and Skeletal muscle differentiated into myotubes
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sample126_129
bottom peaks comparison between Sertoli and Skeletal muscle satellite cell
Data format
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sample126_130
bottom peaks comparison between Sertoli and Small airway epithelial cell
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sample126_131
bottom peaks comparison between Sertoli and Airway smooth muscle in asthma
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sample126_132
bottom peaks comparison between Sertoli and Airway smooth muscle in control
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sample126_133
bottom peaks comparison between Sertoli and Smooth muscle in aorta
Data format
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sample126_134
bottom peaks comparison between Sertoli and Smooth muscle in brachiocephalic artery
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sample126_135
bottom peaks comparison between Sertoli and Smooth muscle in brain vessel
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sample126_136
bottom peaks comparison between Sertoli and Smooth muscle in bronchial tube
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sample126_137
bottom peaks comparison between Sertoli and Smooth muscle in carotid artery
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sample126_138
bottom peaks comparison between Sertoli and Smooth muscle in colon
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sample126_139
bottom peaks comparison between Sertoli and Smooth muscle in coronary
Data format
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sample126_140
bottom peaks comparison between Sertoli and Smooth muscle in esophagus
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sample126_141
bottom peaks comparison between Sertoli and Smooth muscle in internal thoracic artery
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sample126_142
bottom peaks comparison between Sertoli and Smooth muscle in prostate
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sample126_143
bottom peaks comparison between Sertoli and Smooth muscle in pulmonary artery
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sample126_144
bottom peaks comparison between Sertoli and Smooth muscle in subclavian artery
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sample126_145
bottom peaks comparison between Sertoli and Smooth muscle in trachea
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sample126_146
bottom peaks comparison between Sertoli and Smooth muscle in umbilical artery
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sample126_147
bottom peaks comparison between Sertoli and Smooth muscle in umbilical vein
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sample126_148
bottom peaks comparison between Sertoli and Smooth muscle in uterine
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sample126_149
bottom peaks comparison between Sertoli and Synoviocyte
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sample126_150
bottom peaks comparison between Sertoli and Tenocyte
Data format
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sample126_151
bottom peaks comparison between Sertoli and Trabecular meshwork
Data format
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sample126_152
bottom peaks comparison between Sertoli and Tracheal epithelial cell
Data format
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sample126_153
bottom peaks comparison between Sertoli and Urothelial cell
Data format
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sample126_154
bottom peaks comparison between Sertoli and Whole blood for donor 1
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bottom peaks comparison between Sertoli and Whole blood for donor 2
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sample126_156
bottom peaks comparison between Sertoli and Whole blood for donor 3
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sample127_128
bottom peaks comparison between Skeletal muscle and Skeletal muscle differentiated into myotubes
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sample127_129
bottom peaks comparison between Skeletal muscle and Skeletal muscle satellite cell
Data format
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sample127_130
bottom peaks comparison between Skeletal muscle and Small airway epithelial cell
Data format
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sample127_131
bottom peaks comparison between Skeletal muscle and Airway smooth muscle in asthma
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sample127_132
bottom peaks comparison between Skeletal muscle and Airway smooth muscle in control
Data format
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sample127_133
bottom peaks comparison between Skeletal muscle and Smooth muscle in aorta
Data format
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sample127_134
bottom peaks comparison between Skeletal muscle and Smooth muscle in brachiocephalic artery
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sample127_135
bottom peaks comparison between Skeletal muscle and Smooth muscle in brain vessel
Data format
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sample127_136
bottom peaks comparison between Skeletal muscle and Smooth muscle in bronchial tube
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sample127_137
bottom peaks comparison between Skeletal muscle and Smooth muscle in carotid artery
Data format
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sample127_138
bottom peaks comparison between Skeletal muscle and Smooth muscle in colon
Data format
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sample127_139
bottom peaks comparison between Skeletal muscle and Smooth muscle in coronary
Data format
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sample127_140
bottom peaks comparison between Skeletal muscle and Smooth muscle in esophagus
Data format
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sample127_141
bottom peaks comparison between Skeletal muscle and Smooth muscle in internal thoracic artery
Data format
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sample127_142
bottom peaks comparison between Skeletal muscle and Smooth muscle in prostate
Data format
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sample127_143
bottom peaks comparison between Skeletal muscle and Smooth muscle in pulmonary artery
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sample127_144
bottom peaks comparison between Skeletal muscle and Smooth muscle in subclavian artery
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sample127_145
bottom peaks comparison between Skeletal muscle and Smooth muscle in trachea
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sample127_146
bottom peaks comparison between Skeletal muscle and Smooth muscle in umbilical artery
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sample127_147
bottom peaks comparison between Skeletal muscle and Smooth muscle in umbilical vein
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sample127_148
bottom peaks comparison between Skeletal muscle and Smooth muscle in uterine
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sample127_149
bottom peaks comparison between Skeletal muscle and Synoviocyte
Data format
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sample127_150
bottom peaks comparison between Skeletal muscle and Tenocyte
Data format
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sample127_151
bottom peaks comparison between Skeletal muscle and Trabecular meshwork
Data format
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sample127_152
bottom peaks comparison between Skeletal muscle and Tracheal epithelial cell
Data format
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sample127_153
bottom peaks comparison between Skeletal muscle and Urothelial cell
Data format
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sample127_154
bottom peaks comparison between Skeletal muscle and Whole blood for donor 1
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sample127_155
bottom peaks comparison between Skeletal muscle and Whole blood for donor 2
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sample127_156
bottom peaks comparison between Skeletal muscle and Whole blood for donor 3
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sample128_129
bottom peaks comparison between Skeletal muscle differentiated into myotubes and Skeletal muscle satellite cell
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sample128_130
bottom peaks comparison between Skeletal muscle differentiated into myotubes and Small airway epithelial cell
Data format
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sample128_131
bottom peaks comparison between Skeletal muscle differentiated into myotubes and Airway smooth muscle in asthma
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sample128_132
bottom peaks comparison between Skeletal muscle differentiated into myotubes and Airway smooth muscle in control
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sample128_133
bottom peaks comparison between Skeletal muscle differentiated into myotubes and Smooth muscle in aorta
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sample128_134
bottom peaks comparison between Skeletal muscle differentiated into myotubes and Smooth muscle in brachiocephalic artery
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sample128_135
bottom peaks comparison between Skeletal muscle differentiated into myotubes and Smooth muscle in brain vessel
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sample128_136
bottom peaks comparison between Skeletal muscle differentiated into myotubes and Smooth muscle in bronchial tube
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sample128_137
bottom peaks comparison between Skeletal muscle differentiated into myotubes and Smooth muscle in carotid artery
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sample128_138
bottom peaks comparison between Skeletal muscle differentiated into myotubes and Smooth muscle in colon
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sample128_139
bottom peaks comparison between Skeletal muscle differentiated into myotubes and Smooth muscle in coronary
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sample128_140
bottom peaks comparison between Skeletal muscle differentiated into myotubes and Smooth muscle in esophagus
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sample128_141
bottom peaks comparison between Skeletal muscle differentiated into myotubes and Smooth muscle in internal thoracic artery
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sample128_142
bottom peaks comparison between Skeletal muscle differentiated into myotubes and Smooth muscle in prostate
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sample128_143
bottom peaks comparison between Skeletal muscle differentiated into myotubes and Smooth muscle in pulmonary artery
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sample128_144
bottom peaks comparison between Skeletal muscle differentiated into myotubes and Smooth muscle in subclavian artery
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sample128_145
bottom peaks comparison between Skeletal muscle differentiated into myotubes and Smooth muscle in trachea
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sample128_146
bottom peaks comparison between Skeletal muscle differentiated into myotubes and Smooth muscle in umbilical artery
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sample128_147
bottom peaks comparison between Skeletal muscle differentiated into myotubes and Smooth muscle in umbilical vein
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sample128_148
bottom peaks comparison between Skeletal muscle differentiated into myotubes and Smooth muscle in uterine
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sample128_149
bottom peaks comparison between Skeletal muscle differentiated into myotubes and Synoviocyte
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sample128_150
bottom peaks comparison between Skeletal muscle differentiated into myotubes and Tenocyte
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sample128_151
bottom peaks comparison between Skeletal muscle differentiated into myotubes and Trabecular meshwork
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sample128_152
bottom peaks comparison between Skeletal muscle differentiated into myotubes and Tracheal epithelial cell
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sample128_153
bottom peaks comparison between Skeletal muscle differentiated into myotubes and Urothelial cell
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sample128_154
bottom peaks comparison between Skeletal muscle differentiated into myotubes and Whole blood for donor 1
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sample128_155
bottom peaks comparison between Skeletal muscle differentiated into myotubes and Whole blood for donor 2
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sample128_156
bottom peaks comparison between Skeletal muscle differentiated into myotubes and Whole blood for donor 3
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sample129_130
bottom peaks comparison between Skeletal muscle satellite cell and Small airway epithelial cell
Data format
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sample129_131
bottom peaks comparison between Skeletal muscle satellite cell and Airway smooth muscle in asthma
Data format
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sample129_132
bottom peaks comparison between Skeletal muscle satellite cell and Airway smooth muscle in control
Data format
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sample129_133
bottom peaks comparison between Skeletal muscle satellite cell and Smooth muscle in aorta
Data format
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sample129_134
bottom peaks comparison between Skeletal muscle satellite cell and Smooth muscle in brachiocephalic artery
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sample129_135
bottom peaks comparison between Skeletal muscle satellite cell and Smooth muscle in brain vessel
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sample129_136
bottom peaks comparison between Skeletal muscle satellite cell and Smooth muscle in bronchial tube
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sample129_137
bottom peaks comparison between Skeletal muscle satellite cell and Smooth muscle in carotid artery
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sample129_138
bottom peaks comparison between Skeletal muscle satellite cell and Smooth muscle in colon
Data format
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sample129_139
bottom peaks comparison between Skeletal muscle satellite cell and Smooth muscle in coronary
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sample129_140
bottom peaks comparison between Skeletal muscle satellite cell and Smooth muscle in esophagus
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sample129_141
bottom peaks comparison between Skeletal muscle satellite cell and Smooth muscle in internal thoracic artery
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sample129_142
bottom peaks comparison between Skeletal muscle satellite cell and Smooth muscle in prostate
Data format
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sample129_143
bottom peaks comparison between Skeletal muscle satellite cell and Smooth muscle in pulmonary artery
Data format
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sample129_144
bottom peaks comparison between Skeletal muscle satellite cell and Smooth muscle in subclavian artery
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sample129_145
bottom peaks comparison between Skeletal muscle satellite cell and Smooth muscle in trachea
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sample129_146
bottom peaks comparison between Skeletal muscle satellite cell and Smooth muscle in umbilical artery
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sample129_147
bottom peaks comparison between Skeletal muscle satellite cell and Smooth muscle in umbilical vein
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sample129_148
bottom peaks comparison between Skeletal muscle satellite cell and Smooth muscle in uterine
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sample129_149
bottom peaks comparison between Skeletal muscle satellite cell and Synoviocyte
Data format
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sample129_150
bottom peaks comparison between Skeletal muscle satellite cell and Tenocyte
Data format
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sample129_151
bottom peaks comparison between Skeletal muscle satellite cell and Trabecular meshwork
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sample129_152
bottom peaks comparison between Skeletal muscle satellite cell and Tracheal epithelial cell
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sample129_153
bottom peaks comparison between Skeletal muscle satellite cell and Urothelial cell
Data format
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sample129_154
bottom peaks comparison between Skeletal muscle satellite cell and Whole blood for donor 1
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sample129_155
bottom peaks comparison between Skeletal muscle satellite cell and Whole blood for donor 2
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sample129_156
bottom peaks comparison between Skeletal muscle satellite cell and Whole blood for donor 3
Data format
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sample130_131
bottom peaks comparison between Small airway epithelial cell and Airway smooth muscle in asthma
Data format
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sample130_132
bottom peaks comparison between Small airway epithelial cell and Airway smooth muscle in control
Data format
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sample130_133
bottom peaks comparison between Small airway epithelial cell and Smooth muscle in aorta
Data format
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sample130_134
bottom peaks comparison between Small airway epithelial cell and Smooth muscle in brachiocephalic artery
Data format
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sample130_135
bottom peaks comparison between Small airway epithelial cell and Smooth muscle in brain vessel
Data format
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sample130_136
bottom peaks comparison between Small airway epithelial cell and Smooth muscle in bronchial tube
Data format
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sample130_137
bottom peaks comparison between Small airway epithelial cell and Smooth muscle in carotid artery
Data format
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sample130_138
bottom peaks comparison between Small airway epithelial cell and Smooth muscle in colon
Data format
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sample130_139
bottom peaks comparison between Small airway epithelial cell and Smooth muscle in coronary
Data format
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sample130_140
bottom peaks comparison between Small airway epithelial cell and Smooth muscle in esophagus
Data format
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sample130_141
bottom peaks comparison between Small airway epithelial cell and Smooth muscle in internal thoracic artery
Data format
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sample130_142
bottom peaks comparison between Small airway epithelial cell and Smooth muscle in prostate
Data format
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sample130_143
bottom peaks comparison between Small airway epithelial cell and Smooth muscle in pulmonary artery
Data format
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sample130_144
bottom peaks comparison between Small airway epithelial cell and Smooth muscle in subclavian artery
Data format
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sample130_145
bottom peaks comparison between Small airway epithelial cell and Smooth muscle in trachea
Data format
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sample130_146
bottom peaks comparison between Small airway epithelial cell and Smooth muscle in umbilical artery
Data format
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sample130_147
bottom peaks comparison between Small airway epithelial cell and Smooth muscle in umbilical vein
Data format
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sample130_148
bottom peaks comparison between Small airway epithelial cell and Smooth muscle in uterine
Data format
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sample130_149
bottom peaks comparison between Small airway epithelial cell and Synoviocyte
Data format
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sample130_150
bottom peaks comparison between Small airway epithelial cell and Tenocyte
Data format
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sample130_151
bottom peaks comparison between Small airway epithelial cell and Trabecular meshwork
Data format
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sample130_152
bottom peaks comparison between Small airway epithelial cell and Tracheal epithelial cell
Data format
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sample130_153
bottom peaks comparison between Small airway epithelial cell and Urothelial cell
Data format
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sample130_154
bottom peaks comparison between Small airway epithelial cell and Whole blood for donor 1
Data format
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sample130_155
bottom peaks comparison between Small airway epithelial cell and Whole blood for donor 2
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sample130_156
bottom peaks comparison between Small airway epithelial cell and Whole blood for donor 3
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sample131_132
bottom peaks comparison between Airway smooth muscle in asthma and Airway smooth muscle in control
Data format
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sample131_133
bottom peaks comparison between Airway smooth muscle in asthma and Smooth muscle in aorta
Data format
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sample131_134
bottom peaks comparison between Airway smooth muscle in asthma and Smooth muscle in brachiocephalic artery
Data format
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sample131_135
bottom peaks comparison between Airway smooth muscle in asthma and Smooth muscle in brain vessel
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sample131_136
bottom peaks comparison between Airway smooth muscle in asthma and Smooth muscle in bronchial tube
Data format
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sample131_137
bottom peaks comparison between Airway smooth muscle in asthma and Smooth muscle in carotid artery
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sample131_138
bottom peaks comparison between Airway smooth muscle in asthma and Smooth muscle in colon
Data format
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sample131_139
bottom peaks comparison between Airway smooth muscle in asthma and Smooth muscle in coronary
Data format
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sample131_140
bottom peaks comparison between Airway smooth muscle in asthma and Smooth muscle in esophagus
Data format
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sample131_141
bottom peaks comparison between Airway smooth muscle in asthma and Smooth muscle in internal thoracic artery
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sample131_142
bottom peaks comparison between Airway smooth muscle in asthma and Smooth muscle in prostate
Data format
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sample131_143
bottom peaks comparison between Airway smooth muscle in asthma and Smooth muscle in pulmonary artery
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sample131_144
bottom peaks comparison between Airway smooth muscle in asthma and Smooth muscle in subclavian artery
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sample131_145
bottom peaks comparison between Airway smooth muscle in asthma and Smooth muscle in trachea
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sample131_146
bottom peaks comparison between Airway smooth muscle in asthma and Smooth muscle in umbilical artery
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sample131_147
bottom peaks comparison between Airway smooth muscle in asthma and Smooth muscle in umbilical vein
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sample131_148
bottom peaks comparison between Airway smooth muscle in asthma and Smooth muscle in uterine
Data format
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sample131_149
bottom peaks comparison between Airway smooth muscle in asthma and Synoviocyte
Data format
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sample131_150
bottom peaks comparison between Airway smooth muscle in asthma and Tenocyte
Data format
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sample131_151
bottom peaks comparison between Airway smooth muscle in asthma and Trabecular meshwork
Data format
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sample131_152
bottom peaks comparison between Airway smooth muscle in asthma and Tracheal epithelial cell
Data format
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sample131_153
bottom peaks comparison between Airway smooth muscle in asthma and Urothelial cell
Data format
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sample131_154
bottom peaks comparison between Airway smooth muscle in asthma and Whole blood for donor 1
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sample131_155
bottom peaks comparison between Airway smooth muscle in asthma and Whole blood for donor 2
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sample131_156
bottom peaks comparison between Airway smooth muscle in asthma and Whole blood for donor 3
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sample132_133
bottom peaks comparison between Airway smooth muscle in control and Smooth muscle in aorta
Data format
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sample132_134
bottom peaks comparison between Airway smooth muscle in control and Smooth muscle in brachiocephalic artery
Data format
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sample132_135
bottom peaks comparison between Airway smooth muscle in control and Smooth muscle in brain vessel
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sample132_136
bottom peaks comparison between Airway smooth muscle in control and Smooth muscle in bronchial tube
Data format
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sample132_137
bottom peaks comparison between Airway smooth muscle in control and Smooth muscle in carotid artery
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sample132_138
bottom peaks comparison between Airway smooth muscle in control and Smooth muscle in colon
Data format
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sample132_139
bottom peaks comparison between Airway smooth muscle in control and Smooth muscle in coronary
Data format
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sample132_140
bottom peaks comparison between Airway smooth muscle in control and Smooth muscle in esophagus
Data format
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sample132_141
bottom peaks comparison between Airway smooth muscle in control and Smooth muscle in internal thoracic artery
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sample132_142
bottom peaks comparison between Airway smooth muscle in control and Smooth muscle in prostate
Data format
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sample132_143
bottom peaks comparison between Airway smooth muscle in control and Smooth muscle in pulmonary artery
Data format
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sample132_144
bottom peaks comparison between Airway smooth muscle in control and Smooth muscle in subclavian artery
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sample132_145
bottom peaks comparison between Airway smooth muscle in control and Smooth muscle in trachea
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sample132_146
bottom peaks comparison between Airway smooth muscle in control and Smooth muscle in umbilical artery
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sample132_147
bottom peaks comparison between Airway smooth muscle in control and Smooth muscle in umbilical vein
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sample132_148
bottom peaks comparison between Airway smooth muscle in control and Smooth muscle in uterine
Data format
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sample132_149
bottom peaks comparison between Airway smooth muscle in control and Synoviocyte
Data format
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sample132_150
bottom peaks comparison between Airway smooth muscle in control and Tenocyte
Data format
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sample132_151
bottom peaks comparison between Airway smooth muscle in control and Trabecular meshwork
Data format
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sample132_152
bottom peaks comparison between Airway smooth muscle in control and Tracheal epithelial cell
Data format
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sample132_153
bottom peaks comparison between Airway smooth muscle in control and Urothelial cell
Data format
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sample132_154
bottom peaks comparison between Airway smooth muscle in control and Whole blood for donor 1
Data format
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sample132_155
bottom peaks comparison between Airway smooth muscle in control and Whole blood for donor 2
Data format
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sample132_156
bottom peaks comparison between Airway smooth muscle in control and Whole blood for donor 3
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sample133_134
bottom peaks comparison between Smooth muscle in aorta and Smooth muscle in brachiocephalic artery
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sample133_135
bottom peaks comparison between Smooth muscle in aorta and Smooth muscle in brain vessel
Data format
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sample133_136
bottom peaks comparison between Smooth muscle in aorta and Smooth muscle in bronchial tube
Data format
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sample133_137
bottom peaks comparison between Smooth muscle in aorta and Smooth muscle in carotid artery
Data format
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sample133_138
bottom peaks comparison between Smooth muscle in aorta and Smooth muscle in colon
Data format
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sample133_139
bottom peaks comparison between Smooth muscle in aorta and Smooth muscle in coronary
Data format
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sample133_140
bottom peaks comparison between Smooth muscle in aorta and Smooth muscle in esophagus
Data format
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sample133_141
bottom peaks comparison between Smooth muscle in aorta and Smooth muscle in internal thoracic artery
Data format
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sample133_142
bottom peaks comparison between Smooth muscle in aorta and Smooth muscle in prostate
Data format
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sample133_143
bottom peaks comparison between Smooth muscle in aorta and Smooth muscle in pulmonary artery
Data format
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sample133_144
bottom peaks comparison between Smooth muscle in aorta and Smooth muscle in subclavian artery
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sample133_145
bottom peaks comparison between Smooth muscle in aorta and Smooth muscle in trachea
Data format
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sample133_146
bottom peaks comparison between Smooth muscle in aorta and Smooth muscle in umbilical artery
Data format
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sample133_147
bottom peaks comparison between Smooth muscle in aorta and Smooth muscle in umbilical vein
Data format
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sample133_148
bottom peaks comparison between Smooth muscle in aorta and Smooth muscle in uterine
Data format
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sample133_149
bottom peaks comparison between Smooth muscle in aorta and Synoviocyte
Data format
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sample133_150
bottom peaks comparison between Smooth muscle in aorta and Tenocyte
Data format
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sample133_151
bottom peaks comparison between Smooth muscle in aorta and Trabecular meshwork
Data format
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sample133_152
bottom peaks comparison between Smooth muscle in aorta and Tracheal epithelial cell
Data format
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sample133_153
bottom peaks comparison between Smooth muscle in aorta and Urothelial cell
Data format
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sample133_154
bottom peaks comparison between Smooth muscle in aorta and Whole blood for donor 1
Data format
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sample133_155
bottom peaks comparison between Smooth muscle in aorta and Whole blood for donor 2
Data format
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sample133_156
bottom peaks comparison between Smooth muscle in aorta and Whole blood for donor 3
Data format
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sample134_135
bottom peaks comparison between Smooth muscle in brachiocephalic artery and Smooth muscle in brain vessel
Data format
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sample134_136
bottom peaks comparison between Smooth muscle in brachiocephalic artery and Smooth muscle in bronchial tube
Data format
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sample134_137
bottom peaks comparison between Smooth muscle in brachiocephalic artery and Smooth muscle in carotid artery
Data format
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sample134_138
bottom peaks comparison between Smooth muscle in brachiocephalic artery and Smooth muscle in colon
Data format
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sample134_139
bottom peaks comparison between Smooth muscle in brachiocephalic artery and Smooth muscle in coronary
Data format
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sample134_140
bottom peaks comparison between Smooth muscle in brachiocephalic artery and Smooth muscle in esophagus
Data format
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sample134_141
bottom peaks comparison between Smooth muscle in brachiocephalic artery and Smooth muscle in internal thoracic artery
Data format
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sample134_142
bottom peaks comparison between Smooth muscle in brachiocephalic artery and Smooth muscle in prostate
Data format
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sample134_143
bottom peaks comparison between Smooth muscle in brachiocephalic artery and Smooth muscle in pulmonary artery
Data format
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sample134_144
bottom peaks comparison between Smooth muscle in brachiocephalic artery and Smooth muscle in subclavian artery
Data format
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sample134_145
bottom peaks comparison between Smooth muscle in brachiocephalic artery and Smooth muscle in trachea
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sample134_146
bottom peaks comparison between Smooth muscle in brachiocephalic artery and Smooth muscle in umbilical artery
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sample134_147
bottom peaks comparison between Smooth muscle in brachiocephalic artery and Smooth muscle in umbilical vein
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bottom peaks comparison between Smooth muscle in brachiocephalic artery and Smooth muscle in uterine
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sample134_149
bottom peaks comparison between Smooth muscle in brachiocephalic artery and Synoviocyte
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bottom peaks comparison between Smooth muscle in brachiocephalic artery and Tenocyte
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sample134_151
bottom peaks comparison between Smooth muscle in brachiocephalic artery and Trabecular meshwork
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bottom peaks comparison between Smooth muscle in brachiocephalic artery and Tracheal epithelial cell
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sample134_153
bottom peaks comparison between Smooth muscle in brachiocephalic artery and Urothelial cell
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sample134_154
bottom peaks comparison between Smooth muscle in brachiocephalic artery and Whole blood for donor 1
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bottom peaks comparison between Smooth muscle in brachiocephalic artery and Whole blood for donor 2
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bottom peaks comparison between Smooth muscle in brachiocephalic artery and Whole blood for donor 3
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sample135_136
bottom peaks comparison between Smooth muscle in brain vessel and Smooth muscle in bronchial tube
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sample135_137
bottom peaks comparison between Smooth muscle in brain vessel and Smooth muscle in carotid artery
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sample135_138
bottom peaks comparison between Smooth muscle in brain vessel and Smooth muscle in colon
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sample135_139
bottom peaks comparison between Smooth muscle in brain vessel and Smooth muscle in coronary
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sample135_140
bottom peaks comparison between Smooth muscle in brain vessel and Smooth muscle in esophagus
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sample135_141
bottom peaks comparison between Smooth muscle in brain vessel and Smooth muscle in internal thoracic artery
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bottom peaks comparison between Smooth muscle in brain vessel and Smooth muscle in prostate
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bottom peaks comparison between Smooth muscle in brain vessel and Smooth muscle in pulmonary artery
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sample135_144
bottom peaks comparison between Smooth muscle in brain vessel and Smooth muscle in subclavian artery
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sample135_145
bottom peaks comparison between Smooth muscle in brain vessel and Smooth muscle in trachea
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sample135_146
bottom peaks comparison between Smooth muscle in brain vessel and Smooth muscle in umbilical artery
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sample135_147
bottom peaks comparison between Smooth muscle in brain vessel and Smooth muscle in umbilical vein
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sample135_148
bottom peaks comparison between Smooth muscle in brain vessel and Smooth muscle in uterine
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sample135_149
bottom peaks comparison between Smooth muscle in brain vessel and Synoviocyte
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sample135_150
bottom peaks comparison between Smooth muscle in brain vessel and Tenocyte
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sample135_151
bottom peaks comparison between Smooth muscle in brain vessel and Trabecular meshwork
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sample135_152
bottom peaks comparison between Smooth muscle in brain vessel and Tracheal epithelial cell
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sample135_153
bottom peaks comparison between Smooth muscle in brain vessel and Urothelial cell
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sample135_154
bottom peaks comparison between Smooth muscle in brain vessel and Whole blood for donor 1
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sample135_155
bottom peaks comparison between Smooth muscle in brain vessel and Whole blood for donor 2
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sample135_156
bottom peaks comparison between Smooth muscle in brain vessel and Whole blood for donor 3
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sample136_137
bottom peaks comparison between Smooth muscle in bronchial tube and Smooth muscle in carotid artery
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sample136_138
bottom peaks comparison between Smooth muscle in bronchial tube and Smooth muscle in colon
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sample136_139
bottom peaks comparison between Smooth muscle in bronchial tube and Smooth muscle in coronary
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sample136_140
bottom peaks comparison between Smooth muscle in bronchial tube and Smooth muscle in esophagus
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sample136_141
bottom peaks comparison between Smooth muscle in bronchial tube and Smooth muscle in internal thoracic artery
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sample136_142
bottom peaks comparison between Smooth muscle in bronchial tube and Smooth muscle in prostate
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sample136_143
bottom peaks comparison between Smooth muscle in bronchial tube and Smooth muscle in pulmonary artery
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sample136_144
bottom peaks comparison between Smooth muscle in bronchial tube and Smooth muscle in subclavian artery
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sample136_145
bottom peaks comparison between Smooth muscle in bronchial tube and Smooth muscle in trachea
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sample136_146
bottom peaks comparison between Smooth muscle in bronchial tube and Smooth muscle in umbilical artery
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sample136_147
bottom peaks comparison between Smooth muscle in bronchial tube and Smooth muscle in umbilical vein
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sample136_148
bottom peaks comparison between Smooth muscle in bronchial tube and Smooth muscle in uterine
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sample136_149
bottom peaks comparison between Smooth muscle in bronchial tube and Synoviocyte
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sample136_150
bottom peaks comparison between Smooth muscle in bronchial tube and Tenocyte
Data format
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sample136_151
bottom peaks comparison between Smooth muscle in bronchial tube and Trabecular meshwork
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sample136_152
bottom peaks comparison between Smooth muscle in bronchial tube and Tracheal epithelial cell
Data format
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sample136_153
bottom peaks comparison between Smooth muscle in bronchial tube and Urothelial cell
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sample136_154
bottom peaks comparison between Smooth muscle in bronchial tube and Whole blood for donor 1
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sample136_155
bottom peaks comparison between Smooth muscle in bronchial tube and Whole blood for donor 2
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sample136_156
bottom peaks comparison between Smooth muscle in bronchial tube and Whole blood for donor 3
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sample137_138
bottom peaks comparison between Smooth muscle in carotid artery and Smooth muscle in colon
Data format
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sample137_139
bottom peaks comparison between Smooth muscle in carotid artery and Smooth muscle in coronary
Data format
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sample137_140
bottom peaks comparison between Smooth muscle in carotid artery and Smooth muscle in esophagus
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sample137_141
bottom peaks comparison between Smooth muscle in carotid artery and Smooth muscle in internal thoracic artery
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sample137_142
bottom peaks comparison between Smooth muscle in carotid artery and Smooth muscle in prostate
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sample137_143
bottom peaks comparison between Smooth muscle in carotid artery and Smooth muscle in pulmonary artery
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sample137_144
bottom peaks comparison between Smooth muscle in carotid artery and Smooth muscle in subclavian artery
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sample137_145
bottom peaks comparison between Smooth muscle in carotid artery and Smooth muscle in trachea
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sample137_146
bottom peaks comparison between Smooth muscle in carotid artery and Smooth muscle in umbilical artery
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sample137_147
bottom peaks comparison between Smooth muscle in carotid artery and Smooth muscle in umbilical vein
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sample137_148
bottom peaks comparison between Smooth muscle in carotid artery and Smooth muscle in uterine
Data format
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sample137_149
bottom peaks comparison between Smooth muscle in carotid artery and Synoviocyte
Data format
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sample137_150
bottom peaks comparison between Smooth muscle in carotid artery and Tenocyte
Data format
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sample137_151
bottom peaks comparison between Smooth muscle in carotid artery and Trabecular meshwork
Data format
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sample137_152
bottom peaks comparison between Smooth muscle in carotid artery and Tracheal epithelial cell
Data format
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sample137_153
bottom peaks comparison between Smooth muscle in carotid artery and Urothelial cell
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sample137_154
bottom peaks comparison between Smooth muscle in carotid artery and Whole blood for donor 1
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sample137_155
bottom peaks comparison between Smooth muscle in carotid artery and Whole blood for donor 2
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sample137_156
bottom peaks comparison between Smooth muscle in carotid artery and Whole blood for donor 3
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sample138_139
bottom peaks comparison between Smooth muscle in colon and Smooth muscle in coronary
Data format
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sample138_140
bottom peaks comparison between Smooth muscle in colon and Smooth muscle in esophagus
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sample138_141
bottom peaks comparison between Smooth muscle in colon and Smooth muscle in internal thoracic artery
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sample138_142
bottom peaks comparison between Smooth muscle in colon and Smooth muscle in prostate
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sample138_143
bottom peaks comparison between Smooth muscle in colon and Smooth muscle in pulmonary artery
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sample138_144
bottom peaks comparison between Smooth muscle in colon and Smooth muscle in subclavian artery
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sample138_145
bottom peaks comparison between Smooth muscle in colon and Smooth muscle in trachea
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sample138_146
bottom peaks comparison between Smooth muscle in colon and Smooth muscle in umbilical artery
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sample138_147
bottom peaks comparison between Smooth muscle in colon and Smooth muscle in umbilical vein
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sample138_148
bottom peaks comparison between Smooth muscle in colon and Smooth muscle in uterine
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sample138_149
bottom peaks comparison between Smooth muscle in colon and Synoviocyte
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sample138_150
bottom peaks comparison between Smooth muscle in colon and Tenocyte
Data format
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sample138_151
bottom peaks comparison between Smooth muscle in colon and Trabecular meshwork
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sample138_152
bottom peaks comparison between Smooth muscle in colon and Tracheal epithelial cell
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sample138_153
bottom peaks comparison between Smooth muscle in colon and Urothelial cell
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sample138_154
bottom peaks comparison between Smooth muscle in colon and Whole blood for donor 1
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sample138_155
bottom peaks comparison between Smooth muscle in colon and Whole blood for donor 2
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sample138_156
bottom peaks comparison between Smooth muscle in colon and Whole blood for donor 3
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sample139_140
bottom peaks comparison between Smooth muscle in coronary and Smooth muscle in esophagus
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sample139_141
bottom peaks comparison between Smooth muscle in coronary and Smooth muscle in internal thoracic artery
Data format
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sample139_142
bottom peaks comparison between Smooth muscle in coronary and Smooth muscle in prostate
Data format
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sample139_143
bottom peaks comparison between Smooth muscle in coronary and Smooth muscle in pulmonary artery
Data format
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sample139_144
bottom peaks comparison between Smooth muscle in coronary and Smooth muscle in subclavian artery
Data format
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sample139_145
bottom peaks comparison between Smooth muscle in coronary and Smooth muscle in trachea
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sample139_146
bottom peaks comparison between Smooth muscle in coronary and Smooth muscle in umbilical artery
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sample139_147
bottom peaks comparison between Smooth muscle in coronary and Smooth muscle in umbilical vein
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sample139_148
bottom peaks comparison between Smooth muscle in coronary and Smooth muscle in uterine
Data format
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sample139_149
bottom peaks comparison between Smooth muscle in coronary and Synoviocyte
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sample139_150
bottom peaks comparison between Smooth muscle in coronary and Tenocyte
Data format
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sample139_151
bottom peaks comparison between Smooth muscle in coronary and Trabecular meshwork
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sample139_152
bottom peaks comparison between Smooth muscle in coronary and Tracheal epithelial cell
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sample139_153
bottom peaks comparison between Smooth muscle in coronary and Urothelial cell
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sample139_154
bottom peaks comparison between Smooth muscle in coronary and Whole blood for donor 1
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sample139_155
bottom peaks comparison between Smooth muscle in coronary and Whole blood for donor 2
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sample139_156
bottom peaks comparison between Smooth muscle in coronary and Whole blood for donor 3
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sample140_141
bottom peaks comparison between Smooth muscle in esophagus and Smooth muscle in internal thoracic artery
Data format
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sample140_142
bottom peaks comparison between Smooth muscle in esophagus and Smooth muscle in prostate
Data format
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sample140_143
bottom peaks comparison between Smooth muscle in esophagus and Smooth muscle in pulmonary artery
Data format
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sample140_144
bottom peaks comparison between Smooth muscle in esophagus and Smooth muscle in subclavian artery
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sample140_145
bottom peaks comparison between Smooth muscle in esophagus and Smooth muscle in trachea
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sample140_146
bottom peaks comparison between Smooth muscle in esophagus and Smooth muscle in umbilical artery
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sample140_147
bottom peaks comparison between Smooth muscle in esophagus and Smooth muscle in umbilical vein
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sample140_148
bottom peaks comparison between Smooth muscle in esophagus and Smooth muscle in uterine
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sample140_149
bottom peaks comparison between Smooth muscle in esophagus and Synoviocyte
Data format
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sample140_150
bottom peaks comparison between Smooth muscle in esophagus and Tenocyte
Data format
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sample140_151
bottom peaks comparison between Smooth muscle in esophagus and Trabecular meshwork
Data format
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sample140_152
bottom peaks comparison between Smooth muscle in esophagus and Tracheal epithelial cell
Data format
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sample140_153
bottom peaks comparison between Smooth muscle in esophagus and Urothelial cell
Data format
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sample140_154
bottom peaks comparison between Smooth muscle in esophagus and Whole blood for donor 1
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sample140_155
bottom peaks comparison between Smooth muscle in esophagus and Whole blood for donor 2
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sample140_156
bottom peaks comparison between Smooth muscle in esophagus and Whole blood for donor 3
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sample141_142
bottom peaks comparison between Smooth muscle in internal thoracic artery and Smooth muscle in prostate
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sample141_143
bottom peaks comparison between Smooth muscle in internal thoracic artery and Smooth muscle in pulmonary artery
Data format
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sample141_144
bottom peaks comparison between Smooth muscle in internal thoracic artery and Smooth muscle in subclavian artery
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sample141_145
bottom peaks comparison between Smooth muscle in internal thoracic artery and Smooth muscle in trachea
Data format
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sample141_146
bottom peaks comparison between Smooth muscle in internal thoracic artery and Smooth muscle in umbilical artery
Data format
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sample141_147
bottom peaks comparison between Smooth muscle in internal thoracic artery and Smooth muscle in umbilical vein
Data format
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sample141_148
bottom peaks comparison between Smooth muscle in internal thoracic artery and Smooth muscle in uterine
Data format
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sample141_149
bottom peaks comparison between Smooth muscle in internal thoracic artery and Synoviocyte
Data format
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sample141_150
bottom peaks comparison between Smooth muscle in internal thoracic artery and Tenocyte
Data format
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sample141_151
bottom peaks comparison between Smooth muscle in internal thoracic artery and Trabecular meshwork
Data format
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sample141_152
bottom peaks comparison between Smooth muscle in internal thoracic artery and Tracheal epithelial cell
Data format
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sample141_153
bottom peaks comparison between Smooth muscle in internal thoracic artery and Urothelial cell
Data format
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sample141_154
bottom peaks comparison between Smooth muscle in internal thoracic artery and Whole blood for donor 1
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sample141_155
bottom peaks comparison between Smooth muscle in internal thoracic artery and Whole blood for donor 2
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sample141_156
bottom peaks comparison between Smooth muscle in internal thoracic artery and Whole blood for donor 3
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sample142_143
bottom peaks comparison between Smooth muscle in prostate and Smooth muscle in pulmonary artery
Data format
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sample142_144
bottom peaks comparison between Smooth muscle in prostate and Smooth muscle in subclavian artery
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sample142_145
bottom peaks comparison between Smooth muscle in prostate and Smooth muscle in trachea
Data format
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sample142_146
bottom peaks comparison between Smooth muscle in prostate and Smooth muscle in umbilical artery
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sample142_147
bottom peaks comparison between Smooth muscle in prostate and Smooth muscle in umbilical vein
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sample142_148
bottom peaks comparison between Smooth muscle in prostate and Smooth muscle in uterine
Data format
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sample142_149
bottom peaks comparison between Smooth muscle in prostate and Synoviocyte
Data format
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sample142_150
bottom peaks comparison between Smooth muscle in prostate and Tenocyte
Data format
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sample142_151
bottom peaks comparison between Smooth muscle in prostate and Trabecular meshwork
Data format
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sample142_152
bottom peaks comparison between Smooth muscle in prostate and Tracheal epithelial cell
Data format
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sample142_153
bottom peaks comparison between Smooth muscle in prostate and Urothelial cell
Data format
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sample142_154
bottom peaks comparison between Smooth muscle in prostate and Whole blood for donor 1
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sample142_155
bottom peaks comparison between Smooth muscle in prostate and Whole blood for donor 2
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sample142_156
bottom peaks comparison between Smooth muscle in prostate and Whole blood for donor 3
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sample143_144
bottom peaks comparison between Smooth muscle in pulmonary artery and Smooth muscle in subclavian artery
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sample143_145
bottom peaks comparison between Smooth muscle in pulmonary artery and Smooth muscle in trachea
Data format
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sample143_146
bottom peaks comparison between Smooth muscle in pulmonary artery and Smooth muscle in umbilical artery
Data format
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sample143_147
bottom peaks comparison between Smooth muscle in pulmonary artery and Smooth muscle in umbilical vein
Data format
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sample143_148
bottom peaks comparison between Smooth muscle in pulmonary artery and Smooth muscle in uterine
Data format
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sample143_149
bottom peaks comparison between Smooth muscle in pulmonary artery and Synoviocyte
Data format
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sample143_150
bottom peaks comparison between Smooth muscle in pulmonary artery and Tenocyte
Data format
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sample143_151
bottom peaks comparison between Smooth muscle in pulmonary artery and Trabecular meshwork
Data format
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sample143_152
bottom peaks comparison between Smooth muscle in pulmonary artery and Tracheal epithelial cell
Data format
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sample143_153
bottom peaks comparison between Smooth muscle in pulmonary artery and Urothelial cell
Data format
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sample143_154
bottom peaks comparison between Smooth muscle in pulmonary artery and Whole blood for donor 1
Data format
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sample143_155
bottom peaks comparison between Smooth muscle in pulmonary artery and Whole blood for donor 2
Data format
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sample143_156
bottom peaks comparison between Smooth muscle in pulmonary artery and Whole blood for donor 3
Data format
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sample144_145
bottom peaks comparison between Smooth muscle in subclavian artery and Smooth muscle in trachea
Data format
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sample144_146
bottom peaks comparison between Smooth muscle in subclavian artery and Smooth muscle in umbilical artery
Data format
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sample144_147
bottom peaks comparison between Smooth muscle in subclavian artery and Smooth muscle in umbilical vein
Data format
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sample144_148
bottom peaks comparison between Smooth muscle in subclavian artery and Smooth muscle in uterine
Data format
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sample144_149
bottom peaks comparison between Smooth muscle in subclavian artery and Synoviocyte
Data format
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sample144_150
bottom peaks comparison between Smooth muscle in subclavian artery and Tenocyte
Data format
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sample144_151
bottom peaks comparison between Smooth muscle in subclavian artery and Trabecular meshwork
Data format
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sample144_152
bottom peaks comparison between Smooth muscle in subclavian artery and Tracheal epithelial cell
Data format
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sample144_153
bottom peaks comparison between Smooth muscle in subclavian artery and Urothelial cell
Data format
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sample144_154
bottom peaks comparison between Smooth muscle in subclavian artery and Whole blood for donor 1
Data format
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sample144_155
bottom peaks comparison between Smooth muscle in subclavian artery and Whole blood for donor 2
Data format
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sample144_156
bottom peaks comparison between Smooth muscle in subclavian artery and Whole blood for donor 3
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sample145_146
bottom peaks comparison between Smooth muscle in trachea and Smooth muscle in umbilical artery
Data format
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sample145_147
bottom peaks comparison between Smooth muscle in trachea and Smooth muscle in umbilical vein
Data format
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sample145_148
bottom peaks comparison between Smooth muscle in trachea and Smooth muscle in uterine
Data format
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sample145_149
bottom peaks comparison between Smooth muscle in trachea and Synoviocyte
Data format
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sample145_150
bottom peaks comparison between Smooth muscle in trachea and Tenocyte
Data format
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sample145_151
bottom peaks comparison between Smooth muscle in trachea and Trabecular meshwork
Data format
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sample145_152
bottom peaks comparison between Smooth muscle in trachea and Tracheal epithelial cell
Data format
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sample145_153
bottom peaks comparison between Smooth muscle in trachea and Urothelial cell
Data format
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sample145_154
bottom peaks comparison between Smooth muscle in trachea and Whole blood for donor 1
Data format
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sample145_155
bottom peaks comparison between Smooth muscle in trachea and Whole blood for donor 2
Data format
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sample145_156
bottom peaks comparison between Smooth muscle in trachea and Whole blood for donor 3
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sample146_147
bottom peaks comparison between Smooth muscle in umbilical artery and Smooth muscle in umbilical vein
Data format
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sample146_148
bottom peaks comparison between Smooth muscle in umbilical artery and Smooth muscle in uterine
Data format
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sample146_149
bottom peaks comparison between Smooth muscle in umbilical artery and Synoviocyte
Data format
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sample146_150
bottom peaks comparison between Smooth muscle in umbilical artery and Tenocyte
Data format
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sample146_151
bottom peaks comparison between Smooth muscle in umbilical artery and Trabecular meshwork
Data format
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sample146_152
bottom peaks comparison between Smooth muscle in umbilical artery and Tracheal epithelial cell
Data format
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sample146_153
bottom peaks comparison between Smooth muscle in umbilical artery and Urothelial cell
Data format
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sample146_154
bottom peaks comparison between Smooth muscle in umbilical artery and Whole blood for donor 1
Data format
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sample146_155
bottom peaks comparison between Smooth muscle in umbilical artery and Whole blood for donor 2
Data format
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sample146_156
bottom peaks comparison between Smooth muscle in umbilical artery and Whole blood for donor 3
Data format
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sample147_148
bottom peaks comparison between Smooth muscle in umbilical vein and Smooth muscle in uterine
Data format
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sample147_149
bottom peaks comparison between Smooth muscle in umbilical vein and Synoviocyte
Data format
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sample147_150
bottom peaks comparison between Smooth muscle in umbilical vein and Tenocyte
Data format
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sample147_151
bottom peaks comparison between Smooth muscle in umbilical vein and Trabecular meshwork
Data format
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sample147_152
bottom peaks comparison between Smooth muscle in umbilical vein and Tracheal epithelial cell
Data format
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sample147_153
bottom peaks comparison between Smooth muscle in umbilical vein and Urothelial cell
Data format
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sample147_154
bottom peaks comparison between Smooth muscle in umbilical vein and Whole blood for donor 1
Data format
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sample147_155
bottom peaks comparison between Smooth muscle in umbilical vein and Whole blood for donor 2
Data format
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sample147_156
bottom peaks comparison between Smooth muscle in umbilical vein and Whole blood for donor 3
Data format
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sample148_149
bottom peaks comparison between Smooth muscle in uterine and Synoviocyte
Data format
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sample148_150
bottom peaks comparison between Smooth muscle in uterine and Tenocyte
Data format
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sample148_151
bottom peaks comparison between Smooth muscle in uterine and Trabecular meshwork
Data format
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sample148_152
bottom peaks comparison between Smooth muscle in uterine and Tracheal epithelial cell
Data format
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sample148_153
bottom peaks comparison between Smooth muscle in uterine and Urothelial cell
Data format
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sample148_154
bottom peaks comparison between Smooth muscle in uterine and Whole blood for donor 1
Data format
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sample148_155
bottom peaks comparison between Smooth muscle in uterine and Whole blood for donor 2
Data format
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sample148_156
bottom peaks comparison between Smooth muscle in uterine and Whole blood for donor 3
Data format
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sample149_150
bottom peaks comparison between Synoviocyte and Tenocyte
Data format
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sample149_151
bottom peaks comparison between Synoviocyte and Trabecular meshwork
Data format
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sample149_152
bottom peaks comparison between Synoviocyte and Tracheal epithelial cell
Data format
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sample149_153
bottom peaks comparison between Synoviocyte and Urothelial cell
Data format
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sample149_154
bottom peaks comparison between Synoviocyte and Whole blood for donor 1
Data format
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sample149_155
bottom peaks comparison between Synoviocyte and Whole blood for donor 2
Data format
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sample149_156
bottom peaks comparison between Synoviocyte and Whole blood for donor 3
Data format
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sample150_151
bottom peaks comparison between Tenocyte and Trabecular meshwork
Data format
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sample150_152
bottom peaks comparison between Tenocyte and Tracheal epithelial cell
Data format
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sample150_153
bottom peaks comparison between Tenocyte and Urothelial cell
Data format
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sample150_154
bottom peaks comparison between Tenocyte and Whole blood for donor 1
Data format
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sample150_155
bottom peaks comparison between Tenocyte and Whole blood for donor 2
Data format
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sample150_156
bottom peaks comparison between Tenocyte and Whole blood for donor 3
Data format
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sample151_152
bottom peaks comparison between Trabecular meshwork and Tracheal epithelial cell
Data format
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sample151_153
bottom peaks comparison between Trabecular meshwork and Urothelial cell
Data format
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sample151_154
bottom peaks comparison between Trabecular meshwork and Whole blood for donor 1
Data format
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sample151_155
bottom peaks comparison between Trabecular meshwork and Whole blood for donor 2
Data format
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sample151_156
bottom peaks comparison between Trabecular meshwork and Whole blood for donor 3
Data format
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sample152_153
bottom peaks comparison between Tracheal epithelial cell and Urothelial cell
Data format
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sample152_154
bottom peaks comparison between Tracheal epithelial cell and Whole blood for donor 1
Data format
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sample152_155
bottom peaks comparison between Tracheal epithelial cell and Whole blood for donor 2
Data format
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sample152_156
bottom peaks comparison between Tracheal epithelial cell and Whole blood for donor 3
Data format
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sample153_154
bottom peaks comparison between Urothelial cell and Whole blood for donor 1
Data format
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sample153_155
bottom peaks comparison between Urothelial cell and Whole blood for donor 2
Data format
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sample153_156
bottom peaks comparison between Urothelial cell and Whole blood for donor 3
Data format
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sample154_155
bottom peaks comparison between Whole blood for donor 1 and Whole blood for donor 2
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sample154_156
bottom peaks comparison between Whole blood for donor 1 and Whole blood for donor 3
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sample155_156
bottom peaks comparison between Whole blood for donor 2 and Whole blood for donor 3
Data format