Search – Common Metabolic Diseases Genome Atlas

Showing 16 of 16 results

Biosample
DBS234LQF
released
pancreatic PP cell (Homo sapiens, adult)
Type: in vitro differentiated cells
Summary: Homo sapiens pancreatic PP in vitro differentiated cells female adult
Source: Unknown Source
Biosample
DBS503LCC
released
adipocyte (Homo sapiens, adult 20-40 year)
Type: in vitro differentiated cells
Summary: Homo sapiens adipocyte in vitro differentiated cells female adult (20-40 years)
Source: Unknown Source
Biosample
DBS425IGN
released
adipocyte (Homo sapiens, adult 20-40 year)
Type: in vitro differentiated cells
Summary: Homo sapiens adipocyte in vitro differentiated cells female adult (20-40 years)
Source: Unknown Source
Biosample
DBS201QTP
released
adipocyte (Homo sapiens, adult 20-40 year)
Type: in vitro differentiated cells
Summary: Homo sapiens adipocyte in vitro differentiated cells female adult (20-40 years)
Source: Unknown Source
Biosample
DBS853EWG
released
adipocyte (Homo sapiens, adult 20-40 year)
Type: in vitro differentiated cells
Summary: Homo sapiens adipocyte in vitro differentiated cells female adult (20-40 years)
Source: Unknown Source
Biosample
DBS265KCW
released
Pancreatic progenitors (progenitor cell of endocrine pancreas) (Homo sapiens)
Type: in vitro differentiated cells
Summary: Homo sapiens Pancreatic progenitors (progenitor of endocrine pancreas) in vitro differentiated cells female
Source: Wellcome Trust Centre for Human Genetics
Biosample
DBS605OIU
released
Pancreatic progenitors (progenitor cell of endocrine pancreas) (Homo sapiens)
Type: in vitro differentiated cells
Summary: Homo sapiens Pancreatic progenitors (progenitor of endocrine pancreas) in vitro differentiated cells female
Source: Wellcome Trust Centre for Human Genetics
Biosample
DBS935KWN
released
progenitor cell of endocrine pancreas (Homo sapiens)
Type: in vitro differentiated cells
Summary: Homo sapiens progenitor of endocrine pancreas in vitro differentiated cells female
Source: Wellcome Trust Centre for Human Genetics
Biosample
DBS769LFD
released
Pancreatic progenitors (progenitor cell of endocrine pancreas) (Homo sapiens)
Type: in vitro differentiated cells
Summary: Homo sapiens Pancreatic progenitors (progenitor of endocrine pancreas) in vitro differentiated cells female
Source: Wellcome Trust Centre for Human Genetics
Biosample
DBS238ZYQ
released
Pancreatic progenitors (progenitor cell of endocrine pancreas) (Homo sapiens)
Type: in vitro differentiated cells
Summary: Homo sapiens Pancreatic progenitors (progenitor of endocrine pancreas) in vitro differentiated cells female
Source: Wellcome Trust Centre for Human Genetics
Biosample
DBS624SPC
released
Pancreatic progenitors (progenitor cell of endocrine pancreas) (Homo sapiens)
Type: in vitro differentiated cells
Summary: Homo sapiens Pancreatic progenitors (progenitor of endocrine pancreas) in vitro differentiated cells female
Source: Wellcome Trust Centre for Human Genetics
Biosample
DBS016ZHC
released
Pancreatic progenitors (progenitor cell of endocrine pancreas) (Homo sapiens)
Type: in vitro differentiated cells
Summary: Homo sapiens Pancreatic progenitors (progenitor of endocrine pancreas) in vitro differentiated cells female
Source: Wellcome Trust Centre for Human Genetics
Biosample
TSTBS944430
released
hepatocyte (Homo sapiens, embryonic 5 day)
Type: in vitro differentiated cells
Summary: Homo sapiens hepatocyte in vitro differentiated cells female embryo (5 days)
Source: SESCC
Biosample
TSTBS769065
released
hepatocyte (Homo sapiens, embryonic 5 day)
Type: in vitro differentiated cells
Summary: Homo sapiens hepatocyte in vitro differentiated cells female embryo (5 days)
Source: SESCC
Biosample
TSTBS742269
released
adipocyte (Homo sapiens, adult 41 year)
Type: in vitro differentiated cells
Summary: Homo sapiens adipocyte in vitro differentiated cells female adult (41 year)
Source: amp-t2d-consortium
Biosample
TSTBS487217
released
adipocyte (Homo sapiens, adult 59 year)
Type: in vitro differentiated cells
Summary: Homo sapiens adipocyte in vitro differentiated cells female adult (59 years)
Source: amp-t2d-consortium