Coriell Institute
Induced Pluripotent Stem Cells
To facilitate research on differentiated cell types and other biomedical investigations, the Aging Cell Repository offers human induced pluripotent stem cell (hiPSC) lines.

In addition to QC tests (viability, contamination, karyotyping, microarray genotyping, and microsatellite matches with the parent cell culture), extensive pluripotency characterizations are performed on each NIA Repository hiPSC line. Pluripotency characterizations include the following assays: 

  • Surface antigen expression
  • Embryoid body formation
  • PluriTest gene expression assay
A complete Certificate of Analysis (CofA) that includes images and quantitative test results is available for each hiPSC line. The CofA PDF specifies which pluripotency characterizations were performed on each hiPSC line. 

The Protocol PDFs outline the proper steps for successful handling of the hiPSCs. Additional information is also found on the CofA PDF, including necessary media components, substrates, passage methods, and split ratios. 

* For commercial purposes, please note that Limited Use Label Licenses (LULLs) may apply.

Disease-Specific hiPSC Lines
Records Return:  (28)

Catalog IDDescriptionParent LineTransformantLULLGenderAgeRaceBiopsy SourceAffectedRelated SamplesCertificate of AnalysisProtocol
AG25367ALZHEIMER DISEASE, FAMILIAL, TYPE 3AG07768Reprogrammed (Sendai)Sendai-Cyto TuneFemale31 YRWhiteSkinYes964CofA PDFProtocol PDF
AG25370ALZHEIMER DISEASE, FAMILIAL, TYPE 4AG09908Reprogrammed (Sendai)Sendai-Cyto TuneFemale81 YRWhiteSkinYes1138CofA PDFProtocol PDF
AG27605ALZHEIMER DISEASE; ADAG08243Reprogrammed (Retroviral) IP ACADEMIA JAPANMale72 YRWhiteSkinYes2092CofA PDFProtocol PDF
AG27606ALZHEIMER DISEASE; ADAG07376Reprogrammed (Retroviral) IP ACADEMIA JAPANMale60 YRWhiteSkinYes CofA PDFProtocol PDF
AG27607ALZHEIMER DISEASE; ADAG21158Reprogrammed (Retroviral) IP ACADEMIA JAPANFemale69 YRWhiteSkinYes945CofA PDFProtocol PDF
AG27608ALZHEIMER DISEASE; ADAG08509Reprogrammed (Retroviral) IP ACADEMIA JAPANMale73 YRWhiteSkinNo2051CofA PDFProtocol PDF
AG27609ALZHEIMER DISEASE; ADAG10788Reprogrammed (Retroviral) IP ACADEMIA JAPAN 87 YRWhiteSkinYes1301CofA PDFProtocol PDF
AG27611ALZHEIMER DISEASE; ADAG09173Reprogrammed (Retroviral) IP ACADEMIA JAPANFemale75 YRWhiteSkinNo2051CofA PDFProtocol PDF
AG27711ALZHEIMER DISEASE; ADAG08259Reprogrammed (Sendai)Sendai-Cyto TuneMale90 YRBlack/African AmericanSkinYes2113CofA PDFProtocol PDF
AG28205ALZHEIMER DISEASE; ADAG08125Reprogrammed (Retroviral) IP ACADEMIA JAPANMale64 YRWhiteSkinNo1079CofA PDFProtocol PDF
AG27602APPARENTLY HEALTHY INDIVIDUALAG04455Reprogrammed (Retroviral) IP ACADEMIA JAPANMale72 YRWhiteSkinNo859CofA PDFProtocol PDF
AG27875APPARENTLY HEALTHY INDIVIDUALAG06103Reprogrammed (Sendai)Sendai-Cyto TuneMale29 YRBlack/African AmericanSkinNo3501CofA PDFProtocol PDF
AG28049APPARENTLY HEALTHY INDIVIDUALAG05274Reprogrammed (Sendai)Sendai-Cyto TuneMale84 YRWhiteSkinNo1261CofA PDFProtocol PDF
AG28057APPARENTLY HEALTHY INDIVIDUALAG04382Reprogrammed (Sendai)Sendai-Cyto TuneMale81 YRWhiteSkinNo1597CofA PDFProtocol PDF
AG28262APPARENTLY HEALTHY INDIVIDUALAG16086Reprogrammed (Sendai)Sendai-Cyto TuneFemale67 YRAsianSkinNo CofA PDFProtocol PDF
AG28269APPARENTLY HEALTHY INDIVIDUALAG16102Reprogrammed (Sendai)Sendai-Cyto TuneMale69 YRWhiteSkinNo1668CofA PDFProtocol PDF
AG27221HUTCHINSON-GILFORD PROGERIA SYNDROME; HGPSAG01972Reprogrammed (Sendai)Sendai-Cyto TuneFemale14 YRWhiteSkinYes CofA PDFProtocol PDF
AG27590HUTCHINSON-GILFORD PROGERIA SYNDROME; HGPSAG03199Reprogrammed (Sendai)Sendai-Cyto TuneFemale10 YRWhiteSkinYes580CofA PDFProtocol PDF
AG28340HUTCHINSON-GILFORD PROGERIA SYNDROME; HGPSAG11498Reprogrammed (Sendai)Sendai-Cyto TuneMale14 YRBlack/African AmericanSkinYes CofA PDFProtocol PDF
AG27415IPSC REPROGRAMMED FROM MRC-5 NORMAL HUMAN LUNG FIBROBLASTAG05965Reprogrammed (Sendai)Sendai-Cyto TuneMale14 FWWhiteLungNo CofA PDFProtocol PDF

Our mission is to prevent and cure disease through biomedical research.


(800) 752-3805 ● (856) 757-4848

Coriell Institute for Medical Research
403 Haddon Avenue Camden, NJ 08103, USA (856) 966-7377

Ⓒ 2021 Coriell Institute. All rights reserved.