SAMEA2536417

WTSIi020-A

Attributes

Type Value
banking status Selected for banking, Shipped to ECACC, Banked at ECACC, Banked at EBiSC
cell type induced pluripotent stem cell
cnv length different regions mbp 0
cnv length shared differences 0
cnv num different regions 0
culture CO2 5%
culture medium E8 media
culture passage method EDTA clump passaging
culture summary Feeder-free
culture surface coating vitronectin
disease state normal
donor id SAMEA2398480
donor name HPSI-eipl
ebisc name WTSIi020-A
hPSCreg name WTSIi020-A
material cell line
name HPSI0114i-eipl_1
open access 1
organism Homo sapiens
predicted population European
project EBiSC
reprogramming type non-integrating virus
reprogramming virus sendai
sex female
source material Skin tissue
source material cell type Fibroblast
synonym HPSI0114i-eipl_1
tissue provider Cambridge BioResource
title Induced Pluripotent Stem Cell Line WTSIi020-A

Organizations

EBiSC
Role Distributor
Url https://cells.ebisc.org/
European Collection of Authenticated Cell Cultures
Role Distributor
Url https://www.phe-culturecollections.org.uk/
Wellcome Trust Sanger Institute
Role Generator
Url http://www.sanger.ac.uk/research/projects/stemcellengineering/

Publications

DOI PubMedId
10.1038/nature22403 28489815

Relationships

Source Type Target
SAMEA2536417 derived from SAMEA2398480
SAMEA3336589 derived from SAMEA2536417
SAMEA3336590 derived from SAMEA2536417
SAMEA3336591 derived from SAMEA2536417
SAMEA3336592 derived from SAMEA2536417
SAMEA3336593 derived from SAMEA2536417
SAMEA3336594 derived from SAMEA2536417
SAMEA3336595 derived from SAMEA2536417
SAMEA3336596 derived from SAMEA2536417
SAMEA3336597 derived from SAMEA2536417
SAMEA3336598 derived from SAMEA2536417
SAMEA3336599 derived from SAMEA2536417
SAMEA3336600 derived from SAMEA2536417
SAMEA3336601 derived from SAMEA2536417
SAMEA3336602 derived from SAMEA2536417
SAMEA3336603 derived from SAMEA2536417
SAMEA3336604 derived from SAMEA2536417
SAMEA3336605 derived from SAMEA2536417
SAMEA3336606 derived from SAMEA2536417
SAMEA3336607 derived from SAMEA2536417
SAMEA3336608 derived from SAMEA2536417
SAMEA3336609 derived from SAMEA2536417
SAMEA3336610 derived from SAMEA2536417
SAMEA3336611 derived from SAMEA2536417
SAMEA3336612 derived from SAMEA2536417
SAMEA3336613 derived from SAMEA2536417
SAMEA3336614 derived from SAMEA2536417
SAMEA3336615 derived from SAMEA2536417
SAMEA3336616 derived from SAMEA2536417
SAMEA3336617 derived from SAMEA2536417
SAMEA3336618 derived from SAMEA2536417
SAMEA3336619 derived from SAMEA2536417
SAMEA3336620 derived from SAMEA2536417
SAMEA3336621 derived from SAMEA2536417
SAMEA3336622 derived from SAMEA2536417
SAMEA3336623 derived from SAMEA2536417
SAMEA3336624 derived from SAMEA2536417
SAMEA3336625 derived from SAMEA2536417
SAMEA3336626 derived from SAMEA2536417
SAMEA3336627 derived from SAMEA2536417
SAMEA3336628 derived from SAMEA2536417
SAMEA3336629 derived from SAMEA2536417
SAMEA3336630 derived from SAMEA2536417
SAMEA3336631 derived from SAMEA2536417
SAMEA3336632 derived from SAMEA2536417
SAMEA3336633 derived from SAMEA2536417
SAMEA3336634 derived from SAMEA2536417
SAMEA3336635 derived from SAMEA2536417
SAMEA3336636 derived from SAMEA2536417
SAMEA3336637 derived from SAMEA2536417
SAMEA3336638 derived from SAMEA2536417
SAMEA3864971 derived from SAMEA2536417
SAMEA6981418 derived from SAMEA2536417
SAMEG120702 has member SAMEA2536417

External Links

hPSCreg hPSCreg
ENA ENA

BioSamples record history

Released on 2015-10-14
Last reviewed 2020-07-30