SAMEA3316296

HPSI0514i-wiii_3

Attributes

Type Value
SRA accession ERS1255009
age 65-69 (year)
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 1
cnv length shared differences 1
cnv num different regions 1
culture CO2 5%
culture medium E8 media
culture passage method EDTA clump passaging
culture summary Feeder-free
culture surface coating vitronectin
date of derivation 2015-02-05
description Induced pluripotent stem cell line HPSI0514i-wiii_3 from HipSci project
disease state normal
donor id SAMEA2554407
donor name HPSI-wiii
ebisc name WTSIi049-B
ethnicity white - white british
hPSCreg name WTSIi049-B
material cell line
method of derivation CytoTune 1
name HPSI0514i-wiii_3
open access 1
organism Homo sapiens
phenotype PATO:0000461;EFO:0004905
predicted population European
predicted population European
project HipSci
reprogramming type non-integrating virus
reprogramming virus sendai
sex female
sop url http://www.hipsci.org/hipsci-ips-preparation-standard-operating-procedures
source material Skin tissue
source material cell type Fibroblast
source material cell type Fibroblast
subject id SAMEA2554407
submission description HipSci brings together diverse constituents in genomics, proteomics, cell biology and clinical genetics to create a UK national iPS cell resource and use it to carry out cellular genetic studies.
submission identifier GSB-3
submission title HipSci - Human Induced Pluripotent Stem Cell Initiative
synonym cbef2f6b-9ca8-407d-bb3d-5dca9235df68
tissue provider Cambridge BioResource

Organizations

Wellcome Trust Sanger Institute
Url http://www.sanger.ac.uk

Relationships

Source Type Target
SAMEA3316296 derived from SAMEA2554404
SAMEA3975119 derived from SAMEA3316296
SAMEA3975120 derived from SAMEA3316296
SAMEA3975121 derived from SAMEA3316296
SAMEA3975122 derived from SAMEA3316296
SAMEA3975123 derived from SAMEA3316296
SAMEA3975124 derived from SAMEA3316296
SAMEA3975125 derived from SAMEA3316296
SAMEA3975126 derived from SAMEA3316296
SAMEA3975127 derived from SAMEA3316296
SAMEA3975128 derived from SAMEA3316296
SAMEA3975129 derived from SAMEA3316296
SAMEA3975130 derived from SAMEA3316296
SAMEA3975131 derived from SAMEA3316296
SAMEA3975132 derived from SAMEA3316296
SAMEA3975133 derived from SAMEA3316296
SAMEA3975134 derived from SAMEA3316296
SAMEA3975135 derived from SAMEA3316296
SAMEA3975136 derived from SAMEA3316296
SAMEA3975137 derived from SAMEA3316296
SAMEA3975138 derived from SAMEA3316296
SAMEA3975139 derived from SAMEA3316296
SAMEA3975140 derived from SAMEA3316296
SAMEA3975141 derived from SAMEA3316296
SAMEA3975142 derived from SAMEA3316296
SAMEA3975143 derived from SAMEA3316296
SAMEA3975144 derived from SAMEA3316296
SAMEA3975145 derived from SAMEA3316296
SAMEA3975146 derived from SAMEA3316296
SAMEA3975147 derived from SAMEA3316296
SAMEA3975148 derived from SAMEA3316296
SAMEA3975149 derived from SAMEA3316296
SAMEA3975150 derived from SAMEA3316296
SAMEA3975151 derived from SAMEA3316296
SAMEA3975152 derived from SAMEA3316296
SAMEA3975153 derived from SAMEA3316296
SAMEA3975154 derived from SAMEA3316296
SAMEA3975155 derived from SAMEA3316296
SAMEA3975156 derived from SAMEA3316296
SAMEA3975157 derived from SAMEA3316296
SAMEA3975158 derived from SAMEA3316296
SAMEA3975159 derived from SAMEA3316296
SAMEA3975160 derived from SAMEA3316296
SAMEA3975161 derived from SAMEA3316296
SAMEA3975162 derived from SAMEA3316296
SAMEA3975163 derived from SAMEA3316296
SAMEA3975164 derived from SAMEA3316296
SAMEA3975165 derived from SAMEA3316296
SAMEA3975166 derived from SAMEA3316296
SAMEA3975167 derived from SAMEA3316296
SAMEA3975168 derived from SAMEA3316296
SAMEG120702 has member SAMEA3316296

External Links

ENA ENA

BioSamples record history

Released on 2013-01-01
Last reviewed 2020-05-19