DR4 MEF 96% viability Feeder Cells, P2, untreated derived from 13 day old mouse embryos feeder layers for growth of undifferentiated mouse or human ESC and iPSC

Price:
511 EUR
613 USD
424 GBP
known as: DR4 MEF 96% viability Feeder Cells, P2, untreated derived 13 day old mouse embryos feeder layers growth undifferentiated mouse human ESC iPSC
Catalog number: genta-ASC-ASF-1002
Product Quantity: 3 vial of 1
Category:
Supplier: Targatt

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Gene target: dr4 mef 96 viability feeder cells p2 untreated derived 13 day old embryos feeder layers growth undifferentiated esc

More details: DR4 MEF 96% viability Feeder Cells, P2, untreated derived from 13 day old mouse embryos feeder layers for growth of undifferentiated mouse or human ESC and iPSC

MEF cells are mouse embryonic fibroblasts, isolated from genetically engineered mice. MEF cells serve as a feeder cells and are  used for the maintenance of undifferentiated mouse or human embryonic stem cells (ESCs) and induced pluripotent stem cells (iPSCs).

Related genes to: DR4 MEF 96% viability Feeder Cells, P2, untreated derived from 13 day old mouse embryos feeder layers for growth of undifferentiated mouse or human ESC and iPSC

Symbol : DR4 NIH gene
LocusTag : AT1G73330
Synonyms : ATDR4|T9L24.45|T9L24_45|drought-repressed 4
dbXrefs : TAIR:AT1G73330
chromosome : 1
description : protein drought-repressed 4
type of gene : protein-coding
Modification date : 2016-04-02
Symbol : ESC NIH gene
LocusTag : AT1G20900
Synonyms : AHL27|AT-hook motif nuclear-localized protein 27|ESCAROLA|F9H16.12|F9H16_12|ORE7|ORESARA 7
dbXrefs : TAIR:AT1G20900
chromosome : 1
description : putative DNA-binding protein ESCAROLA
type of gene : protein-coding
Modification date : 2016-06-05
Symbol : old NIH gene
LocusTag : P2p43
description : Old
type of gene : protein-coding
Modification date : 2015-06-26
Symbol : p2 NIH gene
Synonyms : P2/APEG|apeg|apeg-A|xP2
dbXrefs : Xenbase:XB-GENE-6462252
description : Skin secretory protein xP2
type of gene : protein-coding
Symbol from nomenclature authority : p2
Full name from nomenclature authority : Skin secretory protein xP2
Nomenclature status : I
Other designations : APEG precursor protein
Modification date : 2016-03-02

Related Pathways to: DR4 MEF 96% viability Feeder Cells, P2, untreated derived from 13 day old mouse embryos feeder layers for growth of undifferentiated mouse or human ESC and iPSC

Gene about :cells
Pathway :Hs Oncostatin M Signaling Pathway
cells
Gene about :ESC
Pathway :Hs Preimplantation Embryo
ESC

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