|
|||||||||||||||
|
siRNA Transfection || Transfection Methods || Stable Transfection || RNAi || siRNA Library Screening || RNAi Therapeutics || Cell Transfection || In Vivo Transfection Reagents || Cell Line Specific Transfection Reagents
In Vivo Transfection Reagents || Fibroblast Cells Transfection Reagent || Astrocyte Cells Transfection Reagent || HEK-293 Transfection Reagent || MEF Transfection Reagent || HepG2 Transfection Reagent || CHO Reagent || MDA-MB Transfection Reagent || Cos7 Transfection Reagent || A549 Transfection Reagent || NIH3T3 Reagent || HUVEC Transfection Reagent || LNCaP Transfection Reagent || MCF-7 Reagent || PC-12 Reagent
Mouse ES cells are derived from the inner cell mass (ICM) of a 3.5 day old mouse blastocyst. Pluripotency is a special quality of embryonic stem cells that gives enables them to potentially develop into any type of cell. MES cell lines can be used to create mouse models to determine the function of a sequence of interest in the context of a whole organism. MES are amenable to gene targeting which permits researchers to make precise modifications to their sequence of interest and then generate a mature adult mouse carrying the engineered alteration. Embryonic stem cells are also used in cell culture studies. Their ability to maintain a normal karyotype for countless cell divisions as well as their untransformed status makes them very valued to researchers. MES have been shown in vitro to differentiate into many cell types such as neuronal, cardiac and epithelial.
|
||||||||||||||
|
|||||||||||||||
