
3T3-J2 Cell Line - Kerafast
3T3 J-2 cell line derived from mouse embryonic fibroblast cells and can be used as feeder cells for growing keratinocytes. Buy Here!
3T3 cells - Wikipedia
3T3 cells are several cell lines of mouse embryonic fibroblasts. The original 3T3 cell line (3T3-Swiss albino) was established in 1962 by two scientists then at the Department of Pathology in …
3T3-J2 Irradiated Feeder Cells | STEMCELL Technologies
3T3-J2 Irradiated Feeder Cells are optimized to support epithelial cell expansion in Conditional Reprogramming (CR) Medium.
Promotion of Human Epidermal Keratinocyte Expansion in Feeder …
This new protocol enables more rapid expansion of human epidermal keratinocytes in co-culture with not only 3T3-J2 cells but also other feeder cells including human dermal fibroblasts and …
3T3-J2 are immortalized mouse fibroblasts used as feeders for human and mouse primary epithelial cells. In routine culture, they should be passaged every 3d day at 80-90 % …
Regenerating human epithelia with cultured stem cells: feeder cells ...
In this Review, we focus on the application of cultured epithelial cells in regenerative medicine. In particular, we discuss the 3T3 mouse embryonic fibroblast (MEF) co‐culture system that has …
3T3-J2 Irradiated Feeder Cells are optimized to support epithelial cell expansion in Conditional Reprogramming (CR) Medium (Catalog #100-0352; Liu X et al. 2012; Liu X et al. 2017; …
How to Prepare Conditioned Medium for Expansion of Epithelial …
Learn how to generate conditioned medium for epithelial cell expansion from 3T3-J2 Irradiated Feeder Cells and Conditional Reprogramming Medium.
Cellosaurus cell line 3T3-J2 (CVCL_W667)
Doubling time: ~18 hours (Kerafast=EF3003). Derived from site: In situ; Whole embryo; UBERON= UBERON_0000922. Cell type: Fibroblast; CL= CL_0000057. Breed/subspecies: …
AddexBio Product Detail - 3T3-J2 Cells
3T3-J2 is a subclone of the original mouse embryonic fibroblast line, 3T3-Swiss Albino. After irradiation, these cells are commonly used as a feeder layer for growth of human …