Primary Mouse Embryonic Fibroblasts For Research and Development
Six Different Options Allow You To Advance Your Stem Cell Research
Our Collection
Mouse embryonic fibroblasts are foundational components in stem cell research and molecular biology research. They contribute to the understanding of cellular processes and disease mechanisms, and are tools for therapeutic development. Learn more about mouse embryonic fibroblast applications.
Our mouse embryonic fibroblasts are derived directly from embryonic tissue rather than being passaged or cultured for an extended period. The cell selection of fibroblast cells are isolated from mouse embryos every 12.5 days. Have a technical question about our current inventory? Contact our team.
| Current Selection |
|---|
| CD-1 mouse |
| CF-1 mouse |
| Neomycin-resistant mice |
| Hygromycin-resistant mice |
| Neomycin-resistant mice, mitomycin C inactivated |
| Puromycin-resistant mice, mitomycin C inactivated |
For more detailed information, download our Product Data Sheet for CF-1 Primary Mouse Embryonic Fibroblast
Above are the images of MEFs observed under 10X (Left) and 20X (Right) magnification.
Mouse Embryonic Fibroblasts in Precision Medicine
Monolayers of mitotically inactivated feeder cells are essential for successful cultivation of mouse embryonic stem (ES) cells. ES cells are used in gene targeting and knock out mouse production.
Feeder cells can retain ES cells in non-differentiated morphology and pluripotent properties. The feeder cells secrete several important growth factors into medium that play roles in maintaining the pluripotency of ES cells.
Want to learn more about the latest in mouse embryonic fibroblasts? Our colleagues at ScienceDirect continuously collect and publish the latest information and research in the field.
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