CBA-310,MEF Feeder Cells,Cell Biolabs

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MEF Feeder Cells Product Information

Product Description:
MEF (Mouse Embryonic Fibroblast) feeder cells are commonly used in cell culture to support the growth and maintenance of pluripotent stem cells, such as embryonic stem cells (ESCs) and induced pluripotent stem cells (iPSCs). They provide essential growth factors and extracellular matrix components that help maintain the undifferentiated state of these stem cells.

Key Features:
- High Viability and Quality: MEF feeder cells are sourced from healthy mouse embryos and are prepared to ensure high viability and optimal performance in stem cell culture.
- Consistent Performance: Known for their reliable support in maintaining stem cell pluripotency and promoting robust cell growth.
- Ready-to-Use: Cells are provided in a user-friendly format that allows immediate application in your culture system.
- Sterility and Safety: Produced under strict quality control conditions to ensure sterility and minimize contamination risks.

Storage:
- Temperature: Store MEF feeder cells in liquid nitrogen vapor phase for long-term storage (-196°C).
- Conditions: Ensure cells are stored in a certified cryogenic storage container.
- Shelf Life: For optimal performance, use cells within 12 months of receipt when stored properly.

What's Included:
- Cryopreserved Vials: Each vial contains a specific number of MEF feeder cells, ready for thawing and culture.
- Detailed Protocol: Instructions for thawing, culturing, and maintaining MEF feeder cells in your laboratory.
- Certificate of Analysis: Documentation verifying the quality and performance of the cells.

Applications:
- Stem Cell Research: Essential for maintaining and culturing embryonic stem cells and iPSCs in an undifferentiated state.
- Regenerative Medicine: Supports research in developing stem cell-based therapies.
- Developmental Biology: Facilitates studies into cellular differentiation and embryo development.
- Genetic Studies: Ideal for research involving gene expression and genetic modification in stem cells.

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