3T3 Cell Lines

3T3 Cell Lines The NIH 3T3 cell line is an immortalized stable cell line originating from fibroblast cells of an NIH Swiss mouse embryo. The line was established using the "3T3" cell transfer and inoculation protocol on a 17- to 19-day-old mouse embryo by Todaro and Green in 1963. NIH 3T3 cells grow adherent, have fibroblastic morphology, and double every 20-26 hours. Several clonal strain subtypes have been isolated from the 3T3 parental line. The sublines 3T3 L1 and 3T3 F442A, for example, are used as models for studying fat metabolism. Other 3T3 cells may also refer to distinct, unrelated cell lines, such as BALB 3T3 which originate from BALB/c mouse embryos. Visit the supplier page for more cell line information.

3T3 Cell Lines

Your search terms and filters produced no results.

Please use the 3T3 Cell Lines search tool above to find what you're looking for.

Suggested Products

  • BIOne 1250 Bioprocess Control Station

    Distek has earned a place on the modern bioprocessing laboratory benchtop with the BIOne 1250 Single and Dual Bioprocess Control Stations. Modular, flexible, and highly customizable, the BIOne 1250 systems are ready to support the nuanced requirements of your specific Upstream Bioprocesses. BIOne 1250 Controllers are compatible with both autoclavable and single-use vessels. The systems are also capable of supporting both cell culture and fermentation processes. Standard controller ...

  • BIOne Single-Use Bioreactor System

    Distek has earned a place on the modern bioprocessing laboratory benchtop with the BIOne 1250 Single and Dual Bioprocess Control Stations. Modular, flexible, and highly customizable, the BIOne 1250 systems are ready to support the nuanced requirements of your specific Upstream Bioprocesses. BIOne 1250 Controllers are compatible with both autoclavable and single-use vessels. The systems are also capable of supporting both cell culture and fermentation processes. Standard controller ...
  • <<
  • >>

Recent Product Review

  • LGR4 Antibody for Western Blotting

    I am interested in studying the molecular mechanism of hedgehog signal transduction in vertebrate cells. I had performed a CRISPR/Cas9 genetic screen to uncover new regulators of hedgehog signaling pathway. One of the negative regulators identified in these screens is known to regulate a cell surface receptor relevant to hedgehog pathway. The goal of this experiment is to determine if this gene affects the overall levels of one of the R-spondin receptors, LGR4.

  • FZD3 Antibody for Western Blotting

    I am interested in studying the molecular mechanism of hedgehog signal transduction in vertebrate cells. I had performed a CRISPR/Cas9 genetic screen to uncover new regulators of hedgehog signaling pathway. One of the negative regulators identified in these screens is known to regulate a cell surface receptor relevant to hedgehog pathway. The goal of this experiment is to determine if this gene affects the overall levels of one of the WNT receptors, FZD3.