having multiple murine BRafV600E cell lines will be an important resource for the scientific community. The established BRafV600E SM1 cell line has been a useful model in supporting the therapeutic potential of combining BRAF inhibitors with immunotherapy (Knight et al., 2013). Future studies with D4M cells should be similarly useful in developing models of new therapeutic modalities. In addition, the fact that, at 3 lM PLX4032, our D4M cells show substantial decreases in pERK and decrease in
cell proliferation, indicates that our cell lines are distinct from those already published and will be a valuable contribution to the scientific community. In conclusion, our study describes a useful model of murine BRafV600E melanoma for in vitro and in vivo experiments. D4M cell lines grow readily in culture, are sensitive to PLX4032, and are transplantable in syngeneic hosts. These cell lines are stable and reproducible, allowing for biological replicates for in vitro and in vivo experiments, and may be of use to many investigators.
having multiple murine BRafV600E cell lines will be an important resource for the scientific community. The established BRafV600E SM1 cell line has been a useful model in supporting the therapeutic potential of combining BRAF inhibitors with immunotherapy (Knight et al., 2013). Future studies with D4M cells should be similarly useful in developing models of new therapeutic modalities. In addition, the fact that, at 3 lM PLX4032, our D4M cells show substantial decreases in pERK and decrease incell proliferation, indicates that our cell lines are distinct from those already published and will be a valuable contribution to the scientific community. In conclusion, our study describes a useful model of murine BRafV600E melanoma for in vitro and in vivo experiments. D4M cell lines grow readily in culture, are sensitive to PLX4032, and are transplantable in syngeneic hosts. These cell lines are stable and reproducible, allowing for biological replicates for in vitro and in vivo experiments, and may be of use to many investigators.
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