Rho-associated kinase1 promotes laryngeal squamous cell carcinoma tumorigenesis and progression via the fak signaling pathway

HIGHLIGHTS

SUMMARY

As shown in Fig 4 A, the expression level of p-FAK in TU686/si-ROCK1 and TU212/si-ROCK1 cells was lower than in TU686/si-nc and TU212/si-nc cells, the expression level of FAK was not altered. The expression levels of p-FAK in TU686/ROCK1 and TU212/ROCK1 cells were higher than TU686/vector and TU212/vector cells, the expression level of FAK was not altered (Fig 4B). The expression level of p-FAK in TU686/ROCK1/TAE226 and TU212/ROCK1/TAE226 cells was lower than TU686/ROCK1/parental . . .

 



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