The biology of migratory grasshoppers or locusts involves hormones that promote transformation of nonmigratory, solitary, shorthorned grasshoppers into gregarious hordes of locusts capable of causing great destruction.
MEK activation through the MAPK signaling cascade is necessary for mammalian cell transformation, and constitutively active MEK mutants promote transformation of fibroblast cells [14, 15].
This finding suggests that early activation of PIK3CA might promote transformation of OSE cells in certain cellular and molecular contexts, e.g. in the presence of K-ras mutation.
Thus, members of the let-7 family function biologically as tumor suppressors and their loss is predicted to promote transformation and tumor progression.
Finally, escape from crisis is associated with telomere stabilization, Rb hyperphosphorylation and p16 deletion that seems to be essential to promote transformation [33], [34].
Taken together, these data suggest that CSNK1E is not only required for cancer cell proliferation and transformation in the context of activated β-catenin, but can also promote transformation, potentially through activation of the Wnt/β-catenin signaling pathway.
Several molecules targeted by APC have been reported to promote transformation.
Unfortunately, the genes and mechanisms, which regulate OIS and thereby promote transformation by pancreatitis, remain unidentified.
These results suggest that, GCN5 and Myc co-operate to block differentiation and promote transformation.
Therefore, we investigated whether further increase of miR-130a level would cooperate with YAP to promote transformation of HMLE cells.
