… including neuronal cells (Martin-Blanco 2000; Nebreda & Porras 2000; Ono & Han 2000).
In … of p38 signalling in neuronal cell fate decision, in light of analyses using mammalian cell …

… assess functional hierarchies and potential molecular cross-talks between the JNK and
p38-MAPK stress pathways in cell fate decisions, we tested the effects of p38-MAPK modulation …

… TAK-1 activates the p38 MAPK and JNK signaling pathways. Conventional disruption of the
… of hepatocytes and hematopoietic cells, suggesting a crucial role for TAK-1 in cell survival. …

… Additionally, it appears to exert other fundamental roles during development, in cell fate
specification in imaginal discs, and in cell polarity during oogenesis. These functions involve …

… the MAPK pathways since MAPKs … MAPK requirements in neural cell fate determination,
focusing our attention on the proliferation and differentiation of NSCs and neural progenitor cells …

… of cell function by the MAPK cascade with special focus on the ASK1-MAPK pathway, and we
… activation and physiological functions of ASK1 signaling in stress and immune responses. …

… MAPK activity biosensors to investigate how cell fate control emerges from the connectivity
and dynamics of the MAPK … systematically explore the outputs and functions of all the MAP3 …

… cell functional decline with aging. In particular, our review will focus on the epigenetic changes
underlying fate decisions and on how the p38 MAPK … up satellite cell adaptive responses …

… of MAPK activation with physiological responses to different stimuli. In this prospective, we
describe the role of different MAP3Ks in the control of MAPK networks, primarily JNK and p38, …

… that the functional relationship between p38 and p53 is crucial in defining the cell fate after
DNA … In this report, p38 or p53 gene knockout cell lines are employed to study their roles in …