… function in various types of cells including neuronal cells (Martin-Blanco 2000; Nebreda & …
roles of p38 signalling in neuronal cell fate decision, in light of analyses using mammalian cell …

… , 7 whereas pharmacological p38-MAPK inhibition induces increased cell proliferation, 8
To … and p38-MAPK stress pathways in cell fate decisions, we tested the effects of p38-MAPK …

… TAK-1 activates the p38 MAPK and JNK signaling pathways. Conventional disruption of
the TAK-1 gene in mice leads to lethality by day E11.5 due to severe vascular defects and …

… 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 …

… between p38 and p53 is crucial in defining the cell fate after … (UV) radiation, p38 and p53
protect the cells from apoptosis … between p38 and p53 acts as a switch to determine cell fate. …

… kinase kinase of the c-Jun N-terminal kinase (JNK) and p38 MAP kinase pathways, which
is preferentially activated in response to various types of stress such as oxidative stress and …

… for the MAPK signalling network, using CellDesigner software. In order to explore the MAPK
responses to different stimuli and better understand their contributions to cell fate decision, …

… p38 MAPKs are a conserved subfamily of MAPKs involved in the response to stress found
in eukaryotic cells from … , in cell fate specification in imaginal discs, and in cell polarity during …

… 1 VPC fate, and lower dose EGF contributes to 2 fate in … 1 fate to the non-canonical
RalGEF-Ral that promotes 2 fate. Of … PMK-1/p38 MAP kinase cascade to promote 2 fate. Our study …

… The interrelationships among different stressors are discussed, with an emphasis on how
the balance of signaling through MAP3Ks controls the MAPK response to determine cell fate. J. …