… These transcription factors include the myogenic regulatory … binding sites or motifs in
regulatory DNA regions called enhancers … In this study, we performed a genome-wide profiling of …

… We performed a transcriptomic profiling of MuSC … MAPK was the main player. Overall,
our data demonstrated that during dissociation, P38 MAPK and JNK contribute to the up-regulation …

… of p38 MAPKs, including their role in regulating myogenesis … integrate multiple external cues
to control cellular functions. … –derived muscle cells uncovered multiple p38α/β inhibitors as …

… A set of four transcription factors called myogenic regulatory … was to further understand the
regulation of gene expression … a better understanding of gene regulation during satellite cell …

… Ectopic expression of master regulatory transcription factors … genetic screens designed to
uncover novel factors involved in cell … One extrachromosomal line was integrated by gamma …

… , active p38α upregulates the JNK phosphatase MAPK … [71] Chromatin-wide and transcriptome
profiling integration shows that p38α binds to a large set of active promoters to globally …

… A circadian transcriptome analysis of muscle uncovered clustered expression of genes
with a common metabolic function at specific circadian phases in the mouse under constant …

… and characterization of p38α as a novel regulator of DUX4 … , potent, and specific inhibitors
of p38α/β, we show a robust … siRNAs against p38α and γ, the most abundant p38 MAPKs in …

… regulation of mTORC1 in response to mechanical stretch appears to be independent of ERK1/2
signaling (120). The role of MAPK in regulating … will require the integration of novel tissue …

… Here, we identify p38α and p38β MAPKs as having important roles … Efforts to further explore
the signaling pathways regulating … These studies uncover the exciting possibility of a disease-…