Sentence examples for might regulate cellular from inspiring English sources

Although not studied at protein level, it was suggested that the corresponding soluble peptide might regulate cellular iron transport.

Actually, a splice variant of HFE mRNA was described [19] and, although not studied at protein level, it was suggested that the corresponding soluble peptide might regulate cellular iron transport.

These data suggest that Akt-mediated phosphorylation of Oct4 on T235 might regulate cellular stemness in a signal dependent manner through modulating heterodimer formation with Sox2.

These results suggest that nuclear localization of p57 might regulate cellular proliferation and that cytoplasmic localization of p57 might regulate cell motility.

Beside synaptic transmission, differentiation and morphogenesis were also found as strong clusters in the specialized process category, suggesting that the tight junction might regulate cellular activities of the entire epithelial monolayer.

The identification of an AMPK subfamily [ 3] raises questions about the involvement of these protein kinases in whole-body and cellular glucose and energy homeostasis, as well as the possibility that they might regulate cellular and whole-body metabolic and gene regulatory responses in a manner analogous to AMPK.

Therefore, unveiling proteins associated with METTL3 in the methyltransferase complex is of key importance for understanding how m6A modifications in RNA might impact and regulate cellular functions.

Since cellular distribution could represent a potential mechanism of regulation, we wanted to characterize BRMS1 sequence motifs that might regulate its cellular distribution.

This study also suggests that palmitoylation modifies proteins downstream of BMPR and upstream of p38 MAPK and this modification might regulate other cellular events that involve this pathway.

Several studies have suggested that binding of chemokines to cell surface HS might regulate the cellular responses and migration of inflammatory cells [ 6].

This strategy might be useful to regulate cellular microenvironment in multiscale and multimaterial levels for improved tissue regeneration.