Sentence examples for may facilitate interactions from inspiring English sources
Folding homology between DN and DC subdomains further renders the layer an approximate sixfold symmetrical architecture, which may facilitate interactions of the docking layer with the homo-hexamer of the adapter AcrA in the assembled complex (Jeong et al. 2016).
The overall positive charge of these polysaccharides may facilitate interactions with the negatively charged eDNA.
The only putative motif of the deduced protein of EED1, which may indicate a cellular function, is a central glutamine-rich region similar to the S. cerevisiae protein Def1 [29], [30], [30], which may facilitate interactions with other proteins.
This change may facilitate interactions with other STAT-modifying proteins such as p38 MAPK.
Some of them can also form duplexes through reverse complementary binding (from the sense/antisense strands), which may facilitate interactions between different RNA molecules.
Children develop important competencies during high-quality interactions with their parents (e.g., empathy, cooperation, self-regulation), which may facilitate interactions with peers [ 25].
Such scenario may facilitate interaction with other pathogens, a fact that should be taken into account when dealing with the epidemiology of natural infections.
This is supported by the previous literature that suggests that mothers who stay in sending countries may facilitate interaction with other transnational households for their children (Parreñas, 2005).
Expression of CXCL16, a chemokine expressed by DC [ 56], on the surface of CD16+ Mo may facilitate interaction with CXCR6+ cells (i.e., NKT and activated CD4+ and CD8+ T-cells [ 56]) and retention of CXCR6+ cells in tissues.
Such perspectives may facilitate interaction between professional and experiential knowledge and thereby obtain balance between the life-world perspective carried by the individual and the medical perspective carried by health-care professionals [ 2- 5].
These studies provide a molecular understanding of how MATH-BTB proteins recruit substrates to Cul3 and how their dimerization and conformational variability may facilitate avid interactions with diverse substrates.
