Sentence examples for may aid evolution from inspiring English sources

Three paralog pairs indicate that genome duplication may be involved in generating functional diversity in olfactory receptors, which may aid evolution of the anadromous life-cycle.

Experimental studies aimed at determining the importance of the amino acid sites listed in this study may aid the development of mechanistic models of protein folding in the cell and the evolution of alternative functions from highly conserved ones.

The synteny analysis may aid studies of chromosomal evolution in yellowtail compared with model fish.

The knowledge of drought evolution characteristics may aid the decision making process in mitigating drought impacts.

The timescales of permeability reduction and strength recovery presented in this study may aid our understanding of the permeability evolution of conduit margin fractures, magma fracture-healing cycles, surface outgassing cycles, and the timescales required for pore pressure augmentation and the initiation of explosive eruptions.

Definition of expressed gene sequence variation in the octoploid may aid in the understanding of polyploid evolution and/or silencing of component genomes.

It is plausible that such information may aid the elucidation of the actual history of MSV-A evolution, because other in vitro evolution studies have indicated that adaptive steps across fitness landscapes are constrained to relatively few, specific, evolutionary pathways [ 47- 50].

Authors conclude that these measures of temporoparietal metabolism may aid (together also with neuropsychological data) in predicting evolution of MCI patients to AD.

These methods have provided new insights into the evolution of key pathogens, and this information may aid the design of control strategies and vaccines.

Our precipitation reconstruction, consistent with temperature changes but quite different from the prevailing view of EASM evolution, points to strong internal feedback processes driving the EASM, and may aid our understanding of future monsoon behaviour under ongoing anthropogenic climate change.

These results provide compelling evidence that LGT can influence genotype evolution at the level of sub-speciation and by extension LGT may aid bacterial speciation.