Sentence examples for niche adaptability from inspiring English sources

Pangenome and core genome studies are available for numerous species, demonstrating the plasticity of the Lactobacillus genomes and providing the evidence of niche adaptability.

Additionally, the effects of covS mutations on bacterial niche adaptability are still undetermined because the in vivo transcriptomes of the wild type (WT) and animal-passaged (AP) bacteria have not been compared under the same experimental conditions.

The versatile adaptability of niche generalists also makes it difficult to match their clustering patterns with their origin of isolation.

He likes it metaphorically, how we are disgusted by something with which we have so much in common — the same taste in foods, the same easy adaptability to every possible niche.

The diversity of the population found within the host has the potential to affect host physiology, evolutionary adaptability, and define host niche.

The high identity of syntenic genes indirectly reveals their essential character; for the non-syntenic genes the low identity could represent adaptability to the ecological niche of the species.

Our data imply that greater tolerance of mutational change is associated with virus adaptability in a new niche, a finding generally relevant to evolutionary biology, and informative for elucidating how viruses might evolve to emerge in new habitats and/or overcome novel therapies.

This provides opportunities to increase the adaptability of populations to a new niche on contemporary timescales.

Any and all of the underlying functional genes uncovered by SRAP analysis that control variation in morphology, phenology, or adaptability could also be applied to investigations of ecological niche modeling and, further, ecological speciation.

This was probably because the rhizosphere-originated M18 strain has evolved strain-specific genomic features, which benefit its environmental adaptability and competitiveness under certain conditions in the rhizosphere niche.

A pool of horizontally acquired genetic diversity in S. aureus populations may be a strategy for ensuring the raw material is available for efficient adaptability during the colonization of new hosts or to new niche environments (Knoppel et al. 2014).