Sentence examples for genetic consequences of a from inspiring English sources

In this case, the genetic consequences of a substantial reduction in capacity in one or more of the subsystems will not be mitigated by the re-introduction of variation through migration and the prospects for genetic concerns will increase substantially.

Furthermore, samples were more recently collected throughout SMMNRA from populations experiencing varying levels of habitat fragmentation and isolation, allowing a determination of how barriers to gene flow (e.g., major freeways) accelerated the genetic consequences of a population decline associated with disease.

Whereas the ecological impact of invasive species, including rats, has been well documented [2], no study to date has examined the population genetic consequences of an invasive predator for resident species.

Thus, L. yavapaiensis is an ideal candidate for quantifying the evolutionary genetic consequences of an emerging infectious disease in a complex system with multiple environmental and genetic variables potentially influencing virulence.

To explore the molecular genetic consequences of such a niche we subjected human (h) MSCs to a pO2 of 4 mmHg and analyzed global gene expression and alternative splicing (AS) by genome-exon microarray and RT-qPCR, and phenotype by western blot and immunostaining.

This genus is therefore an ideal model for comparative studies of the molecular evolutionary and population genetic consequences of the transition to a regularly inbreeding mating system.

This paper presents for the first time a comparison of the genetic consequences of two different types of speciation in plants of an oceanic island.

This necessitates continuing research into the molecular genetic consequences of exposure to asbestos in an effort to better understand MPM pathogenesis, hopefully translating to prevention strategies and improved patient outcomes.

Other studies have reported on a related issue, namely the genetic consequences of selective harvesting in natural populations.

In this paper, we used a novel approach to investigate the genetic consequences of NF1-haploinsufficiency in humans.

Microarray expression profiling has become a valuable tool in the evaluation of the genetic consequences of metabolic disease.