Sentence examples for molecular genetic variability from inspiring English sources

We found no significant relationships between the genetic variability of any of the quantitative traits and molecular genetic variability.

In contrast, low molecular genetic variability appears to be a better indicator for the risk of inbreeding depression than low variability in quantitative traits.

Our data suggest that selection acting on life history traits interacts with genetic drift, particularly through the smaller effective population sizes at early stages of adaptation, leading to a steeper initial drop in molecular genetic variability.

We estimated the genetic variability of quantitative traits as mean evolvability (CVgenetic) over vegetative and over reproductive traits, and studied the relationship between quantitative genetic variability and molecular genetic variability by regressions.

Therefore, in combination with the fact that molecular genetic variability is rather high (see Table 2), opportunities for genetic benefits of EP mating seem as likely in M. coronatus as in other fairy-wrens.

Mean genetic variation of quantitative traits in a population (mean evolvability) did not increase with molecular genetic variability (Nei's gene diversity) per population, either for vegetative traits (r = −0·16, P = 0·48) or for reproductive traits (r = −0·21, P = 0·36).

The aim of this study was to investigate molecular bases of genetic variability of the adrenal sensitivity to ACTH, a major source of variability, in Meishan (MS) and Large White (LW) pigs, MS being reported to exhibit higher basal cortisol levels, response to ACTH and fatness than LW.

The biochemical processes and the molecular background affecting genetic variability of the complex trait of fat content and fatty acid composition are not yet fully understood, particularly with regard to European cattle breeds, because most of the recent studies have been performed on the specific genetic background of Japanese Black cattle [ 15].

The study aims at identifying some submergence-tolerant rice genotypes through morphological and molecular characterization and their genetic variability analysis.

Some aspects of the molecular mechanisms underlying the genetic variability of AF and the perioperative cardiovascular risk have been investigated, indicating the alteration of genes involved in oxidative stress, inflammation and coagulation [10], [11], [22] [24].

It was important to develop molecular markers to investigate genetic variability and explore genome evolutionary.