Sentence examples for how genetic variability from inspiring English sources

How genetic variability at this locus can influence disease predisposition is therefore still poorly understood.

Understanding how genetic variability affects molecular phenotypes is important for revealing the molecular mechanisms underlying physiological phenotypes such as complex diseases [1].

Secondly, we conducted a three-level hierarchical analysis of molecular variance (AMOVA) over the entire data set to determine how genetic variability was distributed across three levels (between individuals within nests, among nests within a supercolony, among supercolonies) in the population using ARLEQUIN 3.01 [27].

Larger scale studies are needed to improve our understanding of how genetic variability influences responses to post-traumatic complications and pharmacotherapy.

To assess how genetic variability was distributed across and within species we calculated a series of summary statistics for each marker and putative subspecies.

In the case of mutations such as those in Cep290 which do have pleiotropic effects, the difference between the outcomes in different mouse strains provides an opportunity to study how genetic variability affects the disease phenotype.

Dr. Kenneth Kidd, a population geneticist at Yale University who was not connected with the study, described the data as very important and said it confirmed how much genetic variability existed in the human population.

"I've spent the last 10 years of my life researching how much genetic variability there is between populations," said Dr. David Altshuler, director of the Program in Medical and Population Genetics at the Broad Institute in Cambridge, Mass.

How much genetic variability is present for yield, composition, and response to biotic and abiotic stresses?

This will require a balanced sample between species and also an understanding of how much genetic variability of the bacteria is represented by the given sampling effort.

For example, comparing FST values among loci provides an estimate of how much genetic variability exists between, rather than within, populations [ 8, 9].