Sentence examples for more comprehensive genetic from inspiring English sources

The interface between ARTs and genetics has become more entwined as we increase our understanding about the genetics of infertility, and we are able to perform more comprehensive genetic testing.

While recent work showed that mutant HRAS is present in subsets of poromas and porocarcinomas, a more comprehensive genetic view on these rare adnexal neoplasms is lacking.

Now more comprehensive genetic evidence, reported online today in Nature, shows that de Bréau was right after all.

In light of these findings, a more comprehensive genetic effort is warranted to identify the role of this and other rare TOR1A variants in the expression of late onset, focal dystonia.

Such disclosure could provide the pathway for the exchange of information and the basis for more screening and more comprehensive genetic testing, and more intelligent analysis if a condition arose which could be a result from the unknown biological parent's (donor's) genetics.

A more comprehensive genetic approach in a larger study population is valuable for further studies.

Although an initial study using a more generic and non selective GSK3 inhibitor implied a positive role for GSK3β in platelet function [30], a more recent comprehensive genetic analysis using GSK3β heterozygote mice revealed that GSK3β is a negative regulator of platelet function [9].

In the next step, we will integrate clinical evidence identified from this study and our previous study [ 32] into the GTO to provide more comprehensive view of genetic test and ultimately support automation of genetic test recommendation.

What followed were efforts to systematically and comprehensively collate evidence from genetic association studies, large collaborative meta-analyses, larger primary studies, more comprehensive capture of genetic variation at any given locus, independent replication, and, most recently, whole genome association studies [26].

Although many respondents believed genetic susceptibility to be a near-term prospect, those who were referring to the more comprehensive application of genetic susceptibility factors felt that this application would not be available for many years.

She is interested in applications to personal genomics, genetics of gene expression, and gene networks in disease, leveraging diverse data to infer more comprehensive models of genetic effects on the cell.