Sentence examples for variants that improved from inspiring English sources

Focussing on the credible set SNPs that were annotated as functional (missense, from VEP, or that were located within enhancer regions), the authors highlighted 29 SNPs in 12 loci with small credible sets (<5 variants) that improved evidence for several candidate genes (PTPN22, IFIH1, CTSH, TYK2 and FUT2).

Participants believe that the work will help elucidate human disease and identify genetic variants that improve milk production or protect animals from disease.

Natural selection promotes the adaptation of organisms to the environments in which they live; any hereditary variant that improves the ability to survive and reproduce in an environment will increase in frequency over the generations, precisely because the organisms carrying such a variant will leave more descendants than those lacking it.

Indeed, the strongest signal the researchers found involved a Neanderthal variant that improves the blood's ability to clot, or coagulate.

To achieve the first phase of the reaction requires quite long incubation times (approximately 8 h), thus screening using raw wheat straw (that is, In-WS) provides a means to find variants that display improved initial catalytic rates, which can result either from the improvement of intrinsic catalytic properties of the xylanase, or from an increase in enzyme production.

We also might obtain variants that generally improved the activity of Spy against multiple substrates.

(2006) hypothesized that huge phenotypic variation could be realized and exploited by (randomly) reprogramming transcription followed by selection of those variants that show improved properties.

Genome-wide association studies (GWAS) can be a powerful tool in the identification of specific allele variants that confer improved resistance to various diseases in maize.

Identification of specific allelic variants that confer improved resistance would permit maize breeders to select for rare recombinant chromosomes in backcross progeny that have desired target resistance allele sequences in coupling phase with the favorable elite polygenic background, facilitating the improvement of disease resistance without decreasing agronomic performance.

This arrangement makes it possible for multiple users to go back after time to design new construct variants that improve on existing designs by inclusion of new sequence or structural information from international genome sequencing and structural genomics efforts.

In conclusion, this is valuable work that found new rare variants that will improve exome analysis.