Sentence examples for variants in understanding from inspiring English sources

2. Chromosomal inversions: History: Naturally occurring chromosomal inversions are among the most important genetic variants in understanding selection and adaptations in dipteran insects.

These findings have led to significant advances, not only in identifying functional variants and in understanding how such genetic variants can affect disease risk, but also in our understanding of how selective pressures and natural selection have affected the human genome [ 2].

Characterization of genetic variants is fundamental in understanding human heterogeneity and susceptibility to disease.

Although further studies are required to identify the genes responsible for this dysfunction and define the mechanisms underlying the desynchronization, our variants arising from the interaction between multiple genetic variants may prove useful in understanding the complex circadian system and the mechanisms underlying circadian and its related disorders in human.

In this situation, the ability to simultaneously monitor those specific variants can become critical in understanding the biology and evolution of the virus [ 19].

We highlight how data from molecular tumor profiling and genetic variant analysis may assist in understanding a patient's clinical course.

Analysis of a larger cohort and functional studies of the R2022Q variant pyrin protein may assist in understanding the role of this variant in both FMS and FMF.

We are also interested in understanding why variants in the sialin gene and other genes associated with lysosomal storage disorders such as Gaucher disease are associated with an increased risk for Parkinson disease.

The identification of rare risk variants could have major implications in understanding complex disease etiopathogenesis.

Building a rough association matrix would be the first step in understanding how variants relate to one another at the amino acid and RNA levels.

Accordingly, genetic variants are likely to be useful in understanding inter-individual differences that are relevant to risks for development of cocaine dependence, and improving our understanding of underlying differential responses to cocaine.