Sentence examples for understanding of gene evolution from inspiring English sources

They also have implications for our understanding of gene evolution and suggest combinatorial strategies for modulating phenotypic variability by genetic engineering.

Thus, studies of LGT can be helpful not only for the understanding of gene evolution and species diversification, but also for the development of drugs that inhibit the transfer of resistance genes.

The recent sequencing of numerous genomes has made possible comparative studies aimed at enhancing our understanding of gene evolution.

The annotation data presented here will greatly improve our understanding of gene evolution, adaptation, and the role of TEs in pathogen evolution.

The current understanding of gene evolution via duplication suggests that duplicated genes could arise through different mechanisms including unequal crossing over (resulting in tandem duplication), retrotransposition, segmental duplication and chromosomal (or whole genome) duplication [ 42, 45].

The study of gene families is pivotal for the understanding of gene evolution across different organisms and such phylogenetic background is often used to infer biochemical functions of genes.

Understanding the patterns of gene evolution and identifying signatures of convergent and divergent evolution is of paramount importance, especially when we are addressing the genome complexity in terms of gene evolution.

This in turn will help further the understanding of tRNA gene evolution.

Given that R-genes are frequently located in clusters across genomes, with numerous copies of homologous sequences, Musa BACs containing RGAs were identified, as a resource for pinpointing candidate genes and for contributing to our understanding of R gene evolution.

The four cultivated species listed above are therefore ideal material for improving our comparative genomics-based understanding of the gene evolution related to domestication within and among Vigna species and for characterizing useful traits as quantitative trait loci (QTLs) for use in breeding.

Assessing conservation/divergence of gene expression across species is important for the understanding of gene regulation evolution.