Sentence examples for more rapid sequence from inspiring English sources

Gene tatA has a paralog tatE (bd2196 in HD100), [ 23] likely allowing more rapid sequence divergence of tatA as evidenced by the high omega score.

The converse argument might be that within cold-spots more rapid sequence evolution might be driven by the development of rice-specific adaptation (and by extension to other genomes, ryegrass, maize or barley-specific adaptation).

Altogether, these findings are consistent with more rapid sequence evolution for newly emerging miRNAs, as observed in Drosophila (Nozawa et al. 2010; Mohammed et al. 2013; Lyu et al. 2014), nevertheless coupled to selection favoring their persistence.

The distribution for cattle-specific miRNAs displayed a shift towards the right indicating a significantly higher divergence rate (p < 2.2e-16, Kolmogorov-Smirnov test) and thus more rapid sequence evolution for target sites of cattle-specific miRNAs relative to those of non-cattle-specific miRNAs.

In the cases where rglobal was rejected, the quartet was tested for lineage-specific rates (fig. 2 c ). Quartets of vertical topology that accepted the lineage-specific rates model (rlineage) permit identification of lineage-specific rate increases, that is, which of the two genomes is undergoing more rapid sequence change.

Hence, it promises cheaper, space-efficient and more rapid sequencing.

This method has the potential to enable cheaper and more rapid sequencing protocols than those relying on optical methods of detection.

This was in sharp contrast to more rapid sequences for which we found an ongoing representation of current input, consistent with earlier studies.

This in turn implies that the more rapid protein sequence evolution of these genes mainly reflects weaker purifying selection, not more intense positive selection, consistent with the fact that the α values in table 3 are not exceptionally large in comparison to those from other studies of Drosophila species (Sella et al. 2009; Campos et al. 2014).

In the field of human and animal genomic and genetic studies, the availability of whole-genome sequence data has resulted in more rapid advances in re-sequencing analysis and genome-wide association studies (GWAS) than in classical genetics and quantitative trait locus (QTL) mapping.

In sequence-based analyses the myzostomid is the annelid taxon with the longest branch, suggesting a more rapid evolution of mitochondrial sequence in this taxon.