Sentence examples for multiple evolutionary forces from inspiring English sources

Finally, miRNAs are considered one of the largest gene families [2], [32], [33] and are dictated by individual as well as interactive effects of multiple evolutionary forces from genes and environments during evolutionary fluctuation history, such as mutation, recombination, duplication, and random genetic drift.

The question is a difficult one, because multiple evolutionary forces affect the amino acid substitution rate (Bromham 2009).

This indicates that multiple evolutionary forces are apparent, with sequence variation determined by a balance of conservative and innovative pressures.

These eight genes together with bam and bgcn have various molecular functions and are expressed in a range of cell types including GSCs, cysts, and surrounding somatic cells suggesting that multiple evolutionary forces are acting throughout the early germline to drive the adaptive evolution of these genes.

When combined with the fact that some of the genes present in the affected prophage or pathogenicity islands could influence expression of virulence genes (e.g. the perC-like genes ECs1388 and ECs1588), it seems reasonable to conclude that multiple evolutionary forces may be working on these genome segments.

Pyrethroid resistance in Southern Africa probably has multiple origins under different evolutionary forces, which may necessitate the design of different resistance management strategies.

It is therefore likely that beyond Mozambique and Malawi, pyrethroid resistance in southern Africa has multiple origins under different evolutionary forces, which may necessitate the design of different resistance management strategies to mitigate the impact of this resistance.

These results support our hypothesis that even on the level of a single rRNA molecule, an organism's evolution is composed of multiple pathways due to concurrent evolutionary forces that act independently upon different rRNA degrees of freedom.

Our mode-1 HOSVD analyses of 16S and 23S rRNA sequence alignments support the hypothesis that even on the level of a single rRNA molecule, an organism's evolution is composed of multiple pathways due to concurrent evolutionary forces that act independently upon different rRNA degrees of freedom.

The complete absence of male-biased X-linked genes during the pre-adult stages equally suggests that the demasculinization of the Anopheles X chromosome may be driven by evolutionary forces acting throughout multiple life stages and that are not confined to specific tissues such as the testes.

An M factor on the third chromosome (III M) has reached high frequencies in multiple populations across the world, but the evolutionary forces responsible for the invasion of III M are not resolved.