Sentence examples for evolution more frequently from inspiring English sources

It is surprising, however, that students who think that there is support for evolution more frequently have the misconception that species evolve because of "need".

Collectively, these results provide strong evidence that younger genes are subject to weaker purifying selection and more tenuous evidence that they also undergo adaptive evolution more frequently.

By contrast, while HSEs appear or disappear (but never entirely) in evolution, they more frequently expand or contract, merge or separate, and/or migrate towards or away from the TSS.

We predicted that introns that were lost during evolution were more frequently surrounded by microhomologous sequences at their exon intron borders, than those that were retained.

The one above is a clear example of how metagenomics can improve and complement existing views on pathway evolution, yet more frequently metagenomics is used to investigate the taxonomic composition of the environment, extract dominant species and extract their pathways, if available.

These principles can be loosely defined as qualitative and quantitative features that emerge in evolution and recur more frequently than one would expect by chance alone in biological systems that perform a given type of process or function.

Architectural violations occur more frequently in evolution maintenance than corrective maintenance.

Main directions of phenotypic variance are suggested to constitute "lines of least resistance" to evolution [44], by representing morphologies more frequently produced in a population due to genetic or developmental factors, and hence more easy to screen by selection or to randomly sample by drift.

Unlikely as it may sound growing evidence suggests that such changes more frequently underlie the evolution of new behavioural or morphological structures than the evolution of 'new' coding genes.

Thus, functionally important genes or their constituent domains appear to have been utilized more frequently throughout the evolution of eukaryotes.

All we meant was to convey the common-sense assumption that in molecular evolution "big changes" are selected against more frequently and more stringently than "small changes".