Sentence examples for evolution more often from inspiring English sources

The interaction between statements 1 and 20 shows that students who agree that there is a lack of evidence supporting evolution more often have the opinion that evolution cannot be proven, whereas 68% of the students who think that there is not much evidence against evolution think that evolution can be proven.

This study suggests that, while the total number of significant results is relatively limited, high integration constrains morphological evolution more often than it facilitates it.

First, we examine if paralogs of N. bombycis contribute to the adaptive evolution more often than orthologs among all Nosema species.

In atlantic salmon (Salmo salar), microsatellites linked to immune genes were showing signs of adaptive evolution more often than other microsatellites (Tonteri et al. 2010).

We hypothesized that the imprinted genes and their paralogs would show asymmetric sequence rate evolution more often than other duplicated genes.

While such changes may help drive evolution, more often they are associated with decreased organism fitness and increased susceptibility to disease (Aguilera and Gómez-González, 2008).

That is, maybe it is the case that lineages within our phylogenies that have, for whatever set of reasons, higher rates of evolution speciate more often.

It has long been hypothesized that phenotypic evolution is more often based on evolutionary changes in gene expression regulation than on sequence changes in proteins [1].

Comparisons of pathological characteristics between primary tumours and ipsilateral breast tumour recurrences were performed by McNemar χ paired analysis that tests the hypothesis that, among discordant cases, the evolution was more often of one kind than another.

For level 4 students who had studied a "high evolution" program, the evidence for evolution was significantly more often chosen than at level 1 (X2 = 52.2; 3 df; P < 0.001); whereas for those in a "low evolution" program, the scientific evidence was no more often chosen than at level 1 (X2 = 3.2; 3 df; P > 0.05).

The record of duplications and deletions that have been fixed in surviving lineages (supplementary fig. S1, Supplementary Material online) is largely in agreement with the general shape of the early fitness landscapes, to the extent that there is a surplus of duplications in early evolution whose effects are more often slightly positive than negative.