Sentence examples for more selected sites from inspiring English sources

These results are very different from the proportions of selected sites found in the structures, where turns and coils contain more selected sites than expected and sheets less.

It was also observed that coil regions contained more selected sites than expected (× 1.26) and helix structures slightly less (× 0.77) (fig. 1 B ). Again, the results were not qualitatively different using genes identified as being positively selected by the M1a/M2a LRT to determine selected sites.

When examining only sites with P s ≥ 0.99, β-turns (× 1.45) and coils (× 1.43) again have more selected sites than expected, whereas helices (× 0.57) and strands (× 0.80) are both underrepresented (fig. 1 B ). Yap et al. (2009) demonstrated that estimates of ω are affected by nucleotide composition.

Helices contained slightly more positively selected sites than strands, were slightly more hydrophilic, and slightly more likely to occur on the periphery of the protein.

This suggests that the overall level of purifying selection, or selective constraint, differs between subtypes: more negatively selected sites indicating higher overall constraints leading to lower dN/dS.

Further, this improvement in alignment quality yields more confidently aligned sites and higher levels of overall conservation, while simultaneously detecting of up to 180% more positively selected sites.

Alternatively, we may have identified more positively selected sites due to the larger dataset analysed.

Alternatively, for those populations with more positively selected sites, an increased fidelity of the corresponding HCV polymerase could also account for the observed reduction in the levels of synonymous substitutions.

At the same time, we detect up to 180% more positively selected sites.

There are more positively selected sites in group II than in group III.

Regretfully, these authors did not check whether the genes that according to this criterion contain more positively selected sites correspond to regulatory proteins.