Sentence examples for frequent evolution from inspiring English sources

While somewhat counterintuitive, the complexity of SMM genomic profile did not seem to be associated with a shorter time to progression nor to a more frequent evolution through accumulation of additional changes.

It shows frequent evolution of NF- kappa B and TNF- alpha) and relaTNF- alphable behandorelativelyn comparistable the other two.

This situation can be explained by the increase in complexity of Web technologies, by the frequent evolution of these technologies, by the short development cycles of Web applications during which testing and validation activities are limited, and also, in some cases, by the lack of security skills and culture of the developers.

MA starts or worsens during pregnancy more frequently than MO does: onset during gestation is reported in 10.7 up to 14% of cases [5, 11], worsening covers 8.4% of MA women (Table 1), with "no change" in pain pattern representing the most frequent evolution during gestation.

Importantly, in our study, patients with detectable ADAMTS13 activity had a frequent evolution to end-stage renal disease, similar to patients with HUS [16], [17].

A significant clinical heterogeneity, ranging from common chronic course to less frequent evolution to AML [13], [16] [18], exists among classical MPD patients with the JAK2 V617F mutation, and is even more diverse in patients with MDS/MPD overlap.

One ecological hypothesis for the frequent convergent evolution of this character is that barbel extension increases sensory sensitivity in low-visibility aquatic environments.

Future investigations of the mechanistic explanation of frequent adaptive evolution in non-domain regions, whether it is due to fine-tuning of folding patterns or yet to be discovered functions of non-domain regions, are clearly warranted.

The mean neutrality index in protein domains was significantly higher than non-domain regions (analysis of variance: p = 0.0030; both distributions were normally distributed after log2 transformation) indicating more frequent adaptive evolution in non-domain regions, which is consistent with the interpretation of the MK tests on pooled domain and non-domain codons.

It is an underestimated and neglected disease because of the frequent subclinical evolution of the infection.

Exchanges between Cys and Sec within selenoproteins are frequent in evolution [ 34].