Sentence examples for mutations was less from inspiring English sources

The section of the lab on the role of mutations comprised only 10 15 minutes of a 1.5 2-hour lab, and the visualization of the mutations was less clear than other aspects of the lab such as the selective advantage of thick shells.

For the other tolerant strains, the number of fixed mutations was less than 10.

The effect of V region mutations was less prominent, however, and again, the molecules were not recognized by anti-TCR Abs (results not shown).

False negative calling of cluster M-specific mutations was less likely, since the omental samples were deeply exome-sequenced and further validated by multiplex PCR followed by deep re-sequencing.

Even a comparison of synonymous and nonsynonymous mutations suggested that the fitness effects of both categories of mutations followed Γ distributions, although the mean effect size of the synonymous mutations was less than that of the nonsynonymous ones.

However, disulphide bond formation for equivalent mutations was less efficient for P2X2 receptors, and a bi-functional cysteine reactive cross-linker was required to form disulphided receptor dimers for P2X3 and P2X4 receptors (Marquez-klaka et al., 2009).

PIK3R1 mutations are less common, although recently it was shown that PIK3R1 was mutated in up to 10% of glioblastomas (Cancer Genome Atlas Research Network, 2008; Parsons et al, 2008).

Among the mutants, non-loss of zygosity events (point mutations) were less frequent (31%) after μG incubation than after 1G incubation, which might be explained by the influence of μG on cellular metabolic or physiological function.

In contrast, mutations within the tyrosine kinase domain of Flt3 (Flt3-TKD mutareons) are less frequent (approximately 7%), and there are only limited data on the frequency of recently demonstrated activating Flt3 point mutation at codon 592 Flt3-V592AA mutation).

Among the most robust conclusions from these studies is that epistasis between beneficial mutations often shows a pattern of diminishing returns, in which favorable mutations are less fit when combined than would be expected.

In the second case, charge reversal mutations of RNase Sa affected protein stability, with the destabilizing mutations being less destabilizing at higher salt concentrations, indicating the formation of charge charge interactions in the unfolded state.