Sentence examples for mutations appear more from inspiring English sources

The SFS for RNA mutations appear more skewed suggesting stronger selection against these and the three frameshift mutations observed are all singletons suggesting strong selection.

Complex mutations appear more common in cancers arising in cancers of basal subtype, including but not restricted to those arising in a background of mutant BRCA1 (Holstege et al, 2009; Manié et al, 2009).

Owing to the weaker intensity of selection, deleterious mutations are removed less efficiently from a population of genetically robust genotypes [ 32] and therefore, the rate at which beneficial mutations are fixed can be slowed down in a robust genotypic background, even if such mutations appear more frequently.

Intriguingly, T651 and R655, although their corresponding mutations appeared more frequently in sequencing data, belong to non-conserved group.

The curve was shifted to the right with increasing p b, indicating that a population could evolve to a higher mutation rate when beneficial mutations appeared more frequently.

Large populations could benefit from relatively higher mutation rates because beneficial mutations appeared more frequently and selection was more efficient in removing deleterious mutations in large populations than in small ones [ 36].

The observation that FS mutations appeared more frequently at the beginning or end of the proteins corroborates with the understanding that FS mutations in the middle of the proteins will have more harmful impacts than those at the end.

Lastly, the acquisition of a second-step mutation appears more likely than not to raise the MIC to >8 μg/mL and not to 4 μg/mL as would be expected.

D efinition 1 A rooted tree T on n vertices is an n-clonal tree for a mutation set [ n ] = { 1, …, n } provided each edge is labeled with exactly one mutation from [ n ] and no mutation appears more than once in T. Let T n be the set of all n-clonal trees.

A rooted tree T on n vertices is an n-clonal tree for a mutation set [ n ] = { 1, …, n } provided each edge is labeled with exactly one mutation from [ n ] and no mutation appears more than once in T. Let T n be the set of all n-clonal trees.

Mutations did not appear more frequently over the course of disease nor was its occurrence associated with a specific localisation of metastases.