Sentence examples for more efficient purifying from inspiring English sources

Since effective population size is nearer to the lower values than the higher values in the cases of fluctuating population sizes [37], the viral load data are consistent with the genetic evidence of more efficient purifying selection in severe disease.

This is consistent with the hypothesis of more efficient purifying selection acting on slightly deleterious amino acid variation in the larger species (table 4).

Hvilsom et al. (2012) performed high coverage exome sequencing of 12 Central chimpanzees and found more efficient purifying selection than in humans and adaptive evolution targeting preferentially the X chromosome.

The low copy numbers observed are likely to be, in part, due to the large population sizes of protists (Finlay and Fenchel 2004), which will facilitate more efficient purifying selection against TE induced deleterious mutations.

That SNP rates are higher in domains of high crossing-over also argues that the correlation we see between crossover rates and protein evolution rates (and variance) is owing to more efficient purifying selection rather than an effect of DSBs during crossover events.

This pattern is in accordance with a higher CUB found on the X chromosomes of C. elegans, Drosophila and human [ 13, 60], and may reflect a more efficient purifying selection on the hemizygous X- or Z-linked loci, where recessive deleterious mutations are more readily exposed to natural selection [ 60].

Agricultural residue is more efficient than purified cellulose at inducing lignocellulolytic enzyme production in Penicillium oxalicum GZ-2, but in Trichoderma reesei RUT-C30, cellulose induces a more efficient response.

Thus, in order to obtain the large amounts of compound necessary for our animal research we required a significantly more efficient method to extract and purify cyclopamine from the roots and rhizomes of Veratrum californicum.

Thus positive selection, codon usage, stochastic errors or saturation effects and influence of polymorphic substitutions can not provide alternative explanations to the conjecture that purifying selection is more efficient in mammalian mitochondria compared to obligate bacterial species and is at least the same compared to free-living bacterial species.

It was previously suggested that T cells enhance the differentiation of SC fibrocytes from CD14+ monocytes [16], [18], although paradoxically our data showed a more efficient generation of these fibrocytes from purified CD14+ cells than PBMC.

Purifying selection has been more efficient in pig compared to human, but not as efficient as in mouse, and pig seems to have an isochore structure most similar to the structure in human.