Sentence examples for more genetically distant from inspiring English sources

Chemistry: The more genetically distant two parents are, the more successful their offspring.

The northerners then likely mated with peoples who came in later from Asia, and so became slightly more genetically distant from Anzick.

Spectra derived from a single condition for each organism were searched against the genome sequences of progressively more genetically distant (based on 16S-rDNA sequences) neighboring organisms.

In this study, we employed a systematic peptide identification strategy in which spectra derived from one organism were searched against the genome sequences of progressively more genetically distant neighbor organisms to measure the extent to which proteomic information could be obtained about one species when using the genomic sequence of another.

Finally, it has recently been inferred from analysis of X-chromosome SNPs that Moroccans are more genetically distant from other more homogenous populations of the North African Mediterranean region [27], with the authors of this study speculating that this was due to more frequent recent migrations in northwest Africa and a higher rate of movement amongst females.

In future studies, if a particular site lacked "local controls" or other geographically-appropriate reference sequences, the Bayesian algorithm could be helpful in differentiating monophyletic pairs associated with transmission versus those that were more genetically distant, yet clustered due to geographic location.

More recently, new and genetically distant viral strains have been detected in rats [ 8], ferrets [ 9], foxes [ 10] and bats [ 11], but the current HEV classification has not been modified yet.

This approach relies on the fact that the phenotypes of two genetically related animals are more similar than those of genetically distant individuals.

Thus, in the Weitzman approach genetic diversity is maximized if genetically distant breeds (i.e. more unique) are preserved.

In most species there is some level of population differentiation (i.e., individuals from geographically distant areas are more genetically different than those from the same location), and in this case standing levels of genetic variation within a local population give estimates of the effective population size summed across all subpopulations of the species (Charlesworth and Charlesworth 2010).

This is consistent with our prediction that hybrid crosses with genetically distant parents produce new genetic combinations with more pre-adaptations for survival under stressful conditions than the nonhybrid crosses with genetically closer parents, increasing their likelihood for evolutionary rescue.