Sentence examples for locus whose from inspiring English sources

Obviously, we cannot take God to be the locus (e.g. God exists, because…), for then the first criterion on a sound inference will not be met the reason property, whatever it is, cannot be uncontroversially present in a locus whose very existence is controversial.

Furthermore, ancient traces of selective pressures were detected in DNA sequences of HLA-DPB1, a locus whose evolution is usually assumed to be close to neutral expectations.

The most common result was a change in MIC of 1.5 fold (the smallest change detectable with our technique) in the expected direction an increase (or decrease) for a locus whose disruption was beneficial (or deleterious).

The only locus whose disruption was beneficial in both sulfamonomethoxine and trimethoprim, two drugs that inhibit key steps in folate metabolism (Figure 6), was folM, which encodes one of E. coli's two dihydrofolate reductases (DHFRs).

YJL211c is likewise a dubious open reading frame that overlaps with PEX2, a previously characterized peroxisome-related locus whose product is known to form a complex with Pex10p and Pex12p which is suggested to act in the recycling of Pex5p during the peroxisomal protein import cycle [18], [19], [20], [21], [22].

cristatus, C. subcristatus, I. iguana, A. ameiva, and N. sipedon) included in the analysis, suggesting that these genes derive from a common ancestral locus whose descendant lineages have not been identified in any other vertebrate group including Sphenodon, which is also a member of the Lepidosauria superorder.

Rather, they are the tail ends of statistical distributions that reflect the shuffling of myriad, tiny genetic effects called quantitative-trait loci, whose true nature is not yet understood.

7302R-specific SNPs were identified for those loci whose nucleotides were similar to those in IR24, MH63, and SH527 but were different from that of 7302R.

Supergenes are groups of tightly linked loci whose variation is inherited as a single Mendelian locus and are a common genetic architecture for complex traits under balancing selection [1, 2, 3, 4, 5, 6, 7, 8].

Most phenotypes of evolutionary importance are quantitative traits, with continuous phenotypic variation in natural populations due to segregating alleles at multiple loci whose effects are sensitive to the environment.

There are even nonclassical loci whose functions are not related to immunity.