Sentence examples for effect of genetic variance from inspiring English sources

Taken together, the effect of genetic variance of proteins involved in the process of renal sodium reabsorption, such as NEDD4L, is likely to be much greater on the phenotype of salt sensitivity than on population blood pressure.

To account for the effect of genetic variance, we conducted a second association analysis where we included three SNPs from the vicinity of the CpG site into the model.

To explicitly account for the effect of genetic variance and also to identify associations that are driven by non-genetic factors, we conducted a second association analysis where we included three SNPs from the vicinity of the CpG site into the model.

Thus an Re _x value <1 suggests that genetic covariances reduce the predicted evolvability compared to the effect of genetic variances and increase constraint (Morrissey et al. 2012b).

In patients with schizophrenia, there has been no association of working memory with any polymorphism or haplotype that has been examined in HPS4, although medication and clinical symptoms may have the potential to obscure any effects of genetic variance.

Tests for associations with a single gene can reveal both the effects on genetic variance of the genotypes at the gene of interest and at the genes in linkage disequilibrium with the gene of interest, only if the animals in the population analysed have similar genetic backgrounds (e.g. pure bred populations) and are subject to standardized environmental influences.

(XLSX 71 kb) Additional file 2: Appendix 2. Summary of significant markers, their p-values, allele frequencies, additive and dominance effects, and proportion of genetic variance due to the SNPs, for weight and length respectively.

If there is much heterogeneity, e.g. a few QTL of large effect, the sampling errors of genetic variance estimates would increase.

We found that, in addition to the fixation of a standing beneficial mutation associated with a large phenotypic effect, a constant input of genetic variance by new mutations has likely contributed to a linear response to selection over generations.

In addition to the fixation of a standing beneficial mutation associated with a large phenotypic effect, a constant input of genetic variance by new mutations has likely contributed to the response.

The Bulmer effect reduces the proportion of genetic variance explained by the markers, so that r g g ˆ e q. will be smaller than r g g ˆ 0 in an on-going breeding scheme.