Sentence examples for proportion of gene expression from inspiring English sources

The literature presents a variety of linkage and association techniques to estimate the proportion of gene expression variation accounted for by individual SNPs [ 15, 17, 18, 22], expressed either as an allelic ratio [ 15, 18] or as a proportion of variance explained [ 17, 22].

Figure 2A and 2B shows a graphical representation of the proportion of gene expression variance due to TNF and PL and the logarithm of P-value for each gene.

Taken together, these data indicate that genomic aberrations present in MPN account for a proportion of gene expression changes, which may have a role in disease pathogenesis.

The average proportion of gene expression variance (standard deviation) explained by the most significant haplotype partitions at FCGR2B, LMO2 and PCNA was 26% (7%).

The algorithm estimated which proportion of gene-expression changes was associated with CHEK2-mutation carrier status (independent of ER status), and simultaneously, which proportion of gene expression was associated with ER status (independent of CHEK2 mutation status) and similarly for all covariates.

We estimated the proportion of genes exhibiting cis sequence effects and the proportion of gene expression variation explained by cis sequence effects using three different analytical approaches, and compared our results to the literature.

If gene expression divergence were the result of random accumulation of evolutionary differences between the studied populations, roughly equal proportions of gene expression differences would be expected to occur in both life history stages.

The average proportion (standard deviation) of gene expression variance explained by individually significant SNPs in the SNP-wise regression analysis [see Additional file 3] in this study was 21% (7%).

These studies have gained a higher statistical power in detecting eQTL as well as increased the proportion of the variation of gene expression explained by multiple eQTL.

Thus, these features may account for a smaller proportion of functional genetic regulation of gene expression.

In principle, Gage says, this process could generate distinct neural circuitry in each individual by altering the proportion of neuron types or levels of gene expression in the brain.