Sentence examples for exerted by genetic from inspiring English sources

Inhibition of GSK-3α, β, or double knockdown of both GSK-3 isignificantlyficantly decreased the basal NF-κB activity (Fig. 3B); with greater effect exerted by genetic depletion of GSK-3β and the double knockdown (Fig. 3B).

The observed genetic effect was significantly greater than that exerted by the genetic equivalent change of serum adiponectin (p for IRR heterogeneity = 0.012).

Of note, the observed genetic effect was significantly greater than that exerted by the genetic equivalent change of serum adiponectin (i.e. change per one rs822354 allele) (p for IRR heterogeneity = 0.012) (Fig.  1a).

However the selection pressures placed on worms by anthelmintic administration are much greater than those exerted by host genetic effects.

However, the possible effect would be much less strong than that exerted by other genetic variants, such as those influencing insulin receptor signaling and the PNPLA3 rSNP8409 SNP, which were significantly associated with liver fibrosis in the same series [ 42, 43].

The present study reveals that the cumulative effect exerted by the genetic selection and the high energy diet on muscle fattening is not associated with cumulative changes of hepatic metabolic pathways.

Therefore, these transgenes are not sensitive to the repression exerted by the S genetic background.

For instance, characterizing different cis-regulatory mechanisms between tissues (such as opposite allelic effects) is important to understand the tissue-specific function exerted by disease-associated genetic variants.

Under the Red Queen hypothesis for sex [ 18], we should expect that heavy directional selection exerted by parasites can favour greater genetic variability in host populations.

Significant effect exerted by both dietary treatment and genetic background were observed for some liver transcripts and proteins involved in processes such as cell cycle, transcription/translation, immune response and metabolic pathways.

Hence, fundamental differences between these two species may have led them to adapt in different ways to avoid the genetic pressure exerted by the splenic filter, with P. falciparum adapting to avoid the spleen by making the iRBC highly cytoadherent and P. vivax generating a less cytoadherent but highly deformable iRBC that can successfully pass through the spleen.