Sentence examples for metabolic interrelationship from inspiring English sources

The differential presence of anabolic pathways such as heme and nucleotide biosynthesis hints at the intricate metabolic interrelationship between the heartworm and Wolbachia.

Because of the metabolic interrelationship of amniotic fluid glucose with both amniotic fluid insulin and amniotic fluid IGFBP1, we explored the possibility that changes in one amniotic fluid constituent could influence the concentration of the other.

This close metabolic interrelationship between TAG synthesis and membrane lipid composition and function may be the underlying cause of lipotoxic cell damage, which further underscores the importance of obtaining a clearer picture of the mechanisms of TAG storage into LD.

We presumed that the interrelationships would be nonlinear and therefore used two-dimensional probability plots to explore potential metabolic interrelationships with pairs of amniotic fluid constituents.

In addition, Bayesian contour maps were created to assess risk for GDM because this approach did not presume a linear relationship and would account for metabolic interrelationships resulting from these dynamically changing amniotic fluid constituents.

(3) A major goal of the review is to help the reader more easily grasp the metabolic interrelationships that account for the tens of thousands of molecular subspecies (and perhaps more) that appear in nature, with a focus on mammals.

The metabolic interrelationships and cross-talks (cytokines) contributed from skeletal muscle (SM) and AT have been shown to be decisive for the maintenance of glucose homeostasis [ 9] and dysregulations have been shown to influence the β-cell functions and integrity [ 10].

In conclusion, given the metabolic interrelationships between HDL and TRL-related pathways, and synergistic effects on CV risk when both components of atherogenic dyslipidaemia are present, even if LDL cholesterol is at goal [ 37, 38], the Ri believes that targeting both lipid abnormalities is a key approach to reducing lipid-related residual CVD risk.

Albeit unexpected for an important biotechnological workhorse, several Trichoderma species were used as photomorphogenic models [ 33] and since the discovery of light modulated cellulase gene expression [ 34] the interrelationship between metabolic functions and light response became a focus of research.

Figure 3 summarizes how water deficit affected the major metabolic pathways and their interrelationships for each cultivar.

In two recent reports, we have established how this interrelationship has strong metabolic implications [ 3, 4].