An increase in cholesterol metabolism may lead to increased glycolysis and gluconeogenesis which could result in increased acetyl-CoA needed for cholesterol production, leading to decreased glucose levels and increased amino acid metabolism, perhaps for gluconeogenesis.
High pacing frequencies mimic increased heart rates, which could result from increased work/exercise or stress.
A decrease in intracellular hydrogen ion concentration may stimulate the activity of phosphofructokinase, a key enzyme in the glycolytic cycle, which could result in increased intracellular adenosine triphosphate (ATP) hydrolysis and increased VO2 [29, 29].
The scientific superiority of bilateral cannulation of the jugular vein is off-set by the clinically relevant increased risk of bilateral thrombosis formation, which could result in increased ICP because of reduced venous outflow.
AMX treatment reduced the expression of acetyl-CoA carboxylase enzyme (accB, accD), which catalyzes the first step of type II fatty acid biosynthesis as well as the step catalyzed by acyl carrier protein S-malonyltransferase (fabD); by contrast, ENR increased the expression of these genes, which could result in increased fatty acid biosynthesis.
We previously demonstrated that CAP exposure alters the sympathovagal balance (Samet et al. 2009; Tong et al. 2012) by increasing the sympathetic input to the cardiovascular system, which could result in increased BP.
As the White House warns, for instance, "approximately 424,000 fewer HIV tests could be conducted by [CDC] state grantees, which could result in increased future HIV transmissions, deaths from HIV, and costs in health care".
This mode of administration of PTH is associated with a transient suppression of sclerostin [15], [46], which could result in increased Wnt signaling.
Elevated levels of several cytokines/chemokines in plasma are consistent with marked immune activation (a cytokine "storm") which could result in increased viral infection and amplification in multiple cells and tissue sites.
Using a shorter hydraulic retention time (HRT) in an MFC treating domestic wastewater will usually improve power production, but a shorter HRT could mean a higher organic loading rate on the membrane process, which could result in increased membrane fouling.
