The phrase "accelerated utilization" is correct and usable in written English.
It can be used in contexts where you want to describe the increased or expedited use of a resource, process, or technology.
Example: "The new software has led to accelerated utilization of our data processing capabilities, allowing us to handle larger datasets more efficiently."
Alternatives: "enhanced usage" or "increased application".
The increased and accelerating utilization of 3D printing in medicine opens up questions regarding safety and efficacy in the use of medical models.
Increased ApoCII/III ratio upon fenofibrate might accelerate utilization of TG-rich lipoproteins in peripheral organs.
Interestingly, the results also showed that the variation in CEA_G2622 CAC26133 in ATCC 824), a putative transcriptional regulator involved in xylose utilization, might accelerate utilization of substrate xylose.
Furthermore, the results also showed that the variation in CEA_G2622 CAC26133 in ATCC 824), a putative transcriptional regulator involved in xylose utilization, may be able to accelerate utilization of substarte xylose.
The BCG-specific effect on metabolism included increases in key early glycolytic enzymes, upregulation of glucose uptake with systemic lowering of blood sugars, shunting the accelerated glucose utilization through the pentose phosphate pathway, decreased utilization of the late glycolytic steps including the Krebs cycle, increased lactate production and decreased oxidative phosphorylation.
An induced metabolic shift in diabetic human subjects toward aerobic glycolysis, resulting in accelerated glucose utilization represents another advantage of this novel metabolic method to regulate blood sugars.
Co-expression of Lactococcus lactis β-phosphoglucomutase accelerated maltose utilization via this route (μaerobic 0.21±0.01 h−1, μanaerobic 0.10±0.00 h−1).
To prove BCG could induce a systemic change to promote accelerated glucose utilization and impact blood sugars, murine data demonstrated reduced blood sugars and aerobic induction in non-autoimmune mice made chemically diabetic.
To further confirm this shift to accelerated glucose utilization through aerobic glycolysis, we studied in vivo serum lactate production and in vitro cellular lactate production and glucose uptake rates after BCG exposures to cultured lymphocytes.
Hyperchloremic acidosis, while not a predictor of outcome, may therefore serve as a sentinel for hemorrhage risk, for component transfusion therapy, and for accelerated resource utilization.
