Sentence examples for utilization contribute from inspiring English sources

These findings may suggest that amino acid mobilization and utilization contribute to maintenance of metabolic homeostasis and normal levels of Krebs cycle intermediates in MED13cTg mice.

2, 3 Muscles that use too much glucose in the fasted state contribute to fasting hyperlipidemia, and muscles that continue to oxidize fats in the fed state, instead of switching to glucose utilization, contribute to post-prandial hyperglycemia.

Resource use and costs were categorized by the place of service (i.e. an inpatient facility, ED, outpatient/physician's office, rehabilitation facility, other [e.g. skilled nursing facility]) in order to understand the extent to which different types of healthcare resource utilization contribute to the cost differential between abusers and comparison patients.

While no study to date has definitively ascertained among the various possible reasons that account for the increased length of stay in patients with coincident hyponatremia, it seems likely that all of the factors postulated as potential causes of increased resource utilization contribute to this occurrence to varying degrees in individual cases.

In addition, the policy to promote biogas utilization contributed to boost the application of the AD to achieve energy production and waste minimization.

The CO2 utilization contributes to enhancing sustainability, since various chemicals, materials, and fuels can be synthesized using CO2, which should be a sustainable way in the long term when renewable sources of energy are used as energy input.

The study was designed to determine whether racial disparity in utilization of the implantable cardioverter-defibrillator (ICD) has improved over time, and whether small-area geographic variation in ICD utilization contributed to national levels of racial disparity.

However, this phenomenon, which in preserving Dβ gene segment utilization contributes to the optimal generation of a functionally diverse repertoire, remains incompletely understood at the molecular level [22].

The wide variation in dialysis utilization contributes to a lack of consensus on what parameters should guide the decision to start dialysis.

The adaptation of C. sakazakii to a new ecosystem, with the subsequent loss of malonate utilization and gain in sialic acid utilization might contribute to this clinical significance.

The researchers involved in the present study hope that the findings presented herein will increase the efficiency of resource utilization and contribute to improvements in the quality of cloud service applications.