Sentence examples for experimental utilization from inspiring English sources

However, explicit, experimental utilization of molecular distribution data to update kinetic constants and to extensively test mechanisms utilizing current theoretical descriptions is, perhaps, insurmountable, or at least foolhardy.

Second, we cover the clinical and experimental utilization of novel biomarkers for diagnosis of acute kidney injury, giving special attention to neutrophil gelatinase-associated lipocalin protein.

Another explanation can be that both oak and laboratory strains have undergone freeze-thaw cycles related to environmental seasonality in forest or experimental utilization in research.

The research on clinical and experimental utilization of novel biomarkers for the diagnosis of AKI and especially of neutrophil gelatinase-associated lipocalin protein is promising early diagnosis of kidney injury.

The design of the beam experimental apparatus, the utilization of the associated instrumentation, and the methodology for measuring the dry friction coefficient are also described in this paper.

In the long run and after validation with appropriate experimental data the utilization of such a code could be an extremely useful tool, especially in cases where experimental measurements could be a time and cost intensive procedure.

According to the performed analysis and experimental evaluations, the utilization of water for hydraulic fracturing operations is higher than that for the conventional gas production but is in the low range of that for conventional oil production.

The effects of the experimental factors sward, utilization and nutrients on biomass, centre of gravity, harvest index, light interception and extinction, LAI and LAR were tested using a three-way ANOVA including all treatment factors and their interactions.

When compared to all existing microbial GEMs that used experimental carbon source utilization data to validate in silico metabolic model predictions, the accuracy observed for the three ancestral metabolic models for aerobic (75.3% ± 1.5) or anaerobic (81.5% ± 4) conditions is within the range of accuracy for all 16 GEMs (86% ± 7.5) that have been published.

The physiology of lactate utilization, the experimental system and experimental conditions must be taken into account when comparing results from different studies.

Particular emphasis is placed upon the types of non-linear behavior and system response spectral characteristics observed theoretically and experimentally, upon the design of the experimental apparatus and the utilization of associated instrumentation, and upon the methodology developed for system calibration.