Sentence examples for permitting the utilization of from inspiring English sources

The glyoxylate bypass is an alternate route which bypasses the CO2-evolving steps of the tricarboxylic acid cycle thus permitting the utilization of fatty acids or acetate in the form of acetyl-CoA, as the sole carbon source.

Therefore, we developed a statistical modeling approach to compare treatment effects that adjusted for differences in patient characteristics and methodologies across the MS trials and allowed for the use of a combination of individual patient- and population-level data, thus permitting the utilization of all available data for these treatments [ 29– 329.

SOC permits the utilization of large systems which are comprised of self-containing building blocks: services.

Adequate copper intake permits the normal utilization of dietary iron, as intestinal iron absorption, iron release from stores (e.g., in the macrophages of the liver and spleen), and iron incorporation into hemoglobin are copper-dependent processes.

The utilization of CSSLs permits the detection of QTLs distributed across the genome, despite requiring fewer plants than those required for other techniques such as F2 or RILs (Kubo et al. 2002; Ebitani et al. 2005; Ando et al. 2008; Abe et al. 2013).

Task scheduling and resource management permit providers to maximize revenue and the utilization of resources up to their limits.

This would, in turn, limit fatty acid synthesis and permit fatty acid β-oxidation, as required for the utilization of fat as a metabolic fuel.

Thus the individual airplane designer may seek to ameliorate air-traffic congestion by improving airplane takeoff and landing characteristics, permitting better utilization of existing airports.

Hence, aside from small positive contributions made by XDH to qxylose, high activity levels of XR paired with high flux capacities of UG are essential for CBS4435 to keep Yxylitol at low levels while permitting fast utilization of xylose relative to that of BP000.

It is expected that further studies in addition to these methods will be utilized for in silico RNA aptamer design, permitting a minimal number of experiments to be performed through the utilization of sophisticated computational methods.

The results of X-ray photoelectron spectroscopy studies of the PTFE mixed cathode reveals nearly the same intensity of F (1s) spectra for before and after discharge cycles suggests that the fluorine atom is not decomposed but permits high utilization of the reactant to be achieved in the cathode during discharge/charge cycles.