Sentence examples for rapid utilization of from inspiring English sources

However, reviews of the rapid utilization of metal nitrides as electrode materials are still not much.

This might be due to the rapid growth of bacteria and rapid utilization of available nutrient sources in the initial stages.

Its cost-effective production process depends on the complete and rapid utilization of all the sugars in the hydrolysates derived from lignocellulosic raw materials (Ko et al. 2016; Moysés et al. 2016; Peng et al. 2012; Zhou et al. 2012).

Glucose and other carbohydrates have been reported to increase production of secondary metabolites and proteins in fungi, which could be attributed to the rapid utilization of the preferred carbon sources [Sukrutha et al., 2014; Wu et al.,2014; Irani and Ganapathi 1959].

In all, compared to ATCC 1015 and YX-1217G, YX-1217 showed a more powerful hydrolase system for carbohydrate utilization, which may be one of the essential reasons contributing to the rapid utilization of cornmeal starch to achieve high CA titer.

From the above results one may infer that the presence of another organism (be it BA degrader or non-degrader), is perceived by PP9 as competition, thereby leading to enhanced expression of TOL and rapid utilization of BA.

Effective steady-state concentration of such RCS metabolites as acetaldehyde, glyceraldehyde-3-phosphate, and dihydroxyacetone phosphate is typically low in the cell because of their rapid utilization by the next step of the pathway [ 49].

The HS concentration of topsoil declined by approximately 40% at 23 weeks presumably due to rapid utilization and/or leaching and thereafter, remained unchanged (Fig. 1a, b).

The δ13C values of respired CO2 from all landscape elements indicated a selective release of older grassland-derived SOC in the first month of the macroaggregate incubation, possibly due to the disruption and rapid microbial utilization of grassland SOC after the soil fractionation process.

Replacing conventional electroplating method in manufacture of black chrome solar selective surfaces with reactive sputtering technique is desirable due to the environmental concern in order to meet rapid expansion of utilization of solar hot water systems.

Rapid and complete utilization of the sedimented polyphosphates at the sediment-water interface in the anoxic site may explain their absence at this site.