Sentence examples for capable of utilizing both from inspiring English sources

Fuzzy logic is also rapidly being assimilated into the sciences and, since it is capable of utilizing both "hard" data and "soft" qualitative statements, fuzzy logic naturally lends itself to applications in the Earth Sciences.

Debaryomyces nepalensis NCYC 3413, a halotolerant strain that has been previously isolated from rotten apple, is capable of utilizing both hexoses and pentoses; and is also important in production of commercially valuable products such as arabitol, xylitol and ethanol (Gummadi and Kumar 2006a; Kumar and Gummadi 2011; Kumdam et al. 2012).

The existence of mirror neurons that help detect the goal of another's action, and that can recognize when they are being imitated, suggests that monkeys are potentially capable of utilizing both routes to imitation, although this issue requires further experimentation.

Therefore, it is plausible to conclude that both lineages are fully capable of utilizing both inland and coastal habitats, and have similar ecological niches.

Therefore, in order to maximize the potential for ethanol production, ethanologenic fermentation strains must be capable of utilizing both pentose and hexose sugars present in the lignocellulose.

Furthermore, L. plantarum is capable of utilizing both hexose and pentose sugars, thus potentially providing a natural platform for exploiting more of the biomass degradation products in favor of downstream commodity production.

Strain MITXM-61 grown in corn stover hydrolysate containing 118 g L−1 of initial sugars was capable of completely utilizing both xylose and glucose in the genuine lignocellulosic feedstock and yielded 15.9 g L−1 of TAGs with a productivity of 0.133 g L−1 h−1, corresponding to 54% of the CDW [ 54].

We have successfully constructed R. opacus strains capable of effectively utilizing both xylose and glycerol to produce TAGs through adaptive evolution using electroporated cells [ 56, 59].

In addition, we recently engineered xylose fermenting strains that are capable of completely and simultaneously utilizing both xylose and glucose to produce large amounts of TAGs in the presence of high sugar concentrations [ 53, 54].

The proposed empirical likelihood approach is capable of utilizing all the information from both the specific models and the two available samples flexibly.

Ralstonia eutropha is capable of utilizing a plethora of simple and complex carbon-containing compounds.