Sentence examples for substrates and efficient from inspiring English sources

Such mode of interaction seems advantageous for the binding of substrates and efficient catalysis, since in such a dimer the active sites point into the surrounding medium and provide space for the entering substrates.

These data show that endo-siRNA pairs can form RNAi substrates and undergo efficient degradation by a minimal RNAi system.

With the lower efficiency of anaerobic compared with aerobic respiration, the former pathway is largely reliant on an adequate supply of substrates and their efficient use.

Recent major achievements include significant increases in productivities, yields, and rates of catalytic turnover as well as modification of substrate specificity and efficient multistep reactions in whole-cell biocatalysts.

Multifunctional enzymes comprising the direct surface display of multiple enzymes in a non-complex form are very high-molecular weight proteins of one or several CBMs and two or more CDs for effective substrate targeting and efficient degradation of plant cell walls, respectively (Moraïs et al. 2012; Smith et al. 2015).

Consequently, the heart depends on optimal substrate metabolism and efficient ATP hydrolysis at energy consuming sites.

We reveal the subsites for the P1 P4 residues that had been demonstrated to be crucial for substrate recognition and efficient catalysis (Strisovsky et al, 2009; Dickey et al, 2013).

Catalytic scavengers are enzymes displaying a turnover with OPs as substrates, allowing rapid and efficient protection using administration of small doses.

Hence, the use of an inexpensive substrate and an efficient fermentation process are essential for commercial viability, and above all, a hyper-productive microbial strain capable of synthesizing these enzymes utilizing the lignocellulosic agro and industrial wastes is necessary.

However, the selection of a raw substrate and its efficient utilization are critical steps in the process of economization.

The newly developed HPAC pretreatment was highly effective for removing lignin from lignocellulosic cell walls, resulting in enhanced enzymatic accessibility of the substrate and more efficient cellulose hydrolysis.