Sentence examples for utilization of mixed sugars from inspiring English sources

In this chapter, we discuss some of these strategies employed to enable simultaneous utilization of mixed sugars, specifically focusing on the utilization of the pentose sugars arabinose and xylose.

Nonetheless, simultaneous utilization of mixed sugars has recently been demonstrated through innovative metabolic engineering strategies and the discovery of transporters, and metabolic pathways which are necessary for co-fermenting glucose and non-glucose sugars.

This study offers a genetic modification strategy for improving simultaneous utilization of mixed sugars by Clostridium, which is essential for commercial exploitation of lignocellulose for the production of solvents and biofuels.

According to some authors, glucose repression is a significant barrier to successful utilization of mixed sugars in cellulosic hydrolyzates (Ha et al. 2011).

To maximize product yield and productivity from lignocellulose, the complete utilization of mixed sugars is essential (Saha 2003).

These results offer a metabolic engineering approach for achieving highly efficient utilization of mixed sugars for the biorefinery industry.

Molar balance analysis for improved process of mixed sugars utilization also revealed less acid accumulation and more butanol yield by the engineered strain as compared to the wild type.

During co-fermentation of mixed sugars, low levels of xylose utilization could be attributed either to competitive interference with glucose for the transporters or slower metabolism of xylose within the organism [ 52, 53].

To overcome this barrier, microbes that exhibit the simultaneous consumption of mixed sugars have been isolated and/or developed and evaluated for the lignocellulosic biomass utilization.

Standard curves were generated using different concentrations of mixed sugars.

These cross-reactions are of particular relevance for the fermentation of mixed sugars from lignocellulosic feedstock.