Also, transport mechanisms and efficiency influence photosynthetic productivity by relieving product inhibition and contribute to plant vigor by controlling source/sink relationships and biomass partitioning [ 31].
Metabolite transport efficiency influences photosynthetic productivity by relieving product inhibition and contributes to plant vigor by controlling source/sink relationships and biomass partitioning.
The synergism for the combination of Cel7A or Cel6A with Bgl3A was due to the hydrolysis of cellobiose to glucose, thereby relieving product inhibition.
It is concluded that the contribution of GSTs to catalysis of CHB detoxication will depend on factors not previously considered, namely the relative molarities of CHB, CHBSG and GSTs, and the cellular capacity to excrete CHBSG to relieve product inhibition.
These enzymes may have an extracellular role, transforming monosaccharides produced from hemicellulose, potentially as a means of relieving product inhibition on the primary hemicellulases or as a way to circumvent competition for these monosaccharides from other members of the microbial community.
While the exact mechanism of the excretion of hydrocarbons into the extracellular space is unknown, the characterization and subsequent engineering of this trait into other (micro organisms holds great promise for relieving product toxicity and simplifying extraction of advanced biofuels from biomass.
Moreover, CDH has also been implicated in: i) generating highly-reactive hydroxyl radicals via Fenton chemistry [ 15]; ii) binding cellulose, which probably enhances cellulase activities by relieving product inhibition [ 24]; and iii) preventing phenoxy radical-dependent re-polymerization of lignin [ 13].
The final vanillin concentration reached ∼4.5 g/L (∼75% conversion) by combining sol-gel chitosan membrane (for relieve of product inhibition) and E. coli cells harboring IEM720-F281Q.
Moreover, we demonstrate that cellobiosan can be enzymatically converted to levoglucosan and glucose with β-glucosidase enzymes from both Glycoside Hydrolase Family 1 and Family 3. β-glucosidases are commonly used in both natural and industrial cellulase cocktails to convert cellobiose to glucose to relieve cellulase product inhibition and to facilitate microbial uptake of glucose.
β-Glucosidases hydrolyze cellobiose to glucose, thus relieving the product inhibition of CBHs [ 2].
