Sentence examples for improving strain from inspiring English sources

Rational metabolic and cellular engineering approaches are useful in improving strain performance.

TUFA permitted enhanced growth due to alleviation of bio product toxicity, demonstrating the general effectiveness of this membrane engineering strategy towards improving strain robustness.

Its application has been reported to be successful in various studies involving diverse bacterial and fungal species for improving strain properties such as tolerance to medium components and growth conditions and increasing production of valuable products like cellular biomass, enzymes, bulk, and specialty chemicals.

Although significant strides have been made recently in improving strain titers and yields, current fermentation strategies suffer from two major drawbacks—(1) the requirement for expensive phenylpropanoic precursors supplemented into the media and (2) the need for two separate media formulations for biomass/protein generation and flavonoid production.

However, rare targets were reported for rationally improving strain tolerance to the mixture of these three representative inhibitors.

The PRO1 gene would be an alternative target for further improving strain tolerance against lignocellulose-derived inhibitors.

We show that random mutagenesis/selection is an effective strategy for genetically improving strains of H. pluvialis and that improved carotenogenic capacity is maintained when the volume of the cultures is scaled up to a commercial size.

It was found that the hybridization with non-round polypropylene (PP) fiber and low modulus polyvinyl alcohol (PVA) fiber have remarkable effect on the improving strain-capacity of resultant composite.

Nowadays, numerous strategies for improving strains have been and continue to be developed.

In this work we demonstrated that random mutagenesis/selection is an effective strategy for genetically improving strains of H. pluvialis.

Evolutionary methods to improve strain performance are a powerful complement to rational, predictive strain engineering.