Sentence examples for engineering for production from inspiring English sources

This realization allows dramatic improvement in the usability of recently developed genetic tools, enabling both fundamental studies of microbial cellulose utilization and metabolic engineering for production of value-added products from cellulose.

The potential of C. glutamicum as a safe and efficient platform organism for biotechnological production has been demonstrated not only for amino acid production but also, by metabolic engineering, for production of other high-volume products.

Cyanobacteria are photosynthetic microorganisms whose metabolism can be modified through genetic engineering for production of a wide variety of molecules directly from CO2, light, and nutrients.

Using the tools developed here, C. bescii JWCB017 will serve as a platform for additional rational strain engineering for production of fuels and chemicals from lignocellulosic feedstocks.

Considering the scope of this review on heterologous protein expression, it was not feasible to address all possible applications for P. pastoris as production organism, such as metabolic engineering for production of small molecules and metabolites, or for whole-cell biocatalysis.

Such system-wide information is useful in metabolic engineering for production of organic molecules [ 40], as well as in the development of drugs for prokaryotic-specific proteins such as those of the methionine salvage pathway [ 41] and the cobalamin-independent methionine synthase MetE [ 42].

Engineering microorganisms for production of terpenoids has attracted considerable attention, and initial success was achieved using traditional metabolic engineering strategies or high throughput screening methods.

These results make a compelling case for the application of optogenetics to metabolic engineering for the production of valuable products.

Especially, we discuss and highlight recent strategies for combining pathway design and protein engineering for the production of novel products.

This review addresses recent publications that utilize different approaches involving engineering cyanobacteria for production of high value chemicals including biofuels.

The hazardous chemicals are the substances used in various engineering industries for production, analysis, research and other usages.