Sentence examples for metabolic engineering uses from inspiring English sources

Metabolic engineering uses genetic approaches to control microbial metabolism to produce desired compounds.

Metabolic engineering uses microorganisms to synthesize chemicals from renewable resources.

The authors here have tried to briefly summaries the various approaches to metabolic engineering used for improving the lactic acid production and cost reduction.

This review presents the recent advances in our understanding of their biosynthesis, the key metabolic steps controlling their accumulation in plant non-photosynthetic tissues and their metabolic engineering using multi-gene approaches.

Subsequent host metabolic engineering using lentiviral RNAi targeted to block an endogenous candidate protease elastase, identified through an in silico approach, resulted in appreciable augmentation of EPO expression above the original level.

In this review, current challenges in large-scale fermentation processes involving flavonoid scaffolds and the strategies and tools of systems metabolic engineering used to overcome these challenges are summarized.

More recently, the emergence of industrial synthetic biology has led to more and more examples of metabolic engineering using enzymes from the MVA pathway for sustainable production of bioactive and industrial chemicals (7).

A significant application for FBA, therefore, is metabolic engineering-using computational predictions of metabolic phenotype under genetic manipulations to guide the engineering of metabolically optimized strains [ 8]-and computational methods have been devised to search the space of genetic manipulations in silico for those that yield the desired phenotype [ 9- 13].

It is also different from metabolic engineering, which uses the techniques of genetic engineering to maximize cells' production of commercially useful products, such as insulin.

The increases in diterpene production observed through metabolic engineering by using the MEP and heterologous MEV pathway modules prompted us to test combinations using both pathways and incorporating multiple copies of the class II and class I modules.

To transform microbial hosts into cellular factories, the applied discipline of systems metabolic engineering is using genome-scale approaches that redirect microbial metabolism to synthesize renewable and cost-effective biochemicals [ 1- 3].