Sentence examples for application of the engineered from inspiring English sources

Finally, a perspective on E. aerogenes as a hydrogen producer including systems bioengineering approach for improving the hydrogen yield and application of the engineered E. aerogenes in mixed culture will be presented.

These results validate the potential application of the engineered skeletal muscle as a preclinical platform for drug testing.

However the presence of plasmids' markers in the bacterial chromosome cannot satisfy "marker-less" criteria for the practical application of the engineered strain.

Herein, we describe the technical methods used in the library construction, sequence analysis of clones and the overexpression of CitrSEP, a citrus homolog to the Arabidopsis SEP3 gene, in Arabidopsis as an example of a practical application of the engineered Gateway vector for functional analysis.

We discuss the potential applications of the engineered repressor strategy that relate to target gene analysis, mechanisms of repression, cell regulation, and possible anti-viral and cancer therapy.

In addition, these interspecies gene exchanges, probably, could be realized due to the experimentally confirmed conjugative transfer, which is considered as "self-cloning" that is important for the industrial applications of the engineered strains expressing heterologous genes.

This review focuses on recent developments in T cell engineering, discusses the clinical application of these engineered cell products and outlines future prospects for this therapeutic modality.

Synthetic microbial communities constitute a viable extension of the biotechnological application of metabolically engineered single strains and enlarge the scope of microbial production processes.

In addition, examples of the photochemical control of protein function through the application of genetically engineered natural-light receptors are presented.

The microsurgical techniques will play a more and more important role in the development of bone tissue engineering and eventually achieve the wide clinical application of tissue engineered bone to repair the bone defect of patients.

This article uses two examples of genetically engineered microorganisms that were designed but never deployed in the clean-up of wastes to show how the application of genetically engineered microbes for bioremediation has not progressed in line with other biotechnological innovations.