Sentence examples for been engineered to efficiently from inspiring English sources

C. glutamicum has been engineered to efficiently utilize both xylose and glucosamine as alternative carbon sources for growth and amino acid production (Gopinath et al. [2011]; Meiswinkel et al. [2013a]; Uhde et al. [2013]; Matano et al. [2014]).

In addition, inherent E. coli metabolic pathways have been engineered to efficiently supply PHA monomers from renewable carbon sources, such as sugars and fatty acids.

These findings suggest that DNA constructs could be engineered to efficiently catalyze other self-modifying reactions, including ATP-dependent DNA ligation.

The capacity of nonintegrating SIV to persistently generate viral products in macrophages suggests that nonintegrating lentiviral vectors could be engineered to efficiently and safely express proteins for vaccine purposes.

A plant expression cassette system was engineered to efficiently target proteins to the default secretory pathway, allowing the expression of DNA inserts in three frames as fusion proteins containing a synthetic tobacco calreticulin cleavable signal peptide sequence, with the advantage of producing the recombinant proteins by phytosecretion.

The solvent-tolerant bacterium Pseudomonas putida S12 was engineered to efficiently utilize the C1 compounds methanol and formaldehyde as auxiliary substrate.

Aside from providing a high-throughput method to evaluate the activity of commercial ω-TAs, the colorimetric screening strategy described above offers an ideal platform for the development of a new generation of ω-TA biocatalysts that are engineered to efficiently utilize 1 as an amine donor.

The lambda phage has been engineered to display efficiently multiple copies of peptides or even large protein domains providing a powerful tool for screening libraries of peptides, proteins and cDNA.

In addition, EstG was engineered to be efficiently secreted into the culture media of Bacillus subtilis, which exhibited 8-fold higher esterase activity than cell lysates.

This strain was engineered to produce GABA more efficiently from biomass-derived sugars.

If tobacco plants could be engineered to produce antibodies more efficiently, that volume could be reduced to about 10 kilograms, said Charles Arntzen, an Arizona State University microbiologist who pioneered the process by which "plantibodies" are made.