Sentence examples for being engineered to increase from inspiring English sources

Traditional viral and non-viral systems are being engineered to increase their efficiency of vascular cell transduction and diminish their affinity for other cell types through manipulation of vector cell binding and the use of cell-selective promoters.

It said that the soya had not been engineered to increase yields, and that it was now developing one that would.

"It's not that these food bars are necessarily low in calories, but since they don't have a lot of clashing flavors, they fill you up on fewer calories than highly processed foods that I believe are engineered to increase the amount it takes you to feel full".

This study suggests that polar side-chains could be engineered to increase the thermal stability of molecular dopant position.

If the strains of Rhodococci were engineered to increase titers of these specific and useful lipids (C5-C23) this pre-treatment residue could be a beneficial platform for transportation fuels.

Two variant clones of each enzyme were engineered to increase protein solubility and to facilitate purification, as reported for CYP2B enzymes from multiple species.

However, their crystallographic texture should be engineered to increase the transformation strain, and ductile γ-phase content should be reduced to improve cyclic reversibility.

In a preliminary study we demonstrated how this acoustic wave can be engineered to increase in power by using a larger cluster.

LlAdhARE1, which contains three amino acid mutations (Y50F, I212T, and L264V), was engineered to increase the microbial production of isobutanol (2-methylpropan-1-ol) from isobutyraldehyde (2-methylpropanal).

For example, several microbial strains recently developed for enzyme production have been engineered to increase enzyme yield by deleting native genes encoding extracellular proteases.

This first isolated DKP biosynthetic gene cluster should help to elucidate the mechanism of DKP formation, totally independent of NRPS, and to characterize novel DKP biosynthetic pathways that could be engineered to increase the molecular diversity of DKP derivatives.