Sentence examples for enable further optimization from inspiring English sources

We anticipate this approach will enable further optimization of bacterial glycan biosynthesis pathways using new strain engineering tools from metabolic engineering and synthetic biology.

Hopefully, a greater understanding of Math6 function will enable further optimization of the development of cell-based therapies for both diabetes mellitus as well as other degenerative diseases.

To enable further optimization of these reaction conditions, we sought to understand the mechanistic underpinnings of this DEA-promoted increase in efficiency.

Based on our results, this genetic engineering strategy may also enable further optimization of A. sojae as a microbial biomanufacturing platform for pectinolytic enzymes, e.g., by iterative cycles of mutagenesis.

The volumetric product concentration distribution was calculated in the reactors by CFD simulations, created with the open source software OpenFOAM, to enable further optimizations of the chip structure, enabling the design of more reliable flow reactors.

A heat loss comparison between the receiver and other existing receivers provides a reference that enabled further optimization.

As a case study, we have chosen loop reversal, a typical code optimization enable further loop optimizations or vectorization of computations.

It is demonstrated that both the stiffeners and laminate layup have significant effects on the vibration and sound radiation behaviors of the structure, especially in the mid and high frequency regimes, enabling further acoustic optimization design.

A post-BCG comparison of extrapolated and experimental outcome will enable further refinements of both simulation process and, more importantly, allow for the optimization of patient-specific therapeutic approach.

Therefore, in the present study the influence of alterations in the composition of the PLGA nanoparticles was investigated by determination of the anti-tumour effects of a number of PLGA-based formulations of doxorubicin in the 101/8 rat glioblastoma model employing histological and immunohistochemical methods with the objective to enable a further optimization of this delivery system.

LiSiCA thus proved its ability for obtaining compounds with diverse scaffolds, while the low binding-efficiency index of the structures enables their further optimization.