Sentence examples for optimization of productivity from inspiring English sources

Here we review the application of synthetic biology approaches to the engineering of monoterpene/monoterpenoid production, highlighting the discovery of novel catalytic building blocks, their accelerated assembly into functional pathways, general strategies for product diversification, and new methods for the optimization of productivity to economically viable levels.

This is the first study that presents an intelligent algorithm for determination and optimization of productivity factors in an actual upstream oil projects.

The simulation results reveal a massive influence of mass transport limitation on the performance of the experimental system and also indicate significant potential for optimization of productivity and selectivity by adopting micro process technology combined with membranes for reactant dosage.

Finally, the simultaneous optimization of productivity and desorbent consumption was accomplished by using the optimization tool based on the SWD and elitist nondominated sorting genetic algorithm with jumping genes.

Switching among alternative target sinks and alternative foliar vascular architectures may provide avenues for co-optimization of productivity and stress tolerance.

For an industrial application of this process the optimization of volumetric productivity and product quality are an important issues.

The experiments in this study were designed to obtain the proper plasma operation pressure and to set up a simplified procedure for optimization of the productivity and yield.

According to him, although managers are only focused on the optimization of profit, productivity, work, and growth, they have also started focusing on the environmental damages of their products, pollution, waste resources, technological dangers, and worker-public health.

Optimization of biofuel productivity, in terms of lipid content, polysaccharide content, and calorific value, from microalgae was performed by varying four variables (temperature, light intensity, nitrogen content, and CO2 addition) using a 24 full factorial design.

However, the optimization of their productivity by assessing the impact that several environmental factors have on microalgae growth still requires intense investigation, as well as numerous and time consuming experiments.

We recommend natural strain panels as a valuable tool for cost-efficient trait mapping and to select targets for genetic engineering, marker-assisted strain selection or breeding aiming at the optimization of astaxanthin productivity.