Sentence examples for engineering throughput from inspiring English sources

Your company's engineering schedules are unpredictable and your engineering throughput is poor, so you ask your VP of engineering to fix the problem.

Recent advances in DNA synthesis, genome engineering, high-throughput analytics, model-based analysis of biochemical systems and (semi- rational protein engineering semi- rationale have all the tools available to rationally design and efficiently oproteinsuch systengineeringmesuggestfinally harvesthateir potential for preparative syntheses.

As Banerjee and colleagues point out in their description of re-engineering patient throughput in emergency departments, this resulted from a mandate by the National Health Service that the overcrowded EDs throughout the UK consistently have their patients seen and dispositioned within 4 h of arrival.

The combined NHEJ mutant and bi-partite approach further increased GT frequencies up to ∼90%, which will enable the efficient high throughput engineering of the P. chrysogenum genome.

A basic PyhjX GFP biosensor in E. coli DH1 allows the detection of 4 7%1,4-BDO1,4-BDOe extracellular medinm and provides a thel for high throughput extracellularor imediumng 1,4-BDO production strands.

Cell free expression allows protein engineering in high throughput format, flexible strategies for glycosylation and chemical conjugation, and allows easy use of unnatural amino acids as building blocks of proteins.

Since the focusing performance is irrelevant to the wavefront engineering, the optical throughput of the focal spot depends on the SP-enhanced transmission through the subwavelength apertures [18].

"The real bottleneck in achieving high-throughput engineering cycles lies in the testing step.

Therefore, a groundbreaking rapid and high-throughput engineering tool is needed for efficient construction of microbial cell-factories.

This intrinsic feature in cyanobacterial metabolism is being understood through recent identification of new biochemical reactions and engineering on low-throughput pathways.

Recently, viral vector engineering involving high-throughput random diversification and selection has enabled the rapid creation of AAV vectors with valuable new gene delivery properties.