Sentence examples for the continuous conversion from inspiring English sources

"I would suspect that the continuous conversion of artemisinic acid to artemisinin, which is outlined in Seeberger's paper, may be a substantial improvement," Brown says.

In the SSF process configuration, enzymatic hydrolysis and fermentation are performed simultaneously in the same vessel, and the end-product inhibition during hydrolysis is minimized by the continuous conversion of glucose to ethanol by the fermenting microorganism [ 31].

This pool of open Mad2 is not maintained through the production of new protein, so the most plausible explanation is that it comes from the continuous conversion of closed Mad2.

And if you're wondering how you'll know when the microphone is safety being blocked again after you've been chatting to the voice assistant, Karmann told us: "Because of the new continuous conversion features in Alexa and Google, there is a built in time frame of 30 seconds before Alias goes back to blocking the microphones again.

Based on the kinetics of sugar utilization, we have designed and implemented an immobilized cell system for the optimized continuous conversion of sugars into ethanol.

Part of the study was devoted to the assessment of the performances of the immobilized laccase in terms of continuous conversion of a reference dye.

However, the fact that crossovers are frequently associated with simple, continuous conversion tracts indicates that in the majority of the cases the sequence of the cut chromosome is systematically converted [9].

At unattached kinetochores, the binary complex Mad1- closed" Mad1- closed a scaffold for a continuous conversion of the cytosolic "open" Mad2 into "closed" Macts which is asle to bind Cdc20 and inhibit APC/C activity [ 32– 35].

For PA, its concentration is maintained at low levels in the cell as a result of its continuous conversion into other lipid species, which balances its de novo synthesis [ 4, 5].

Continuous conversion using this series of reactor provides a convenient route to produce RuBP in large quantities that could be used as starting material in other bioprocesses.

At last, a triple-bed circulating fluidized reactor system based on a large degree of deactivation long time regeneration cycle test was proposed to realize an effectively continuous regeneration of Mo/HZSM-5 and therefore an efficiently continuous conversion of CH4 to benzene.