Sentence examples for utilization reaction from inspiring English sources

Briefly, because the previous model was developed for the utilization of multiple five- and six-carbon sugars, all of the carbon-source utilization reactions besides the glucose utilization reaction were removed; glucose was assumed to be actively uptaken by the phosphoenolpyruvate sugar transferase system.

Literature data on the transport and use of 59 different substrates were also verified in silico by fixing the externally transport reaction of fluxes (3-10 mmol/gDW/h) and investigating the associated utilization reaction fluxes and objective function biomass flux to assess a positive growth.

Catalysis plays a crucial role in these carbon dioxide utilization reactions.

Thus, the metabolic pathways included in the NET analysis and the intracellular metabolites were considered to be located in this compartment, including the methanol utilization reactions.

First, it increases the rate by removing the surface-trapped electrons, hence by lowering the electron-hole recombination rate and increasing the efficiency of hole utilization for reactions such as (OH− + h+ → OH·).

Huthmacher et al. integrated their model with several life-stage-specific gene expression profiles [ 40 42, 58, 59] to avoid, whenever possible, utilization of reactions that are likely to be inactive based on the abundance of the corresponding messenger ribonucleic acids (mRNAs) [ 12].

Fluidization of non-spherical particles widely exists in various engineering applications, such as biomass utilization and catalytic reaction.

Utilization of easy reaction conditions, isolation and purification makes this manipulation very interesting from an economic perspective.

The poor design of micro-channel configurations, which may result in a decrease in the utilization of the reaction bed area or instability of the flow field, should be avoided.

Urea is directly degraded to nitrogen by the in situ utilization of the reaction products as a strategy to increase the amount of clean water in future space expeditions.

In 1968 Yoshimura et al. [12] developed a concise method to prepare codeine-6-O-glucuronide (6, C6G) from codeine (6a) by utilization of Koenigs Knorr reaction [11] (Scheme 4).