Sentence examples for through multifunctional from inspiring English sources

Examples from commercially practiced technologies are used to illustrate how process intensification can be achieved through multifunctional reactors.

Based on this, it has been proposed that viruses manipulate hosts through multifunctional proteins that facilitate exploitation of host resources and elicitation of specific changes in host phenotypes.

Among the catalysts tested, a trimetallic dual-bed monolith catalyst was identified as the best combination for the maximum NOx-to-N2 conversion (∼90% above 300 °C) with a minimum formation of harmful byproducts, through multifunctional cooperative catalytic processes on Ag/Al2O3, CuCoY and Pd/Al2O3.

Several pathogenic protozoa are capable of recognizing iron-containing proteins through multifunctional proteins, including Toxoplasma gondii tachyzoites, which bind B-holo-Lf, B-holo-Tf, and chicken holo-ovo-Tf through one 42-kDa protein, suggesting low-specificity binding [ 37].

One of the proposed mechanisms is metabolic resistance through the multifunctional glutathione S-transferases (GSTs, EC2.5.1.18).

PGD2 can be metabolised to 9α,11β-prostacyclin F2α through the multifunctional enzyme activity of AKR1C3.

In contrast to more conventional conversion platforms involving microbes such as Saccharomyces cerevisiae or Zymomonas mobilis, cellulolytic bacteria including Clostridium thermocellum or Caldicellulosiruptor spp. already possess the complex molecular machinery necessary to digest lignocellulosic materials through their multifunctional, surface-displayed or free enzymes [ 1– 7].

Polymerization of MMA was carried out through ATRP using multifunctional DGO-Br, and controlled radical polymerization (CRP) was studied using GPC.

More importantly through nanogel-based multifunctional drug delivery systems the stimuli-responsive features might be easily employed for the design of targeted release of drug.

Following a historical overview of the technology, the research is split into various subfields such as energy saving in buildings through greenery systems, multifunctional thermal benefits including evapotranspiration, thermal insulation, shading and thermal comfort features, evaporative cooling for reducing cooling demand and minimising wind driven convection losses.

The interaction between β-catenin and PS-1 may suggest coordinate regulation through formation of multifunctional complexes of these two and possibly other components.