Sentence examples for aqueous sites from inspiring English sources

Her research also involves collecting and studying Mars analog rocks and soils at a variety of locations including volcanic islands, cold deserts, hydrothermal regions, acidic aqueous sites, and meteorites which are the only Martian samples available on Earth to date.

The initial magnetic parameters used in the fits were taken from those obtained previously for R1 on aqueous exposed helical sites.

It is likely that this mixing ratio provides a particularly effective structure for exposing the absorption sites of aqueous Cu II).

SEM-EDX, XRD and XPS analyses showed that nanoscale Mg(OH 2 and MgO particles were presented on the surface of MgEC, which serve as the main adsorption sites for aqueous P.

The present structures support this hypothesis and locate the headgroup binding site in the aqueous cavity and the tail binding site in the hydrophobic binding pocket.

The present study is designed to determine the effect of morphine on NO production in the isolated, iris-ciliary body (ICB), site of aqueous humor production, as this effect could be associated with morphine-stimulated changes in aqueous humor dynamics and iris function.

FABPs play an important role in the intracellular uptake and transport of long-chain fatty acids through the aqueous cytoplasm to the site of their oxidation in the mitochondria or peroxisomes [ 33].

The main influencing factors are competition for available adsorption sites, formation of aqueous complexes, and/or changes in the redox potential of site surfaces and As redox speciation (Wang and Mulligan 2006).

The efficiency of photocatalysis process depends on the formation of hydroxyl radicals or the number of active sites in an aqueous medium and subsequent reaction between the hydroxyl radicals and targeted pollutants (Bhaskar et al. 2016; Dalbhanjan et al. 2016).

These results demonstrate that competitive coordination reactions, involving aqueous ligands and enzymatic coordination sites at the bacteria water interface, can govern the bioavailability of Fe(III) in a systematic and predictive fashion.

It was interpreted from this observation that, under conditions where aqueous ligands and bacterial coordination sites compete for available dissolved Fe(III), the rate-limiting step constraining Fe(III) coordination with the bacterial surface is the leaving rate of the last conjoined ligand of an aqueous Fe(III -organic complex.