Sentence examples for hydroxy species from inspiring English sources

Potential (Eh)—pH diagrams have been derived for the Sn/H2O system at 298 K, including mononuclear and polynuclear hydroxy species not considered in the original Pourbaix diagrams.

The remaining fraction of plasma aluminum takes the form of small-molecule hydroxy species and small complexes with carboxylic acids, phosphate, and, to a much lesser degree, amino acids.

(1) (2) As such, the coupling of the acetyl and hydroxy species is the crucial step in acetic acid formation, whereas C C bond cleavage is the key step to form CO and, thereafter, CO2.

The kHkD value up to 3 in anodic copper dissolution and cathodic reduction of Cu II) ions for HD substitution in water suggests that water molecules or hydroxyl ions are involved in the formation of intermediate oxy- hydroxy-) species.

Na-montmorillonite purified either by dialysis or by multiple centrifugation was used for the preparation of two types of clay mineral/TiO2 composites: one obtained by conventional pillaring, the other by mixing of organo-montmorillonite with inverse micelles containing Ti oxo-hydroxy species.

However, the toxicologically relevant metabolite may be the DNA-reactive 1′-hydroxy species (Robison and Barr 2006).

Burkey et al. (2000) later confirmed this hypothesis by showing that methyl eugenol induced UDS was obviated when cells were treated with pen-tachlorophenol, an inhibitor that prevented formation of the sulfated 1′-hydroxy species.

Both NAMI-A and KP1339, when dissolved in water or in physiological buffers, progressively hydrolyse and release the ruthenium III) bound chlorides giving rise to a number of hydrated and/or hydroxy ruthenium species, as described (Mestroni et al, 1994; Kung et al, 2001).

Alpha-hydroxy acid species were separated by isocratic elution.

Surface hydroxy and methoxy species from H2 and methanol dissociations, respectively, are very sensitive probes in differentiating one, two and threefold co-ordinatively unsaturated cationic sites and their reduction state.

By contrast, methyl eugenol is rapidly absorbed from the gastrointestinal tract and metabolized to multiple species, including hydroxy acids, O-demethylation, and hydroxylation of the benzene ring (Robison and Barr 2006).