Sentence examples for numerous compounds and from inspiring English sources

Phosphorus is a mineral that is vitally important to the normal metabolism of numerous compounds and (in solution) an acid that, with sulfur, must be neutralized by the base-forming ions of sodium, potassium, calcium, and magnesium.

It was reported that ionizing radiation induces both the degradation of numerous compounds and the inactivation of microorganisms in sewage on irradiation, depending on the type of energy, dose rate and absorbed radiation (Klieber et al. 2002; Drzewicz and Gehringer 2005; Casimiro et al. 2008).

Through extensive screening for in vitro phenotypes using combinations of numerous compounds and conditions, it was possible to assign specific phenotypes for all the phosphatase null mutants, except ΔpypA.

It also identifies the particular role of the PDR8 gene in the production of farnesyldiphosphate derivatives, of ABZ1 in the production of numerous compounds and of PLB2 in ethyl ester synthesis.

Food is a complex mixture of numerous compounds, and nutrient absorption depends on the chemical composition as well as "on various interactions with many endogenous and exogenous factors" [ 35].

GSH acts as a nucleophilic "scavenger" of numerous compounds and their metabolites via enzymatic and chemical mechanisms (converting electrophilic centers to thioether bonds) and as a substrate in the glutathione peroxidase (GPx -mediated reduction of lipid hydroperoxides and of H2O2 to water [ 62, 63].

Ones have synthesized numerous compounds: Ru and Os photosensitizers with substituted bipyridine, terpyridine, phenanthroline, and imidazole ligands; alkyl, polyethylene glycol, perfluorobiphenyl, and polyxylyl linkers; attached via amide, ether, or amino bonds to substrates (adamantane, ethyl benzene, borneol, norbornane, thioanisole styrene) or imidazole ligands.

The LSER and TLSER approaches were used successfully to estimate the SW of numerous compounds (Famini and Wilson, 1997; Feng et al., 1996; Hickey and Passino-Reader, 1991; Xie et al., 2008; Table S3).

Transporters in the choroid plexus (CP) regulate transport of numerous compounds of physiological and therapeutic interest between blood and CSF and thus likely play a key role in determining CNS levels of drugs, toxins and metabolites.

Drug discovery is becoming increasingly "data rich" with high-throughput screening of numerous compounds for pharmacological and PK properties.

These data are in good agreement with other reports that numerous compounds, both natural and man-made ones, inhibit proinflammatory mediators through upregulation of HO-1 and ERK signaling [ 33– 33].