Sentence examples for large range of compounds from inspiring English sources

Some P. putida strains can utilize a large range of compounds as carbon sources, including aromatic compounds arising from anthropogenic pollution or plant root secretion.

Vector saliva contains a large range of compounds that modify the host skin's microenvironment [ 37].

To date, a limited number of pure and well-defined starch-like α-glucans have been reported as substrates and inhibitors for enzymes, but a large range of compounds other than α-glucans including glycosylated acyl-flavonols, acarviosine derivatives and acarbose derivatives have been used as inhibitors.

To understand linkages between the exposome and resulting toxicity, researchers are developing new technologies and methods to characterize exposure to an ever larger range of compounds.

Saccharomyces cerevisiae is an extensively investigated yeast due to its unique features and potential to be applied in biotechnological processes aiming for the production of a large range of chemical compounds.

Furthermore, species of the genus Stenotrophomonas play an important ecological role in the nitrogen and sulphur cycles and several species of this genus have a high capacity to metabolize a large range of organic compounds which make them ideal candidates for bio- and phytoremediation.

Rhizodeposits consist of a large range of organic compounds (Farrar et al. 2003), therefore there was probably a mixed potential in the anode.

Although HILIC applications cover a large range of bioactive compounds, in this review we will focus on the use of HILIC in proteomics.

While in vivo biochemical analysis of the brain is limited to a small number of metabolites, high-resolution 1H MRS of biofluids enables one to quantitate a much larger range of biochemical compounds, and thus to embark on a more detailed analysis of metabolic mechanisms.

Although the values have a large range of distribution, the major part of the compounds' enthalpy is located between -500 and 500 kJ/mol.

This method allows, in one simple experiment, the testing of numerous compounds across a large range of concentrations, owing to their diffusion in the growth medium – a powerful design for assessing when a drug is active at low concentrations while toxic at higher ones.