Sentence examples for utilize a broad range of from inspiring English sources

TcNTPDase-1 was able to utilize a broad range of triphosphate and diphosphate nucleosides.

Not all microbes store fatty acids and utilize a broad range of substrates as carbon sources, and vice versa.

Engineering the metabolic pathways has concentrated on improving the lactic acid fermentation parameters, enhancing the acid tolerance of production organisms and their abilities to utilize a broad range of substrates, including fermentable biomass-derived sugars.

The American Journal of Criminal Justice publishes original articles that utilize a broad range of methodologies and perspectives when examining crime, law, and criminal justice processing.

These strategies are diverse and utilize a broad range of securities including mutual funds, variable annuities, equity baskets, index-linked, exchange-traded securities, futures and other products.

This also implies an awareness of and ability to effectively utilize a broad range of therapies aimed at modifying those impacts.

Complete oxidizers typically utilize a broader range of substrates than incomplete oxidizers and may be considered as generalists compared with the more specialist incomplete oxidizers.

The amino acid sequence diversity of the predicted acyl-CoA synthetases might indicate different substrate specificities of these enzymes, which would enable C. variabile to utilize a broader range of fatty acid substrates in its natural cheese habitat, probably leading to a growth advantage as a well-adapted species.

The renewable projects Saenger researched ranged in scale from powering a single building to an entire island, and utilized a broad range of technologies for energy generation, conversion, and storage.

FFESS technology provides a simple yet powerful technique for fabricating biomedical devices with a precisely defined nano-structure potentially capable of utilizing a broad range of biocompatible polymeric materials.

Inspired by these systems, Darius is researching biological electron transfer and its role in human diseases by utilizing a broad range of computational and mathematical methods.