Sentence examples for wider array of compounds from inspiring English sources

She hopes to be able to use some of Davis's analytical methods to identify a wider array of compounds in whale blow.

They have come up with numerous schemes for detecting low concentrations of various compounds, but few work for a wide array of compounds.

"That's where mass spectrometers are, I would argue, one of the single most advantageous tools, because with a single analyzer you can detect a wide array of compounds," says Girguis.

Tobacco smoke contains a wide array of compounds that are deleterious to health; some of these compounds such as 4- methylnitrosamino -1- 3-pyridyl -1-butanone 4- methylnitrosamino -1- 3-pyridyl -1-butanone 4- methylnitrosamino -1- 3-pyridyl -1-butanone 4- methylnitrosamino -1- 3-pyridyl -1-butanone 4- methylnitrosamino -1- 3-pyridyl -1-butanone 4- methylnitrosamino -1- 3-pyridyl -1-butanone 4- methylnitrosamino -1- 3-pyridyl -1-butanone

HRPKSs are still poorly understood enzymes that catalyze the synthesis of a wide array of compounds.

Analytical methods capable of characterizing a wide array of compounds are required to understand amine-based PCCC emissions and properly evaluate the environmental consequences of this technology.

The phenolic metabolism in plants is complex and yields a wide array of compounds ranging from flower pigments to the complex phenolics of the plant cell wall lignin.

Plant roots release a wide array of compounds that act as nutrient sources for soil fungi and as highly specific chemicals involved in diverse biological interactions [ 136, 137].

Complete understanding of the basis of genotype-dependent inhibitor sensitivity will likely require more extensive analysis using a wide array of compounds to establish a structure-activity relationship in each instance.

Nowadays, mass spectrometry (MS) is used to detect, identify, and quantify a wide array of compounds spanning from small molecules, pharmaceuticals, metabolites (hence metabolomics), lipids (hence lipidomics), and peptides and proteins (hence peptidomics and proteomics).

While using general transcription repression rather than specific inhibition has the advantage of identifying a wide array of compounds utilizing potentially novel mechanisms, clearly this approach cannot distinguish between target-specific mechanisms (that is, those that act directly on MCL1) and general mechanisms that happen to affect MCL1 preferentially.