Sentence examples for and analysis of numerous from inspiring English sources

The threesome shared the Nobel Prize for Physiology or Medicine in 1982 for their isolation, identification, and analysis of numerous prostaglandins.

The three scientists were honoured for their isolation, identification, and analysis of numerous prostaglandins, a family of natural compounds that influence blood pressure, body temperature, allergic reactions, and other physiological phenomena in mammals.

With speedy access, convergence and analysis of numerous private, public and premium data sources, brand managers gain an actionable, holistic view to immediately see daily insights and make fast, collaborative decisions.

Mittag et al. (2006) have demonstrated that a hyperchromatic cytometry approach, using quantum dots, allows for quantification and analysis of numerous areas of interest in a single cell [53].

This analytical technology allows for the separation and analysis of numerous highly polar metabolites belonging to several chemical families in the same analytical run.

The recent sequencing of the A. cellulolyticus genome [ 22] has thus enabled identification and analysis of numerous additional cellulosomal components, gene regulatory elements, and cell anchoring modules in the bacterium, as documented in this communication.

By adapting an established algorithm to optimize disease mitigation policies, this study provides an advance from the traditional candidate strategy approach to rapid and systematic analysis of numerous policy options.

In the quest for novel diagnostic or prognostic biomarkers, the proteomic technique is ideal since it permits qualitative and quantitative analysis of numerous proteins simultaneously [ 9, 13].

Through a comprehensive description and quantitative analysis of numerous phenotypes induced by declustering drugs, we propose a novel framework for the assessment of putative centrosome declustering drugs and describe cellular characteristics that may enhance susceptibility to them.

Meeting these fundamental needs and providing combustion analysis of numerous fuel blends of various mixing ratios, this new model can be a recourse tool for researchers working on fuels, surrogates, emissions and internal combustion engine modelling.

Here, we show that the YFP BiFC overcomes these limitations and enables a detailed analysis of numerous protein-protein interactions along the bacterial Tat pathway of live cells.