Sentence examples for broad scale use from inspiring English sources

Since the broad scale use of chemotherapy for treating human cancers, individual drug susceptibility has been studied using various test systems.

The emergence of the H1N1 influenza A virus pandemic in 2009 prompted rapid licensure and broad scale use of H1N1 monovalent and live attenuated vaccines, with ongoing monitoring of potential adverse effects.

The paragraphs below discuss the implications of these results for the broad scale use of the MDS for payment, quality monitoring and research and for those charged with monitoring the implementation of the new MDS 3.0 introduced in October of 2010.

This finding could contribute to the development of methods for quantifying the temporal variation of GPP also on a broader scale using current and future satellite sensors.

Resolving funding issues will require greater consideration by governments and industry groups of their social responsibilities to communities and the environment; particularly as this social learning model is posited for more broad-scale use in providing multi-level governance linkages and as a basis for targeting interventions to address policy gaps or failure.

However, there still are some considerations that need to be taken into account for broad-scale use of this biomass-derived chemical in animal feeds.

Limited availability of long-lived positron emitters for immuno-PET made us decide a few years ago to put effort into the large-scale GMP production of Zr (to be used for internalizing MAbs) and I (to be used for non-internalizing MAbs) and into the development of standardized and easy-to-use radiolabelling procedures to facilitate the broad-scale use of immuno-PET in clinical trials [ 15].

Broader scales use 0 (definitely no disease) to 100 (definitely disease) [ 3].

Our results suggest beaked whales may use multiple spatial scales to forage on various prey types, potentially tracking broad scale features and using echolocation to find the local maxima in prey density.

We examined the evolution of yeast G + C contents and isochore structures on a broader evolutionary scale using the genome sequences of nine species in the " Candida clade"—the clade of species that translate the codon CTG as serine instead of leucine (Butler et al. 2009).

Analysis at the broad scale was conducted using two approaches.