Sentence examples for widespread utility of from inspiring English sources

The information richness and widespread utility of these time series data have created a need to maintain the currency of time series information via the addition of new data, as it becomes available.

Because of the widespread utility of antibodies, we have revisited the clustering of conformations of the six CDR loops with the much larger amount of structural information currently available.

Although researchers have narrowed identified regions in AIL crosses that have subsequently shown overlap with congenic analyses [4], it is unclear to what extent this reflects widespread utility of the method.

None of the currently used nuclear markers achieve the widespread utility of favoured mtDNA markers like COI and cytb.

This study has demonstrated that internally consistent patterns of protein breakdown occur within Porites coral colonies over the timescale of the last 500 years, but differences are observed in the THAA degradation patterns between colonies (Fig. 9b d) and this decreases the widespread utility of this fraction for geochronology.

Since it is written as both a stand-alone and a server-based application, and can be run under Windows, Mac OS or Linux, we hope that it will be of widespread utility to laboratories dealing with lists of C. elegans genes, as well as helping to improve the standard of consistent gene annotation.

Finally, the method should have even more widespread utility for detection and profiling of other rare cell populations.

These expansions suggest a widespread utility for the S-helix in receptors receiving diverse types of sensory inputs and delivering signaling outputs via diverse catalytic domains.

The simplicity of motif acquisition has driven the proliferation of motifs of widespread utility and, for several motif classes, experimentally characterised motif instances are present in tens of biomolecules [ 6, 8, 47].

The ssLNA provides a simple and accurate means of performing stochastic model reduction and hence it is expected to be of widespread utility in studying the dynamics of large noisy reaction networks, as is common in computational and systems biology.

Considering the versatility of the positional scanning libraries and the unambiguous detection provided by protein-based NMR experiments, we are confident that this approach may find general and widespread utility in the identification of inhibitors of PPIs.