Sentence examples for exhaustive pool of from inspiring English sources

In the poster, we describe the recent integration in Open3DQSAR of existing open-source tools to perform conformational analysis and molecular alignment, in order to automatically generate an exhaustive pool of pharmacophore hypotheses for a given dataset.

Through a simple comparison of the link sources, our goal is to determine how exhaustive the pool of curated links is, in addition to assessing the overlap between sources.

To meet the specific aims of the study, the literature search did not have to be exhaustive, but to provide sufficiently large pool of studies.

A naive exhaustive search to find Y candidates from a pool of X resources could generate ( X Y ) different combinations (assuming the same type of resource template can be reused).

Since the pool of eligible participants was small, sampling was exhaustive rather than random.

Importantly, apart from identifying a new pool of blood metabolites, detailed experimental protocols and exhaustive peak labeling, especially for characteristic metabolite peaks, are provided to enable easy reproduction of serum spectra, reliable metabolite identification and quantitation.

"A lung cancer patient, for example, might find 500 potential trials on clinicaltrials.gov, each of which has a unique, exhaustive list of eligibility criteria that must be read and assessed," says Galil. "As this pool of trials changes each week, it is humanly impossible to keep track of all good matches".

A widening pool of talent.

The initial pool of independent variables was selected largely based on the researchers' clinical experience and academic knowledge in advanced physiotherapy practice; hence, it might not be exhaustive.

The phenotyping described here was not intended to provide an exhaustive characterization of the phenotype of the mutant lines but, rather, to place mutant alleles into broad categories by using screens, generating a pool of genetic resources from which individual mutants can be selected based on their phenotype for secondary follow-up studies.

In conclusion, the RBH approach provides a fast, efficient, and stringent although not exhaustive methodology to identify pools of orthologs between species when extensive proteomes are available.