Sentence examples for capable of validating and from inspiring English sources

The questionnaire findings indicate that Altgeld residents are extremely aware of the local environmental hazards and would be capable of validating and finding additional environmental hazards if the EJSM tool, or one similar to it, is applied in their area.

However, the translational process consisting of information transfer from basic research to the real-life clinical setting is still in its infancy, and many years will be needed to perform larger investigations capable of validating and extending the utility for each COPD patient of the proteomic/peptidomic approaches.

So, if we want to create a new data type (boolean, for instance), we could create a DATATYPE entry with this kind of identifier (BOOLEAN) and a regular expression capable of validating this new data type ((^{wedge })(truefalse)$).

To support the adoption of standard languages, tools that are capable of validating models with respect to their specification language [ 8- 11] or additional guidelines and constraints associated with a modelling standard [ 12] are available.

The first one is the data type identifier and the second one is a regular expression that is capable of validating it.

The American College of Surgeons National Surgical Quality Improvement Program database is an outcomes reporting tool capable of validating the use of surgical checklists.

The real is that which, in conforming to given universal structures or categories of experience, is capable of validating certain ideas.

Additionally, while Wech and Bartlow ([2014]) suggested the hypothesis that the slip rate controls the occurrence of LFTs, this study is not capable of validating their hypothesis because SSE slip rate could not be estimated due to the limited temporal resolution in the low signal-to-noise ratio dataset.

Finally, neither method is capable of validating phosphotyrosine peptides, which accounted for less than 5% of our phosphopeptides identifications (data not shown).

There are also large scale approaches, capable of validating many antibodies simultaneously (Holm et al., 2012).

In this work, we describe a simple platform capable of rapidly validating previously characterized drug resistance targets and identifying novel genes and pathways responsible for conferring resistance to clinically relevant anticancer compounds.