Sentence examples for use an extensive database from inspiring English sources

The clinic said it would use an extensive database to flag any potential conflicts, allowing them to be better vetted and managed by the institution.

The NeuroVR Editor of the platform allows non-expert practitioners and researchers to modify and individualize a VE using an extensive database containing 2D and 3D objects.

Real-time crash prediction models are often structured as general log-linear categorical models which must be calibrated using an extensive database.

Rule sets were produced using an extensive database describing the nature and condition of the habitats recorded within a 50 m radius of the sampling sites.

The influence of longer (swell) on shorter, wind sea waves is examined using an extensive database of directional buoy measurements obtained from a heave-pitch-roll buoy moored in deep water in the South Atlantic.

However, the real-time crash prediction models, which are often structured as general log-linear categorical models, must be calibrated using an extensive database containing roadway geometric characteristics, weather conditions, crash records, and real-time traffic conditions (typically determined from loop detector data).

Using an extensive database describing ecological, life history and environmental attributes of approximately 45 60% of all known amphibian species (3,366 species; some species were excluded from analysis because of incomplete data; see Results), we determined which traits were most associated with threat and decline risks (see Materials and Methods).

The software uses an extensive database of functional interactions which are drawn from peer-reviewed publications and are manually maintained [ 24].

Five methods included all relevant technologies by considering all alternatives [ 8, 14, 15, 17] or by using an extensive database to do so [ 13], while the sixth study did not state if this was addressed [ 16].

Using an extensive database of lactase persistence phenotype frequencies, together with information on how those data were collected and data on the frequencies of lactase persistence variants, we present a global summary of the extent to which current genetic knowledge can explain lactase persistence phenotype frequency.

We used an extensive database (Scannell et al. 1995) of anatomical tracing experiments to assess, employing a variety of analytical approaches, the extent to which different anatomical variables associated with cortical organization can account for the local and global inter-areal connectivity of the cat cerebral cortex.