Clearly, embedding the beta distribution within a more general regression modelling framework has enhanced its uptake in applied research settings.
Animal models have enhanced our understanding of the inflammatory processes that take place in the intestine following chemotherapy [12] [14], and in the clinical setting of SCT the relationship between intestinal damage and the inflammatory response has become better appreciated [4], [15].
They highlight how these models have enhanced our understanding of the underlying disease pathology and are posed to advance drug discovery in the near future.
Compared with the geometrically matched blade model, the performance-matched blade model has enhanced aerodynamic performance.
Clinical research combined with mathematical modeling has enhanced progress in the understanding of the HIV-1 infection [4].
Mathematical modeling has enhanced our understanding of multiple complex biological processes like enzyme kinetics, metabolic networks, signal transduction pathways, gene regulatory networks, and electrophysiology.
"Big data," the algorithmic aggregation of multiple data points from different platforms into predictive behavioral modeling, has enhanced our ability to target with great precision - for example, to runners who also like heavy metal music or theater aficionados who love European travel.
Building on the individualised predictions of the S-TPI, our decision analytic model has enhanced external validity and improved clinical applicability to likely outcomes for individual patients.
Implications and future directions Altogether, the PANDER mouse model has enhanced our understanding of the mechanistic implications of PANDER function and has unified many of the prior conflicting findings regarding its role in glycemic regulation.
The Nayana model has enhanced local capacity and skills through training and sharing of expensive equipment among semi-urban and rural ophthalmologists, empowering them to provide hitherto nonavailable services to their local communities.
