Sentence examples for models with considerable from inspiring English sources

Many of these investigations have led to encouraging outcomes in various in vitro and in vivo regenerative models with considerable translational potential.

With respect to the above descriptions, it can be deducted that non-isothermal models with considerable value of thermal diffusion ratio are not capable to have a reliable prediction of CG for present reservoir.

Fruiting tree density was included in all models with considerable support (ΔAIC <2) for both sun and black bears (Table 3).

1 While certain computationally expensive techniques 2 can construct predictive models with considerable accuracy from high-dimensional data, reduction of these data prior to modeling is a separate problem that has received recent attention.

In summary, we here show that incorporating gene expression measurements and phenotypic data within a genome-scale model of human metabolism via PRIME results in functional cell-specific models with considerable predictive power.

The best insight into their failure may come from a similar model with considerable success.

The period for which cancer registry data was available included 18 years before the year of introduction of organised cervical screening program (1991) and 17 years after; thus trends before and after introduction of an organised approach could be modelled with considerable precision in a range of groups of migrant women.

Large interindividual variability in the PD response is predicted by the PBPK/PD model with considerable overlap in the distributions, suggesting that a large study size is required to detect the small effect of the OATP1B1 genotype on the PD response to rosuvastatin.

However, the increase in power and precision achieved through the use of mixed models comes with considerable costs in terms of computing time.

Since geotechnical models are associated with considerable model uncertainty, this study characterized the model uncertainty of settlement estimation models through a systematic comparison between model predictions and past performance data derived from instrumentation.

Geotechnical models are usually associated with considerable amounts of model uncertainty.