Similar findings have been reported by Werdan et al. who elegantly demonstrated, using a mathematical model, that it is possible to quantify the severity of septic cardiomyopathy by calculating the expected values of afterload-related CO/CI.
This verifies that it is possible to quantify the simple SCW model of McPherron et al. (1973) in a physically meaningful way, and this case based only on cross-meridian current that forms part of the SCW.
Alternatively, it is possible to quantify the usefulness of a prediction model in a more realistic future clinical setting where individuals may have some missing predictors.
It is possible to quantify the effects of arbitrarily complex evolutionary models by performing forward population genetic simulations, but forward simulations can be computationally prohibitive for large population sizes (>10).
With the help of molecular fingerprints it is possible to quantify the similarity between molecules.
Thus it is possible to quantify the effects of policy implementation and independent developments.
Using mathematical models, it is possible to define rational expectations about insecticide-impregnated clothes to control dengue, in the same way these models were used to quantify the impact of the use of bed nets to control malaria (24).
It may be possible to quantify metabolic differences between species based on such modeling and then standardize the phenotype prior to combining QTL data accordingly.
It should be possible to quantify these reductions.
It may not be possible to quantify a hit.
