Sentence examples for by the published model from inspiring English sources

As a consequence, the concentration dynamics produced by the published model are physically impossible and could not occur in nature.

As expected, these dynamics fit the densitometric data better than the dynamics obtained by the published model.

TCMC results in a thermodynamically consistent model of the EGF/ERK signalling cascade that produces ERK-PP concentration dynamics which match the available experimental data noticeably better than the dynamics produced by the published model.

By considering the discussion in [ 24], we believe that this behavior by the TCMC model may turn out to be a biologically important property of the EGF/ERK signaling pathway that cannot be effectively captured by the published model.

By using TCMC to recompute thermodynamically feasible values for the kinetic parameters, we can construct a physically realizable model whose dynamics are expected to reflect the true behavior of EGF/ERK signaling more accurately than the dynamics produced by the published model.

Although the integrated response predicted by both models is indeed robust for input EGF concentrations larger than 10-2 ng/mL, when the EGF concentration decreases below 10-2 ng/mL, the integrated response of ERK-PP activity predicted by the TCMC model exhibits a sharper transition from large to small values than the one predicted by the published model.

The averaged values of doubling time and selective advantage coefficient determined by our model are consistent with the predictions made by the published models.

Experimental data were compared with the values obtained by the previously published model, whereas the sonochemical effectiveness factor (eUS) was introduced in the kinetic models to incorporate cavitational phenomena and its influence on conversions.

A new genome-scale model for C. acetobutylicum ATCC 824 was constructed by expanding the previously published model by Senger and Papoutsakis [ 11, 12].

This comment points out the large discrepancy between the predictions of the recently published model by Storozhev and Yermakov (Storozhev and Yermakov, Combust. Flame 162 (2015) 4129 4137) and the large body of accumulated literature on aluminum combustion.

The network growth model used in this study was inspired by a previously published model by Maslov et. al [ 20], which was used for modelling the evolution of prokaryote metabolism.