Open circles are obtained from several of the models presented here in this seminar.
The hepatic spheroid models presented here might aid in assessing the cholestatic liability of compounds during preclinical safety testing.
Furthermore, results from the two micromechanical models presented here are also compared with each other.
All mathematical models presented here are derived from the energy expression by using the Lagrange's equation.
The models presented here are based on MapReduce, workflows, and NoSQL database management systems.
And some models presented here were already being treated as punch lines, like the Trabant nT, an electric updating of the infamous East German people's car.
It is evident that the hepatic spheroid models presented here cannot detect idiosyncratic immune-mediated processes through drug-induced cholestatic toxicity.
Combined, our results demonstrate that the hepatic spheroid models presented here can be used to detect and study compounds with cholestatic liability.
The range of deformation patterns exhibited from the models presented here indicates the complex nature of lithospheric heterogeneities and plate tectonics.
The models presented here have important implications for improved design procedures of water resources and hydrologic systems.
The computational models presented here might be useful to the design of selective and more potent C-BS inhibitors.
