However, given the explicit representation of the self-management pathways in our modelling approach we argue that our models serve as a clear tool to debate how one self-management pathway differs from another.
These models serve as a basis to establish and validate efficient rationales used to tailor and/or screen virtual libraries with enhanced chances of obtaining hits.
Soil landscape models serve as a basis for understanding the relationships between soils and landscape, and such models also allow us to study soil distribution, and classification.
Rather, the hepatic spheroid models serve as a tool to screen for the cholestatic liability of compounds by means of assessing the drug-induced interference with BA homeostasis, which can constitute a risk factor for the development of DILI.
Animal models serve as a powerful tool for investigating the neurobiological mechanisms underlying this disorder; however, little standardization exists across the wide range of available modeling approaches most often employed.
By synthesizing measurements of lung mechanics and advances in imaging, computational airway tree models serve as a powerful engine to accelerate our understanding of the physiologic changes that occur in asthma.
