The models exhibit different performance characteristics, presented here and treated in depth.
However, a direct comparison of the results of these studies is quite difficult since datasets, used to build and validate the various models, exhibit different characteristics, reflecting local variations in data collection and reporting practices.
These interpretative models exhibit different trade-offs between completeness and accuracy the spoke model achieves high accuracy at the cost of incompleteness, whereas the matrix model provides a more complete model but relatively low accuracy due to pairing all prey proteins from a given bait with each other.
Like real cells, AP models exhibit different behaviour in isolation, compared to a setting when they are coupled together in tissue, and many of the clinically used biomarkers can be observed only at the tissue level.
Fracture treatments are conducted in animal models exhibiting different susceptibilities to infection, intrinsic vascular histologies (e.g., the femur and mandible are more highly vascularised than the fibula), biomechanics (e.g., quadrupeds versus bipeds), wounding and healing histologies and responses, and bone histomorphologies.
The model exhibits different synaptic filtering profiles upon changing certain parameters in the base model.
This model exhibits different forms of self-assembly processes; some like micelle formation involve only weak bonds, and others like the ligation of oligomers involve both weak and strong bonds.
The model exhibits different types of bifurcations including the saddle-node bifurcation, attracting and repelling Bogdanov–Takens bifurcations, and all types of Hopf bifurcation with the variation of the control parameters.
Each of the model drugs exhibited different release mechanisms.
The numerical simulations demonstrated that a discrete model based on locally averaged mean curvature satisfactorily reproduces the mechanical behavior determined by Helfrich's isotropic continuum model, whereas a discrete model without the averaging exhibited different deformation behavior.
