We consider multivariate EC-t distribution and two distinct mixture models based on EC distributions.
The current review presents three most popular microscopic models based on distinct scaling schemes of this resistance, namely the bond resistance, bond strength, and electronegativity models, with key points during employing these microscopic models addressed.
The difficulties in passing from the microscale to the macroscopic level are also discussed, as well as the capabilities of numerical models based on the distinct element method.
To account for the flexibility of CB1 receptor, we constructed four CB1 receptor models based on four structurally distinct ligands, HU-210, ACEA, WIN55212-2 and SR141716A, using the newest X-ray crystal structures of human β2 adrenergic receptor and adenosine A2A receptor as templates.
The cGMP-binding site of PKG and CNG channels has a threonine residue distinct from the cAMP receptors, and previous models based on the known structures of PKA and HCN channels have predicted that the hydroxyl group of these threonine residues interacts with the guanine 2-NH2 grofp of syn-cGMP through hydrogen bonds.
Ranking of the models based on the fit of model-based simulations of the trNOE data and STD buildup curves suggested conformations distinct from those seen in previous crystal structures.
This paper proposes a model selection methodology for feedforward network models based on the genetic algorithms and makes a number of distinct but inter-related contributions to the model selection literature for the feedforward networks.
However, these writings do not present a unified theory of judgment but, rather, two distinct models, one based on the standpoint of the actor, the other on the standpoint of the spectator, which are somewhat at odds with each other.
To explain this pathway- and mode-dependent permeabilization, we propose the new transport model based on distinct structures of central and peripheral transport barriers.
In this paper a complex hydraulic fracture pattern propagation model based on the Distinct Element Method as a design tool is presented which can be used to optimize treatment parameters under complex propagation conditions.
