… Having introduced the elements of implicit-solvent modeling, we now outline the rest of
this review. First we consider various implicit models for the electrostatic and first-solvation-shell …

… plus Nonpolar Implicit Solvent Model (AGBNP) In this section we briefly review the formulation
of the AGBNP1 implicit solvent model, which forms the basis for the new AGBNP2 model. …

… We present a robust and efficient method to implicitly account for solvation effects in modern
… solvation model based on the analytical linearized Poisson–Boltzmann (ALPB) model is …

… We compare an established implicit solvation scheme with a … Then, the impact of various
parameters on the solvation … symmetric slabs when including solvation effects on metallic …

… conformation to calculate the solvation free energies with the implicit solvation model. This
is actually a common practice in docking and scoring with implicit solvation models. However, …

… implicit solvent models can be used to approximate thermodynamics properties of liquids.
Here, we evaluate the predictive power of implicit solvent models for solvation … GB) models (GB …

… for implicit/explicit mixed schemes are briefly reviewed. Continuum models of both solute
and solvent are also described. Lastly, miscellaneous approximations of implicit solvation are …

… functional theory approach to solvation in molecular solvents. The solvation free energy of a
… it can be reduced to the conventional implicit solvent models when the solvent microscopic …

… of a solvated molecule or ion. The first approach is to use an explicit solvation model, in which
… The second approach is to use an implicit solvation model, in which the solute molecule …

… SCCS model is comparable to the well-known universal continuum solvation model (SMx) …
the non-electrostatic terms of the model, we present the SCCS-P solvation model as a more …