This presentation was given at the D3R/SAMPL Workshop 2019 in San Diego, CA on August 22nd, 2019. It deals with of the main results of the IEFPCM/MST continuum solvation model used for the blind prediction of n-octanol/water partition of a set of of 11 kinase inhibitor fragment-like small molecules within the SAMPL6 Part II Partition Coefficient Challenge (submission ID “kivfu”)
Partition coefficients define how a solute is distributed between two immiscible phases at equilibri...
Within the framework of the 6th physical property blind challenge (SAMPL6) the authors have particip...
Partition coefficients define how a solute is distributed between two immiscible phases at equilibri...
The IEFPCM/MST continuum solvation model is used for the blind prediction of n-octanol/water partiti...
Partition coefficients describe the equilibrium partitioning of a single, defined charge state of a ...
The SAMPL Challenges aim to focus the biomolecular and physical modeling community on issues that li...
Within the scope of SAMPL7 challenge for predicting physical properties, the Integral Equation Forma...
This figure was created as a visual abstract for the SAMPL6 Part II logP Challenge, which was a blin...
The Statistical Assessment of Modeling of Proteins and Ligands (SAMPL) challenges focuses the comput...
The octanol-water partition coefficient is an important physical-chemical characteristic widely used...
The octanol–water partition coefficient is an important physical–chemical characteristic widely used...
The solvation free energy is an essential quantity in force field development and in numerous applic...
The solvation free energy is an essential quantity in force field development and in numerous applic...
The n-octanol/water partition coefficient (log Po/w) is a key physicochemical parameter for drug dis...
The n-octanol/water partition coefficient (log Po/w) is a key physicochemical parameter for drug dis...
Partition coefficients define how a solute is distributed between two immiscible phases at equilibri...
Within the framework of the 6th physical property blind challenge (SAMPL6) the authors have particip...
Partition coefficients define how a solute is distributed between two immiscible phases at equilibri...
The IEFPCM/MST continuum solvation model is used for the blind prediction of n-octanol/water partiti...
Partition coefficients describe the equilibrium partitioning of a single, defined charge state of a ...
The SAMPL Challenges aim to focus the biomolecular and physical modeling community on issues that li...
Within the scope of SAMPL7 challenge for predicting physical properties, the Integral Equation Forma...
This figure was created as a visual abstract for the SAMPL6 Part II logP Challenge, which was a blin...
The Statistical Assessment of Modeling of Proteins and Ligands (SAMPL) challenges focuses the comput...
The octanol-water partition coefficient is an important physical-chemical characteristic widely used...
The octanol–water partition coefficient is an important physical–chemical characteristic widely used...
The solvation free energy is an essential quantity in force field development and in numerous applic...
The solvation free energy is an essential quantity in force field development and in numerous applic...
The n-octanol/water partition coefficient (log Po/w) is a key physicochemical parameter for drug dis...
The n-octanol/water partition coefficient (log Po/w) is a key physicochemical parameter for drug dis...
Partition coefficients define how a solute is distributed between two immiscible phases at equilibri...
Within the framework of the 6th physical property blind challenge (SAMPL6) the authors have particip...
Partition coefficients define how a solute is distributed between two immiscible phases at equilibri...