Prediction of Chameleonic Efficiency

10 June 2021, Version 1
This content is a preprint and has not undergone peer review at the time of posting.

Abstract

Prediction of chameleonic properties from environment-dependent conformational ensembles generated by molecular dynamics in explicit solvent is presented. This methodology yields predictive models of overall polarity (experimentally determined EPSA) and hydrogen bond donor exposure (experimentally measured delta log Poct-tol) for 24 FDA-approved drug molecules. Two quantitative indices of chameleonic efficiency are introduced to aid drug designers striving to combine sufficient permeability and solubility.

Keywords

chameleonic properties
polar surface area
hydrogen bonding
molecular dynamics

Supplementary materials

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Supporting Information Ritzen 3-May-2021-ChemRxiv
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chameleonic
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