Nþ / Quanta / Si xSAq / analogue ASA / ðzÞ ASA / CdO / Accelrys Inc. / /
Event
Environmental Issue / /
Facility
College of Pharmacy / University of Michigan / /
IndustryTerm
transfer free energy / electrostatic self-energy / lowest transfer energy / define transfer energy / energy profiles / nonpolar solution / free energy difference / energy penalty / solute / machinery / different systems / energy values / energy minima / lower energy / phosphatidylcholine / low-energy area / ionization energy / electrostatic transfer energy / aqueous solution / energy functions / local energy minimization / pronounced energy minima / energy / lipid acyl chain / statistical energy curves / membrane binding energy / physical energy profiles / transbilayer energy profiles / physical energy curves / similar chemical structure / energy gain / wider negative energy areas / Statistical energy / energy interval / transfer energy / electrostatic energy / energy cost / wider statistical energy curves / Transfer energy profiles / dipolar energy / energy conversion / charged lipid groups / narrow low-energy areas / energy preferences / immobilization energy / ionizable / guanidine / statistical energy profiles / lipid solution / positive transfer energy / solvation energy / statistical and physical energy profiles / aqueous solutions / wide low-energy areas / ionizable groups / acyl chain / surface transfer energy / external software / hydrophobic solution / /
Organization
College of Pharmacy / University of Michigan / Mosberg Department of Medicinal Chemistry / American Chemical Society / /
Person
Elip / Henry I Mosberg / /
Position
Universal Solvation Model for Anisotropic Environment / Walker / RT / σCOO / /
ARTICLE pubs.acs.org/jcim Anisotropic Solvent Model of the Lipid Bilayer. 2. Energetics of Insertion of Small Molecules, Peptides, and Proteins in Membranes Andrei L. Lomize,* Irina D. Pogozheva, and Henry I Mosberg