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Computational chemistry / Human skin / Corneocyte / Stratum corneum / Molecular dynamics / NAMD / Skin / LAMMPS / Lipid / Anatomy / Biology / Organs


Simulation predicts epidermal responses to compounds
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Document Date: 2015-01-05 13:47:46


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Temple University / University of Pennsylvania April / University of Warwick / State University of New York / University of Illinois at Chicago / University of Cincinnati / Oak Ridge Leadership Computing Facility / /

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complicated lipid systems / pharmaceutical industry / biological systems / chemical compounds / faster processing / selected chemical compounds / large systems / consumer-products / Companies developing products / chemical / chemicals / chemicals permeating lipids / /

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the University of Pennsylvania / Department of Energy / University of Illinois at Chicago / National Academy of Sciences / State University of New York / Temple University / University of Cincinnati / office of Advanced Scientific Computing Research Leadership Computing Challenge / European Chemical Industry Council / University of Warwick / DOE office of Science / /

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Russell H. DeVane / Michael L. Klein / Jerry Kasting / Giacomo Fiorin / Michal Otyepka / Marketa Paloncyova / Bruce P. Murch / Arnold Tharrington / Michael Klein / Russell DeVane / Karel Berka / Christopher MacDermaid / Dawn Levy / /

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vitamin D / Titan / /

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html / Simulation / /

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