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Intermolecular forces / Metalloproteins / Chemical bonding / Molecular dynamics / Force field / QM/MM / Hydrogen bond / Root-mean-square deviation / Zinc / Chemistry / Computational chemistry / Molecular modelling


Submitted to The Journal of Physical Chemistry Determination of the Structure Form of the Fourth Ligand of Zinc in Acutolysin A using Combined Quantum Mechanical and Molecular Mechanical Simulation
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Document Date: 2012-08-16 12:29:07


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File Size: 1,74 MB

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Company

M and S / Data Bank / Ligand / /

Currency

pence / /

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Facility

Dalian Institute of Chemical Physics Han / HBUILD facility / Minnesota Supercomputing Institute / Dalian Institute of Chemical Physics Wong / Dalian Institute / Smith Hall / University of Minnesota / generated using the HBUILD facility / /

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IndustryTerm

active site / energy minimization / metal-binding site / metal ion / biological systems / interaction energy / temperature algorithm / potential energy / carboxylate / level quantum chemical calculations / /

Organization

Chemistry and Minnesota Supercomputing Institute / Chinese Academy of Sciences / Center for Computational Chemistry Gao / Department of Chemistry / Dalian Institute of Chemical Physics Han / Dalian Institute of Chemical Physics / University of Minnesota / Dalian Institute of Chemical Physics Wong / /

Person

Emilia L. Wu / /

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Position

CORRESPONDING AUTHOR / TITLE RUNNING HEAD / /

Product

Combined Quantum Mechanical / /

ProvinceOrState

Minnesota / /

PublishedMedium

The Journal of Physical Chemistry A / /

Technology

X-ray / Computational Chemistry / ATM / dielectric / drug design / Simulation / temperature algorithm / /

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