0000000000560465

AUTHOR

Nelida Maria Peruchena

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3-Chlorotyramine Acting as Ligand of the D2 Dopamine Receptor. Molecular Modeling, Synthesis and D2 Receptor Affinity.

2014

We synthesized and tested 3-chlorotyramine as a ligand of the D2 dopamine receptor. This compound displayed a similar affinity by this receptor to that previously reported for dopamine. In order to understand further the experimental results we performed a molecular modeling study of 3-chlorotyramine and structurally related compounds. By combining molecular dynamics simulations with semiempirical (PM6), ab initio and density functional theory calculations, a simple and generally applicable procedure to evaluate the binding energies of these ligands interacting with the D2 dopamine receptors is reported here. These results provided a clear picture of the binding interactions of these compou…

Models MolecularMolecular modelChemistryReceptors Dopamine D2Organic ChemistryBinding energyAtoms in moleculesAb initioTyramineComputer Science ApplicationsMolecular dynamicsDopamine D2 Receptor AntagonistsStructural BiologyDopamine receptorComputational chemistryDopamine receptor D2Drug DiscoveryHydrocarbons ChlorinatedMolecular MedicineHumansDensity functional theoryMolecular informatics
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