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A molecular modelling study of the interaction of noradrenaline with theβ 2-adrenergic receptor
Authors:T. J. Mitchell  M. S. Tute  G. A. Webb
Affiliation:(1) Department of Chemistry, University of Surrey, GU2 5XH Guildford, Surrey, UK;(2) Pfizer Central Research, CT13 9NJ Sandwich, Kent, UK;(3) Present address: Chemotherapeutic Research Centre, Beecham Pharmaceuticals, Brockham Park, RH3 7AJ Betchworth, Surrey, UK
Abstract:Summary A model of thebeta2-adrenergic receptor binding site is built from the primary structure of the receptor, experimental evidence for key binding residues and analogy with a homologous protein of partially determined structure. It is suggested that residues Trp-109, Thr-110 and Asp-113 are involved in ligand binding. Noradrenaline is successfully docked into this model, and the results of an INDO molecular orbital calculation on the complex indicate that a charge transfer interaction between Trp-109 and noradrenaline is possible.
Keywords:  /content/mt45747106480760/xxlarge946.gif"   alt="  beta"   align="  MIDDLE"   BORDER="  0"  >2-Adrenergic receptor  Noradrenaline  Drug-receptor interactions  Molecular graphics  Molecular mechanics  Semi-empirical molecular orbital calculations
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