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Three-dimensional structure model for benzenoid musks expressed by computer graphics
Authors:Yoshii  Fumiko; Hirono  Shuichi; Liu  Qian; Moriguichi  Ikuo
Abstract:Structures of two strong benzenoid musks, 3,5-di-t-butylacetophenoneand 5-acetyl-1,1,2,3,3,6-hexamethylindan, were optimized byPM3 (MOPAC Ver.5). Based on these structures, a three-dimensionalstructure model for benzenoid musks was constructed. This structuremodel is expressed as a box of about 12 x 11 x 6.5 Å Whichcircumscribes musk molecules. The box contains (i) a smallerbox of about 7.5 x 11 x 6.5 Å Which approximates the hydrophobicbulky moiety of benzenoid musks; (ii) the position of the benzenering located in the smaller box; and (iii) the binding pointon an odor receptor assumed to interact with an oxygen atomof the functional group in the benzenoid musks. The validity of this structure model was examined by applyingit to structures of 40 benzenoids (30 musks and 10 odorless).As a result, 37 out of the 40 benzenoids were correctly discriminatedto be odoriferous or odorless by referring them to this structuremodel.
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