Allopurinol complexes with first row transition metal perchlorates |
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Authors: | Chester M. Mikulski Marie E. Holman Glenn Tener Troy Dobson Samoth Eang William Welsh Yvonne Nujoma Nicholas M. Karayannis |
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Affiliation: | (1) Department of Chemistry and Physics, Beaver College, 19038 Glenside, PA, USA;(2) Amoco Chemical Company, PO Box 3011, 60566-7011 Naperville, IL, USA |
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Abstract: | Summary Complexes of allopurinol (apH) with FeIII and several 3d metal(II) (e.g. Fe, Co, Ni and Cu) perchlorates were prepared. The solid complexes isolated included two monomeric hexacoordinated adducts of the type [Fe(apH)3-(OClO3) (OH2)2]ClO4 and [Fe(apH)3(OClO3)2(OH2)]ClO4, involving N(8)-bound neutral apH ligands, and polymeric Co, Ni or Cu complexes containing both neutral apH and monoanionic ap- ligands. The latter three complexes involved both N(8)-bound terminal apH and N(1), N(8)- or N(1), N(9)-bound bridging ap- ligands, and were of the following types: [(apH)2Cu(ap)]n(ClO4)n, tetrahedral; [(apH)(H2O)(OClO3)Co(ap)]n, pentacoordinated; and [(apH)2(H2O)(OClO3)Ni(ap)]n, hexacoordinated.Presented in part at the 203rd. American Chemical Society National Meeting; see Ref. 1. |
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