literature
Literature
Authors
Jobs
Seminars
Conferences
DataBETA

Copper complexes of nonsteroidal anti-inflammatory drugs: An Opportunity yet to be realized

2002
Published in:
  • Coord.Chem.Rev. 232 (2002) 95
DOI:
Report number:
  • SLAC-REPRINT-2002-313
View in:
reference search1 citation

Citations per year

20032004200501
Abstract: (Elsevier)
The proposed curative properties of Cu-based non-steroidal anti-inflammatory drugs (NSAIDs) have led to the development of numerous Cu(II) complexes of NSAIDs with enhanced anti-inflammatory activity and reduced gastrointestinal (GI) toxicity compared with their uncomplexed parent drug. These low toxicity Cu drugs have yet to reach an extended human market, but are of enormous interest, because many of today's anti-inflammatory drug therapies, including those based on the NSAIDs, remain either largely inadequate and/or are associated with problematic renal, GI and cardiovascular side effects. The origins of the anti-inflammatory and gastric-sparing actions of Cu-NSAIDs, however, remain uncertain. Their ability to influence copper metabolism has been a matter of debate and, apart from their frequently reported superoxide dismutase (SOD)-like activity in vitro, relatively little is known about how they ultimately regulate the inflammatory process and/or immune system. Furthermore, little is known of their pharmacokinetic and biodistribution profile in both humans and animals, stability in biological media and pharmaceutical formulations, or the relative potency/efficacy of the Cu(II) monomeric versus Cu(II) dimeric complexes. The following review will not only discuss the etiology of inflammation, factors influencing the metabolism of copper and historical overview of the development of the Cu-NSAIDs, but also outline the structural characteristics, medicinal and veterinary properties, and proposed modes of action of the Cu-NSAIDs. It will also compare the SOD, anti-inflammatory and ulcerogenic effects of various Cu-NSAIDs. If the potential opportunities of the Cu-NSAIDs are to be completely realized, a mechanistic understanding and delineation of their in vivo and in vitro pharmacological activity is fundamental, along with further characterization of their pharmacokinetic/pharmacodynamic disposition.
  • Copper
  • NSAID
  • Inflammation
  • Gastric sparing
  • Veterinary pharmaceuticals
  • Human pharmaceuticals
  • Pharmacology
  • SOD activity
  • [1]
    • G.P. Rodnan
      ,
    • T.G. Benedek
      • Arthritis Rheum. 13 (1970) 145
  • [2]
    • G.P. Rodnan
      ,
    • T.G. Benedek
      • Arthritis Rheum. 6 (1963) 317
  • [3]
    • J.R. Vane
      ,
    • R.J. Flower
      ,
    • R.M. Botting
      • Stroke 21 (1990) 12
  • [4]
    • H. Haas
      • Am.J.Med. 14 (1983) 1
  • [5]
    • H. Levesque
      ,
    • O. Lafont
      • Rev.Med.Int. 21 (2000) S8
  • [6]
    • M. Judge
      • New Scient. 2058 (1996) 30
  • [7]

    Principles of Medicinal Chemistry

    • W.O. Foye
      ,
    • T.L. Lemke
      ,
    • D.A. Williams
      ,
    • R.F. Borne
  • [8]
    The Pharmacological Basis of Therapeutics, fifth ed., Macmillan, New York,, p. 1704
    • L.S. Goodman
      ,
    • A. Gilman
  • [9]
    The name aspirin comes from a contraction of the letter a from acetyl and spirin
    • [10]
      • J.R.J. Sorenson
        • Prog.Med.Chem. 26 (1989) 437
    • [11]
      Papyrus Ebers: die Arzneimittel der alten Aegypter in hieratischer Schrift, W Engelmann, Leipzig, 1875
      • G. Ebers
      • [12]
        The Papyrus Ebers, Oxford University Press, London
        • B. Ebbel
      • [13]
        • W.R. Walker
          ,
        • S.J. Beveridge
          ,
        • M. Whitehouse
          • Agents Action Suppl. 8 (1981) 359
      • [14]
        • J.R.J. Sorenson
          • Chem.Br. 20 (1984) 1110
      • [15]
        • J.R.J. Sorenson
          • Handbook of Metal-Ligand Interactions in Biological fluids 2 (1995) 1318
      • [16]

        Copper and Zinc in Inflammatory and Degenerative Diseases

        • L.-O. Klotz
          ,
        • U. Weser
      • [17]

        Copper–Salicylate in Rheumatoid Arthritis and Similar Degnerative Diseases

        • W. Hangarter
      • [18]
        US Patent, Divalent Metal Complexes of Indomethacin, Compositions and Medical Methods of Use Thereof, p. 9 cont.-in-part of US 5310936
        • H.L. Regtop
          ,
        • J.R. Biffin
      • [19]
        • Z. Korolkiewicz
          ,
        • E. Hac
          ,
        • I. Gagalo
          ,
        • P. Gorcyca
          ,
        • A. Lodzinska
          • Agents Action 26 (1989) 355
      • [20]
        • J.R.J. Sorenson
          • J.Med.Chem. 19 (1976) 135
      • [21]

        Martindale. The Extra Pharmacopoeia

        • J.E.F. Reynolds
      • [22]
        Australian Presciption Products Guide, vol. 1, 26th ed., Australian Pharmaceutical Publishing Co Ltd., Hawthorn, Victoria,, p. 1327
        • J. Thomas
      • [23]
        • C.S. Boynton
          ,
        • C.F. Dick
          ,
        • G.H. Mayor
          • J.Clin.Pharmacol. 28 (1988) 512
      • [24]
        US Department of Health and Human Services, In: FDA Approves Celebrex for Arthritis
        • [25]
          US Department of Health and Human Services, In Food and Drug Administration: FDA Approves VIOXX for Osteoarthritis, Pain and Menstrual Pain