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Critical Reviews™ in Physical and Rehabilitation Medicine

 

ISSN for PRINT: 0896-2960

Institutional price:

$684.00

Issues per year:

4

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Best Paper Award Selection - Editorial Board Site

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2000, Volume12

Issue 4

  104 pages  

   

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Issue price - $163.00  

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  • Stimulated Bone Healing
  • Dr. Martin Lind
    Orthopedic Research Laboratory, Norrebrogade 44 big 1A, University Hospital of Aarhus, 8000 Arhus C, Denmark

    Kjeld Soballe
    Orthopedic Research Laboratory, Norrebrogade 44 big 1A, University Hospital of Aarhus, 8000 Arhus C, Denmark

    Soren Overgaard
    Orthopedic Research Laboratory, Norrebrogade 44 big 1A, University Hospital of Aarhus, 8000 Arhus C, Denmark

    Jason Werle
    Division of Orthopedics, Stanford University Medical Center, Stanford University, California

    Stuart B. Goodman
    Division of Orthopedics, Stanford University Medical Center, Stanford University, California

    Cody Bunger
    Orthopedic Research Laboratory, Norrebrogade 44 big 1A, University Hospital of Aarhus, 8000 Arhus C, Denmark


    ABSTRACT

    Impaired bone healing has been a known problem since ancient times. Numerous methods have been tried during the medical history to solve this problem. Bone grafting has until recently been the main treatment of impaired bone healing. During the last two decades the rapid development of biotechnology and biomaterials have led to numerous new materials and identification of bioactive mediators with potent effects on bone healing. The isolation of the peptide regulators of bone formation and bone healing have led to new pharmacological tools for stimulation of bone healing. Also the advances in molecular biology have led to identification of bone stem cells, and with gene therapy principles, cellular growth factor factories are now possible tools. Advances in calcium phosphate ceramic research have led to the development of numerous new bone substitutes that create favorable conditions for bone healing. The aim of this review is to describe the major approaches of stimulated bone healing. Possible areas for clinical usage of these methods are also discussed.

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