Journal of Orthopaedic Science

, Volume 2, Issue 3, pp 185–190 | Cite as

Bone pathology in experimental osteoporosis: A review

  • Pierre Mainil-Varlet
Review Articles
  • 176 Downloads

Abstract

New implants for the internal fixation of porotic bone should first be evaluated in experimental animals before they can be used in humans. If relevant results are to be generated, it is imperative that there is an adequate animal model for these studies. A literature survey of procedures used to develop ostoporosis in experimental animals indicated that none of the models described satisfactorily fulfilled the requirements for an optimal model for the study of porotic bone fracture fixation. The rat model exhibits major pathological differences compared to humans (different pattern of bone remodeling, little or no secondary Haversian remodeling in cortical bone, stable skeletal mass for a life span, small body size, short life span, low blood volume, and high basal metabolic rate). Large animals, such as dogs and primates, require a much longer time to reach a steady-state bone loss and none of them suffer from bone fragility. In the optimal animal model for the study of porotic bone fracture fixation, the histopathological pattern of osteoporosis should be similar to that of humans, and bone loss should be well controlled, appear early, not reverse spontaneously, and be associated with bone fragility.

Key words

osteoporosis animal model fracture fixation 

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Copyright information

© The Japanese Orthopaedic Association 1997

Authors and Affiliations

  • Pierre Mainil-Varlet
    • 1
  1. 1.AO/ASIF Research InstituteDavosSwitzerland

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