Direct skeletal attachment of limb prostheses is an alternative to traditional techniques based on a socket-residuum attachment. We investigated cell adhesion and penetration into the pores of a porous titanium pylon in rats.
We hypothesized that the risk of skin infection during direct attachment of limb prostheses might be reduced with this type of pylon. Electronic scanning and morphological analysis showed that the porous titanium pylon integrated with the surrounding skin.
Therefore, developing a natural barrier against the infection associated with direct skeletal attachment of limb prostheses may be possible. We preliminarily conclude that the experimental porous pylon provided an inviting environment for the surrounding tissues.
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About the Journal of Rehabilitation Research and Development
JRRD has been a leading research journal in the field of rehabilitation medicine and technology for more than 40 years. JRRD, a peer-reviewed, scientifically indexed journal, publishes original research papers, review articles, as well as clinical and technical commentary from U.S. and international researchers on all rehabilitation research disciplines. JRRD's mission is to responsibly evaluate and disseminate scientific research findings impacting the rehabilitative healthcare community.
Journal of Rehabilitation Research and Development
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