Biomechanics of the through-knee prosthesis

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Biomechanics of the through-knee prosthesis.

The biomechanics of the through-knee prosthesis is considered in detail and comparisons made with the above-knee case. Socket shape and suspension are discussed and comment offered on knee function in both stance and swing phases.

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The purpose of any limb prosthesis is to replace, to the reasonable satisfaction of the wearer, as much as possible of the normal form and function lost through amputation. To provide a suitable prosthesis in any particular case, therefore, the several cooperating professional persons—physicians, prosthetists, therapists, others as appropriate—must have an intimate knowledge of just what losses...

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1 Previously published in Orthopadie Technik, 4/76, 58-60. Introduction M o r e than twenty years ago, McLaur in (1954) published his first report on the Canadian hip disarticulation prosthesis. His work was aimed at improving the conventional design of the saucer-type and tilting table prostheses. A measure of his success can be seen in that the Canadian-type has made the other two almost obso...

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Biomechanics of Cantilevered Implant-Supported Prosthesis (Biomechanics in Implant Prosthodontics)

The peculiar characteristic of an implant-supported prosthesis is the fact that its fixation is given by the connection of an alloplastic material (the implant) to a living tissue (the bone). This fixation has been defined as rigid and clinically asymptomatic and must be maintained during functional loading (Albrektsson & Zarb, 1993). Under load, bone tissue will undergo a remodeling process, w...

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Normal anatomy and biomechanics of the knee.

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ژورنال

عنوان ژورنال: Prosthetics & Orthotics International

سال: 1983

ISSN: 0309-3646

DOI: 10.3109/03093648309166981