Biomechanics of Lower Limb Prosthetics
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Beschreibung
The most outstanding feature of "Biomechanics of Lower Limb Prosthetics" is the demonstration of the practicality of biomechanics, when applied to lower limb prosthetics. Several original concepts are described, one of which, "rolling technology," has been implemented in prosthetic devices, while the principle of "reciprocal anti-resonance in locomotion" addresses future studies. A concept of anthropomorphicity presented by the author is a key tool in planning the design of an artificial limb or its components.
Measurement procedures and equipment used in biomechanical laboratories are presented. The book demonstrates how the analysis of biomechanical data is a tool in the decision-making process of a prosthetic designer and clinician. The author shares his experience in the development of a protocol for biomechanics subject trials used in NIH-supported studies.
Foreword from a Clinical Biomechanist, Applied Physiologist and Prosthetist teaching graduate students in Prosthetics & Orthotics. While there are many books on Biomechanics, arguably the quintessential science of limb prosthetics, none addresses the fundamental principles in sufficient detail and depth to be practically useful to the prosthetist, rehabilitation specialist or researcher. Dr. Pitkin’s monograph is an exemplary collection of theoretical principles from his research and o- ers, presented in its clinical and applied biomechanics form. The textbook provides an excellent overview of the many facets of lower limb prosthetic design and engineering for the ardent clinician researcher and student. The book delves into many of the basic concepts that are required knowledge for the clinician and the scientist to have as the foundation for their work. Dr. Pitkin has an e- quent manner in which he reflects on the history and literature to tell the storied evolution of prosthetic design . He takes the reader on a journey to consider his theories, which have substantive foundations to contemplate. By the end of chapter one, we have the basic h- tory and an appreciation for the rationale behind the “rolling joint ankle” with evidence to support his theoretical views.
Practical approach to the use of biomechanics in prosthetics State of the art presented by leading expert in the field Clearly structured "hands on" reference work Includes supplementary material: sn.pub/extras
Autor*in
Mark R. Pitkin
Themen in »Biomechanics of Lower Limb Prosthetics«
Monitor Rehabilitation amputation ankle artificial limb biomechanics compensatory gait gait comfort one-leg balancing rolling knee rehabilitation psychology
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From the reviews:
“The textbook delivers an excellent overview of the various facets of lower limb prosthetic design and engineering. It can be useful to the professionals who develop the prostheses and who prescribe them. … The monograph by Professor Pitkin already has been and will be a must component of the curriculum in biomechanics, rehabilitation and prosthetics as an important source of ideas and methodology, especially for young devoted professionals.” (Konstantin Shcherbina, Prosthetics and Orthotics International, February, 2014)
“This book describes how biomechanical principles and theories can be applied to the development and testing of new prosthetic componentry. … clinicians will find that … the book helps them understand the basis of hypothesis testing and the various tools, including force plates, socket interface measurements, and computer models, available to researchers to evaluate prosthetic componentry and biomechanical ideas. … Researchers and students will find value in the experiences of the author in the development and testing of the rolling joint technology … .” (Laura A. Miller, Doody’s Review Service, January, 2011)
“Pitkin’s work serves as a foundation for designing and manufacturing contemporary lower limb prosthetics. … Biomechanics of Lower Limb Prosthetics is well written and easy to read, considering its heavy emphasis on biomechanical principles and theories. … the book does summarize current understanding of basic movement concepts, measurements, and challenges for future design and so should appeal to the academician and prosthetist and serve as an invaluable tool for prosthetic research.” (Brian M. Kelly, Journal of the American Medical Association, Vol. 304 (21), December, 2010)
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