Easiest, cheapest way to develop and place prostheses
Contact: Gila Z. Reckessgmsnotes.wustl.edu Reckess 314-286-0109 Washington University School of Medicine in St. Louis (USA) - Researchers at Washington University School of Medicine in St. Louis for a simpler and less expensive to make prosthetic sockets developed . The studys principal investigator, Jack R. Engsberg, received the Howard R. PhD Thränhardt lecture fees for this work and first results are presented in the National Assembly of the American Association of orthotics and prosthetics at 11m. on Saturday 25 October in Reno, NevadaWhat were doing is an entirely different process than the traditional method of producing stem Engsberg said, is research assistant professor of neurosurgery. The new method can accelerate and simplify the procedure for the estimated
400,000 Americans with a member amputee. After Engsberg could also be particularly useful in countries where landmines are responsible for millions of amputations, most of which are in areas that do not fit with the financial resources and medical prostheses.We believe that eventually our new technology in the world can be learned and be less expensive and easier to implement, he said. The most important and difficult to put a prosthesis, which is part of the prosthesis that fits over the stump of the body. Traditionally requires the expertise of an experienced orthopedic surgeon. A plaster cast made of the strain, then filled with plaster to create a model. The model is then used to create a socket that is to maximize their ability to contour to die comfortably and
individuals to support the weight of the individual to do.Sockets typically require several fittings and adjustments, including production of test plans before a final product is obtained.Several approaches to improve the procedure are being investigated, but most are complicated and expensive than the traditional approach. Engsberg and his team developed an alternative simple and less expensive with a gel instead of plaster
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