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Diagnostics, Methodologies and Instrumentation
by ruth on July 29, 2007

The novel material is an advance over first-generation highly crosslinked polyethylene (developed at MGH) significantly reduced a serious complication of early hip implants and can be applied in replacements for a wider variety of joints in a more diverse group of patients.
According to Orhun Muratoglu, PhD, co-director of the Harris Orthopædics Biomechanics and Biomaterials Laboratory (OBBL) at MGH, who developed the new material in collaboration with scientists at the Cambridge Polymer Group:
"We think this material could be used for any joint in the body and in any implant design, even those demanding higher flexion and more mobility."
Says Andrew A. Freiberg, MD, chief of the Arthoplasty Service in the MGH Department of Orthopædics, who performed the first implant with the new material:
"This material will allow us to offer our patients very long-term, high-performance joint replacements. It should be suitable for higher-stress applications in younger patients, those who are more active and those who are heavier."
Find more details from the full report.
Tags:
polyethylene
hip
joint
replacement
more
crosslinked+polyethylene
joint+replacement
polyethylene+make
Trackback: http://publish.creative-weblogging.com/publish/mt-tb.pl/83521
Mr Wong
Vote for Crosslinked Polyethylene Makes Stronger, More Versatile Joint Replacement:
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Rating: 8.50 out of 4 vote(s) cast.
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Response from:
Trisha
(08/03/07 7:37pm)
I hope I never need one, but it is good that big improvements are being made in joint replacements. I read something recently about knee joints I believe too recently, apparently they are getting much better with those also.
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