TECHFIT: Cementless, Customized Orthopaedic Implants to Mimic the Anisotropic Bone Properties
- Detailed Technology Description
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- *Abstract
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TECHFIT: Cementless Customized Orthopaedic Implant TECHFIT has set out to create an orthopaedic implant for total knee replacement that has significantly lower failure and revision rates when compared to the current clinical gold standard. The clinical advantages of the TECHFIT would be a tibial baseplate incorporating microstructures tailored to mimic the bone tissue anisotropic properties with the addition of cementless press fit technology. High-resolution medical images of the bone are converted into accurate 3D models capturing the patient specific microstructures and anisotropic properties. Using this model an implant will be produced with better biocompatibility and reduction of stress shielding, which will extend the implant’s lifespan. Furthermore, the cementless technology will reduce time spent in surgery, which will help bring down cost of the procedure. Potential Areas of Application• Orthopaedic implant for total knee replacementsPatent Status: Patent PendingInventor: Ahmed Sherif El-Gizawy, Benjamin Hansen, Xuewei Ma, Bilal Hussain, and Kevin KoboldtContact: Brett Maland, malandb@missouri.edu or (573) 882-1046
- *Principal Investigator
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Name: Ahmed Sherif El-gizawy, Professor and Director
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Name: Benjamin Hansen, Assistant Professor
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Name: Xuewei Ma, Graduate student
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Name: Bilal Hussain, Graduate Student
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Name: Kevin Koboldt, Graduate Student
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- Country/Region
- USA
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