We would like to propose again this symposium at the 51st Annual Fall Meeting in Purdue University. We were quite successful in the previous meetings, where one full day was devoted to this symposium. The symposium is an interdisciplinary forum so that Orthopaedic Surgeons, residents, biomedical engineers, materials scientists, polymer engineers and other scientists from sciences can attend and present their research. This symposium will serve as a model to develop cross-discipline collaborations in order to seek new knowledge in the general areas of musculoskeletal diseases, their progression and treatments.
This symposium focuses on the orthopaedic sciences from engineering and medical viewpoints. The following areas will be emphasized: 1) Orthopaedic Sciences, 2) Devices and 3) Nano Science such as biological markers in Orthopaedics to Device level and mechanisms with an emphasis on the design optimization issues, modeling behaviors, and clinical applications. Abstracts in the modeling areas, soft-hard material phenomenon, nano scale phenomenon that accompany bone healing and remodeling following orthopaedic surgery will be sought. Additional emphasis will be placed on covering failure modes of orthopaedic devices such as wear, polymer synthesis for biomedical applications, loosening and infection and modeling those processes in laboratory and in vivo environments. The topics involving medical devices, application of biological sciences, materials and biomaterials are interdisciplinary in nature providing a confluence of three areas namely, sciences, engineering and medicine at this symposium.
Topics to be covered by this symposium include:
- Modeling orthopaedic processes
- Biomechanics of total joints and bones
- Characterization of biomaterials
- Failure modes of medical devices
- Modeling wear growth rates
- Orthopaedic healing, biological markers and predictors
- Clinical fixation issues, modeling, and outcomes
- Design and development of new devices
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Kaitlyn Mallett, University of Michigan, United States |
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Leopold Berger, Vienna University of Technology, Austria |
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Antonio Valdevit, Stevens Institute of Technology |
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Flexible growing rods: polymer rods provide stability to -skeletally immature spines Donita Bylski-Austrow, Cincinnati Children’s -Hospital Medical Center, United States |
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Knee loading for abnormal gait J. Hutchison, Cedarville University, United States |
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Jae-Joong Ryu, University of Texas, Tyler, United States |
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Bharadwaj Cheruvu, Wright State University, United States |
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Yang Zhang, Purdue University, West Lafayette, United States |
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Constance Maglaras, Stevens Institute of Technology, United States |
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Response of trabecular bone to elevated loading frequencies Hannah Sidoti, Stevens Institute of Technology, United States |
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Single transducer for measurement of small displacements or forces Kayla Kaspar, Stevens Institute of Technology, United States |
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Spatial and depth dependent viscoelastic behavior of articular cartilage Benjamin Marchi, University of Michigan, United States |
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Stiffness response of bone to elevated frequency loading Rebecca Chung, Stevens Institute of Technology, United States |
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Dinesh Gundapaneni, Wright State University, United States |