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Dr. Zhu Junjun from Orthotek Lab Invited to Attend the Shanghai Seminar on Biomechanics Research and Applications by Professor Zhao Yisu

Orthotek Lab November 18, 2023, 20:00, Shanghai

On October 13, 2023, Dr. Zhu Junjun was invited to participate in the "Shanghai Seminar on Biomechanics Research and Applications by Professor Zhao Yisu." Professor Zhao Yisu is an academician of the National Academy of Engineering, a lifelong honorary professor at the Mayo Clinic and Johns Hopkins University, and an expert in biomedical engineering and biomechanics, dedicated to promoting international cooperation in this field.

The seminar gathered renowned scholars from both domestic and international backgrounds to discuss various topics, including the biomechanical issues of orthopedic implants, the biomechanical applications in shoulder instability surgery, neuromuscular control impairments in chronic ankle instability rehabilitation, and neurobiomechanics for enhancing foot function.

Dr. Zhu represented the Shanghai University team and presented the latest research findings in computational and experimental biomechanics of the human musculoskeletal system, including innovative testing technologies for implants. His work received recognition and guidance from Professor Zhao and the attending experts, leading to a consensus on further collaborative exchanges.




























This seminar sparked new ideas for sports medicine research through expert guidance and the exchange of thoughts among peers!


**Dr. Zhu Junjun Profile:**

- PhD graduate from the University of Pittsburgh (under the renowned Chinese sports medicine scholar Professor Freddie H. Fu).

- Assistant researcher at the Center for Applied Biomechanics, University of Virginia.

- Member of several academic organizations, including the American Society of Biomechanics, the American Association for the Advancement of Science, and the Chinese Society of Biomedical Engineering.

- Editorial board member of *Arthroscopy: The Journal of Arthroscopic and Related Surgery*.

- Main research areas: sports biomechanics, surgical navigation and intelligent diagnosis, elderly care and medical robotics, soft tissue simulation, and sports injury prediction and prevention.


He has led and contributed to over ten various projects and published more than 30 academic papers in top journals in related fields.

  Test Service                         Testing Frame&Simulator                             Finite Element Analysis                                     Scientific Research

     

               Hip lmplants                                   Bone Screw TorsionTester                                         Worst Case                                                                      Scientific Achievements

    

               Knee lmplants                                      Hip Joint Simulator                                                            Complicated Bone Biomechanics                                           Orthotek Technical Journal 

 

               Other Joints lmplants                Universal Joint Simulator                                Product Optimizatiom                                         Cooperation Expert


               Osteosynthesis                               Biomaterial Wear Frame                                           Customized Simulation


                Spinal Implants                              Static Frame


                Dental lmplants                              Fatigue Frame


                Failure Analysis                             Customized Testing Devices


                Instruments


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