Exciting Review | Xijian Technology showcases its quantitative platform and application research results in soft tissue mechanics at the Orthopedic Fusion Innovation Ecological Driven High Quality Development Conference

The 2nd Orthopedic Fusion Innovation Ecological Driven High Quality Development Conference of the National Clinical Research Center for Orthopedics and Sports RehabilitationFrom August 31st to September 1st, 2024InJiangsu ProvinceChangzhou Fudu Intercontinental HotelopenHundreds of experts from national ministries, functional agencies, hospitals, universities, and innovative enterprises conducted in-depth discussions on innovative technologies, applications, and industry development.

On site,The National Orthopedic and Sports Rehabilitation Clinical Medical Research Center's Innovation Fund has awarded the top ten outstanding innovation projects,This fund is jointly established by the National Clinical Research Center for Orthopedics and Sports Rehabilitation and the Wujin National High tech Zone Management Committee, aiming to promote technological innovation and achievement transformation in the field of orthopedics and sports rehabilitation in China.

In order to implement the planning requirements of the Ministry of Science and Technology, the National Health Commission, the National Medical Products Administration, and the Logistics Support Department of the Central Military Commission for the construction and development of the National Clinical Medical Research Center,The mid-term defense review meeting of the "Innovation Fund of the National Orthopedic and Sports Rehabilitation Clinical Medical Research Center" was held in Changzhou on the morning of September 1st.

This innovation fund focuses on the transformation of scientific and technological achievements and the promotion of industrial development, with the direction of coordinating the establishment of an orthopedic clinical medical research system, aiming to achieve the three major values of scientific and technological innovation, industrial promotion, and social development. It takes the form of participating in major research projects led by national clinical centers and applying for sub field projects, focusing on the construction of basic research platforms, new materials, and intelligent technologies (artificial intelligence, 3D printing, medical robots, navigation, etc.) in the fields of orthopedics, sports, and rehabilitation, and promoting the improvement of industry infrastructure and the establishment of basic standard rules. In the defense report stage,The Xijian Technology team has conducted project progress and significant achievements on the application of soft tissue stiffness measurement technology in screening and evaluation of scoliosisReport.

Xijian Technology's Global First Quantitative Platform for Soft Tissue MechanicsBased on non-invasive mechanical quantitative testing scenarios of soft tissue in vivo, multiple dimensions of mechanical quantitative testing such as structure, performance, and function are performed on muscles and tendons. Widely used in the quantitative mechanical evaluation of muscles in various parts of the human body, such as the assessment and screening of scoliosis, diagnosis of shoulder and neck pain and tenosynovitis, assessment of muscle fatigue, assessment and screening of muscle atrophy, etc.

Medical biomimetic training modelThe new generation of green and environment-friendly hydrogel, which is jointly developed by Xijian Technology and the Laboratory of Biomechanics and Soft Materials Mechanics of Tsinghua University, is used for casting. Its material is extremely hydrophilic three-dimensional network structure gel, and its physical and chemical properties (mechanical properties, acoustic properties, electrical properties, thermal properties) are close to real human tissues, which can be customized. Simulate various human tissues such as tumors, blood vessels, nerves, and stones. Widely used in ultrasound specialized skill training, clinical basic skill training, tumor ablation training, and clinical medical research practice.