From Liu Changchun's single-handed attendance in 1932 to 405 athletes going to Paris in 24 years, countless athletes have been training day and night to make the world pay attention to China's sports strength. Behind the glory, every pursuit of perfect training, the attempt to challenge the limit, are accompanied by the risk of physical impairment, in this context, the demand for rehabilitation professionals is becoming increasingly prominent, Beijing OBIER has developed a virtual simulation of rehabilitation kinesiology for this demand, and is committed to cultivating more excellent sports "medical guardians".
Based on the knowledge related to cervical spondylosis, the virtual simulation of rehabilitation kinesiology of Beijing Oberer perfectly integrates theoretical knowledge with practical operation through simulated consultation, diagnosis, rehabilitation and other links. Students are no longer just passive recipients, but active participants in the exploration of the formation, development and rehabilitation of cervical spondylosis. Through the interactive experience in the virtual environment, students can intuitively understand the causes of cervical spondylosis, and deeply analyze the mechanism of cervical spondylosis from the perspective of the accumulation of multiple factors such as the accelerated pace of modern life, the increase of work pressure, and the long-term maintenance of poor posture.
Rehabilitation kinesiology virtual simulation content
Virtual Consultations
Rehabilitation Kinesiology Virtual SimulationBy building a virtual simulation consultation scenario, students can interact with the simulated doctor and experience the preliminary diagnosis process of cervical spondylosis. Under the guidance of a virtual doctor, students can learn how to describe symptoms and upload images. This immersive learning method not only increases students' sense of engagement, but also enhances their understanding of the cervical spondylosis diagnosis process.
Virtual anatomy
Under the "digital eye" of the virtual simulation software, users can observe the anatomical structure and biomechanical changes of the cervical spine at a glance. Through 3D modeling and biomechanical analysis, the software is able to visualize the detailed structure of the bones, cervical spine, muscles and nerves of the cervical spine, as well as the changes in different movements and postures. This in-depth visual teaching not only allows students to have a more intuitive understanding of the diagnosis of cervical spondylosis, but also deepens their attention to the maintenance of cervical spine health.
Virtual rehab
According to the condition of the simulated patient's cervical spine, the software provides a personalized rehabilitation training plan, including neck muscle strengthening, stretching exercises, etc., so that students can experience the whole process of cervical spondylosis rehabilitation. Through virtual reality technology, students can conduct simulated rehabilitation training in a safe virtual environment and understand the important role of rehabilitation training in cervical spine recovery.
Through the virtual simulation of Beijing OBIER rehabilitation kinesiology, students can not only deeply explore the formation and rehabilitation of cervical spondylosis, but also experience the whole process of cervical spondylosis consultation, diagnosis and rehabilitation through interactive experiments. After repeated in-depth study, he became a rehabilitation professional and escorted the Olympic athletes on the road to winning the championship. Kinesiology and medicine are inseparable, and virtual simulation of rehabilitation kinesiology will play a more important role in the future of physical education and medical education, bringing students a more vivid and intuitive learning experience.