Upholding an innovative medical philosophy, our hospital actively utilizes advanced technology to enhance patients' treatment experiences and rehabilitation outcomes. Over the past year, we have deepened the application of Virtual Reality (VR) technology in the personalized rehabilitation training of critically ill patients, successfully developing a smart rehabilitation system that brings significant breakthroughs in rehabilitation therapy during hospitalization. The system provides tailored rehabilitation programs based on patients' different physiological conditions and needs, including upper and lower limb exercises, thoracic expansion, and other functional training, coupled with real-time physiological data monitoring to dynamically adjust exercise intensity, ensuring the rehabilitation process is both effective and safe.
A key feature of this system is the creation of a highly interactive and engaging rehabilitation experience through an immersive VR environment, which enhances patients' willingness to participate in treatment. Compared to traditional rehabilitation methods, patients feel less stress in the virtual environment and demonstrate more positive compliance. Furthermore, family members can also participate in the rehabilitation process, understanding the patient's progress in real-time through visualized data, which not only strengthens the family support system but also enhances the patient's psychological adaptation and recovery confidence.
Clinical results show that patients using virtual reality-assisted rehabilitation exhibit significant advantages in multiple aspects. Firstly, these patients were weaned from ventilators faster, and their hospital stays were significantly shorter compared to traditional rehabilitation models, indicating that VR technology helps accelerate the recovery process. Secondly, after a period of rehabilitation training, patients' respiratory function significantly improved compared to the control group, and subjective feedback also indicated smoother breathing. Moreover, in terms of self-care ability, patients' daily activity capabilities showed significant improvement. From the Barthel Index and Mobility Scale scores, the VR rehabilitation group's performance was far superior to that of the traditional rehabilitation model, reflecting its value in improving patient daily independence.
In addition to physiological improvements, VR rehabilitation also has a positive impact on patients' psychological health. Many patients reported that undergoing rehabilitation through VR not only reduced pain sensation but also decreased anxiety and stress, promoting the overall recovery experience. These results indicate that the smart rehabilitation system combined with VR technology can simultaneously improve patients' physical and mental recovery state, further enhancing their quality of life.
Looking ahead, we will continue to optimize the smart rehabilitation system through more precise sensing technology and artificial intelligence algorithms to enhance the personalization and adaptability of treatment. We expect this technology to further shorten patient hospital stays, reduce the burden on families and the healthcare system, and pioneer a more forward-looking application model for smart healthcare. Kaohsiung Veterans General Hospital will continue to lead the development of smart healthcare, driven by technological innovation to safeguard public health, and strive to establish a smart hospital benchmark.