| 摘要 |
This paper offers a comprehensive overview of the operational principles of current therapeutic devices for diabetic foot management and further analyzes technological innovations and developmental trends, aiming to promote research and development in the field of technological convergence. The ultimate goal is to enhance the cure rate for diabetic foot conditions and to decrease the incidence of amputations. The paper discusses the novel applications of ultrasound and optical therapeutic devices within the field of physiotherapy, the numerous advantages of chitosan dressings in biotechnology, the ongoing advancements and broader combined use of vacuum sealing drainage techniques, and the distinctive effects and innovations associated with micro-oxygen diffusion techniques. It thoroughly examines various technological mechanisms that facilitate wound healing, highlighting the clinical applications of ultrasonic atomized medicinal solutions, novel dressing graft copolymerization, continuous hypoxia diffusion, and the functions of vacuum drainage. These advancements facilitate the integration of drainage and dressing changes, with the potential to enhance the therapeutic effects of diabetic foot treatment and provide valuable insights for clinical application. |
