Hyperbaric Oxygen Therapy Advances in Orthopedic Rehabilitation: Expert Insights from Professor Wang Qiugen
July 3, 2026 - A professional academic seminar focusing on the application of hyperbaric oxygen therapy (HBOT) in orthopedic rehabilitation was successfully held at our company.
The seminar featured Professor Wang Qiugen, Director of the Trauma Center and Chief Orthopedic Physician at Shanghai General Hospital, as the keynote speaker.
With more than 30 years of experience in orthopedic trauma research and clinical practice, Professor Wang Qiugen has made significant contributions to the field of trauma orthopedics. He currently serves as Vice President of the Asian Association for Dynamic Osteosynthesis (AADO) and Chairman of the Shanghai Trauma Branch of the Chinese Medical Association.
This academic exchange represented not only a sharing of advanced medical knowledge but also demonstrated the expanding role of hyperbaric oxygen technology from clinical applications toward daily health management and wellness solutions.
Hyperbaric Oxygen Therapy: Supporting Bone and Tissue Recovery
During the seminar, Professor Wang provided an in-depth explanation of the scientific principles and clinical applications of hyperbaric oxygen therapy in orthopedic rehabilitation.
He highlighted that HBOT has been widely studied as a supportive therapy in various orthopedic-related conditions, including:
Bone fracture recovery and delayed healing
Replantation after limb injuries and circulation challenges
Crush injuries and related complications
Osteomyelitis
Spinal cord injuries
Bone necrosis
Sports-related injuries
Professor Wang explained that the key mechanism of hyperbaric oxygen therapy is increasing oxygen availability in the body by enhancing oxygen concentration in plasma and improving oxygen diffusion to tissues.
When injuries occur, damaged areas may experience reduced blood supply and oxygen deficiency, which can affect the body's natural repair processes.
By providing an oxygen-rich environment under increased atmospheric pressure, HBOT may help improve tissue oxygenation, support cellular metabolism, and create a more favorable environment for tissue recovery.
From Scientific Research to Clinical Practice: More Than 20 Years of Exploration
Professor Wang Qiugen has been involved in hyperbaric oxygen research for decades.
In 1997, he served as the primary researcher for a project studying the regenerative effects of hyperbaric oxygen therapy on peripheral nerve injuries, which received the Third Prize of Military Science and Technology Progress Award.
Through extensive experimental research, the study demonstrated that hyperbaric oxygen could promote axonal regeneration after peripheral nerve injury and showed positive biological effects on nerve function recovery.
During the seminar, Professor Wang noted that:
"Hyperbaric oxygen technology has developed from a treatment approach mainly used in hospitals into a broader health management solution supported by continuous technological advancement."
Based on years of research, he emphasized that the biological mechanisms related to oxygen supply, cellular regeneration, and microcirculation improvement provide valuable opportunities for further exploration in orthopedic rehabilitation and wellness applications.
Home Hyperbaric Chambers: Bringing Professional Oxygen Technology Into Everyday Life
As a company specializing in home hyperbaric chambers for nearly 20 years, we have been committed to making hyperbaric oxygen technology more accessible, intelligent, and suitable for everyday health management.
The successful seminar represents an important step in connecting academic research, technological innovation, and consumer wellness applications.
Professor Wang explained that home hyperbaric chambers typically operate within a controlled pressure environment, such as 1.3 ATA to 1.5 ATA, which can increase the amount of physically dissolved oxygen in plasma and tissues.
He described this process as creating an "oxygen highway" for cells, helping provide improved oxygen availability.
According to Professor Wang, this technology has promising applications in areas such as:
Daily wellness management
Exercise recovery support
Post-surgery recovery assistance
Health management for middle-aged and older adults
Driven by Science, Built on Quality
This academic seminar was not only a professional knowledge exchange but also reflected our long-term commitment to science-driven innovation and quality-focused development.
As a company dedicated to the development of home hyperbaric oxygen chambers, we continue to explore how advanced HBOT technology can become safer, smarter, and more accessible for families worldwide.
Moving forward, we will continue organizing high-level academic exchanges and collaborating with experts in related fields to explore new possibilities for hyperbaric oxygen therapy in modern health management.
Through continuous innovation and strict quality standards, we aim to provide reliable hyperbaric oxygen chamber solutions that support healthier lifestyles around the world.
