Hyperbaric oxygen therapy can increase the oxygen partial pressure in tissues, regulating various systems throughout the body. The cosmetic effects of hyperbaric oxygen therapy mainly work by improving the body's overall physiological state, such as regulating endocrine function, promoting the elimination of toxins, activating cells, and correcting the low metabolic state caused by hypoxia. Hyperbaric oxygen therapy is not just about superficial treatments; its focus is on activating cells throughout the body, leading to true youthfulness and beauty.
Hyperbaric oxygen therapy has a significant effect on the prevention and treatment of post-operative complications after cosmetic surgery.
While hyperbaric oxygen therapy has a significant effect on the prevention and treatment of post-operative complications after cosmetic surgery, patients are often unaware of this, leading to delays in optimal treatment.
Therapeutic Effects of Hyperbaric Oxygen Therapy
1. Hyperbaric oxygen therapy can quickly eliminate post-operative tissue edema. After procedures such as double eyelid surgery and rhinoplasty, patients often hope to use various methods to reduce swelling and recover as quickly as possible; hyperbaric oxygen therapy is the best choice. The Chinese Medical Association's Hyperbaric Oxygen Therapy Committee has listed "post-plastic surgery" as an indication for hyperbaric oxygen therapy. Clinically, it is recognized as the fastest, least side-effect-prone, and most cost-effective treatment for promoting post-operative tissue swelling reduction and wound healing.
2. Hyperbaric oxygen therapy can salvage skin necrosis caused by vascular complications of injectable fillers. Hyaluronic acid fillers can remove wrinkles, fill facial depressions, and reshape the face. However, this type of cosmetic procedure can sometimes cause local pain, swelling, facial bruising, vascular damage, skin ischemia and necrosis, and even disfigurement. For some complications of facial filler procedures, such as vascular embolism caused by fillers leading to skin necrosis, hyperbaric oxygen therapy is also the most proactive and effective treatment.
In breast reconstruction, the use of silicone breast implants is becoming increasingly common. The root cause of late-stage post-operative pain, stiffness, breast asymmetry, and deformity is capsular contracture. Hyperbaric oxygen therapy (HOP) increases the oxygen diffusion distance in capillary blood, accelerates cell division and proliferation, inhibits the growth of aerobic and anaerobic bacteria, increases the ability of phagocytes to phagocytose and kill bacteria, improves capillary permeability, reduces exudation, alleviates swelling, and reduces pressure on the microcirculation. HOP also reduces capsular thickness and tissue reaction, and increases angiogenesis around breast implants. HOP can also be used as a preventative treatment to reduce capsular contracture after silicone implantation.
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