What is OxyCure Therapy?
Hyperbaric Oxygen Therapy (HBO) involves a patient breathing 100% oxygen in a hyperbaric chamber pressurized to levels above sea level (1 ATA). In OxyCure therapy, atmospheric pressure is increased from 1.9 to 2.5 ATA to enhance the effects of oxygen. Breathing 100% oxygen at lower pressures is not considered HBO therapy and has insufficient clinical effects.
How Hyperbaric Oxygen Therapy Works
HBO therapy is based on gas laws and the physiological effects of hyperoxia, which is an excess of oxygen in tissues and organs. Increasing the partial pressure of oxygen allows more oxygen to dissolve in the plasma, promoting tissue repair and cellular function. The therapy stimulates the release and specialization of stem cells at the injury site, improving graft survival and reducing follicle loss after a transplant.
Mechanism of Action and Benefits
Under normal conditions, hemoglobin in red blood cells carries most of the oxygen. By breathing pure oxygen at elevated pressures (2-2.3 ATA), the amount of oxygen dissolved in the plasma increases significantly. This improves the oxygenation of tissues and organs, even in areas with reduced blood flow.
During OxyCure therapy, hyperoxia causes vasoconstriction compensated by increased oxygen transport in the plasma, reducing tissue swelling and accelerating healing. Additionally, the therapy improves oxygenation, collagen synthesis, fibroblast proliferation, and the bactericidal activity of the immune system.
Process and Preparation for Therapy
Hyperbaric oxygen therapy lasts between 60-90 minutes. Patients enter a sealed chamber where air pressure is gradually increased. During the session, pure oxygen is breathed through a mask. Proper preparation is crucial, avoiding prolonged fasting to not affect oxygen performance.
Applications and Results in Hair Transplantation
OxyCure has proven effective in improving graft and flap survival, reducing ischemia-reperfusion injury, and postoperative swelling. It stimulates stem cell proliferation and angiogenesis, improving the oxygenation of the transplanted tissue and accelerating healing. Clinically, it has been shown that one or two consecutive post-transplant sessions are sufficient to achieve these benefits.
Additional Benefits of the Hyperbaric Chamber
HBO is beneficial for treating various conditions, such as diabetic ulcers, infections, carbon monoxide poisoning, radiation injuries, and more. It improves wound healing, combats infections, and promotes the repair of damaged tissues.
Experience During Therapy
During the session, the pressure gradually increases. The sensation in the ears is similar to that experienced with changes in altitude, relieved by swallowing or yawning. After the session, patients usually feel relaxed and may experience mental clarity and a sense of well-being that persists.
Safety and Preparation for Therapy
Hyperbaric oxygen therapy is safe and supervised by professionals. Side effects are rare and generally limited to temporary ear discomfort and sinusitis. It is recommended to follow the medical team's instructions and prepare adequately before each session.
Comparison with Ozone Therapy
Unlike hyperbaric oxygen therapy, ozone therapy uses ozone gas to treat various conditions. The FDA has approved HBO for a variety of specific medical treatments, while ozone therapy does not have as many medically proven applications. Mild hyperbaric oxygen therapy, when used incorrectly, can present risks, so it is important to opt for approved medical chambers supervised by trained professionals.
