SURGERY RECOVERY
Individuals who have incorporated hyperbaric oxygen therapy (HBOT) before and after surgical procedures have reported experiences such as reduced discomfort, bruising, swelling, visible scarring, and overall downtime. These observations are patient-reported and may vary based on individual health status, procedure type, and post-operative care.
HBOT is used as a supportive, adjunctive modality to help enhance oxygen delivery to tissues during periods when the body’s natural healing demands are increased, such as before and after surgery. Increased oxygen availability is known to support cellular metabolism, circulation, and tissue repair processes that are essential during recovery.
Research has explored the relationship between HBOT and wound-healing support, particularly in situations where circulation, inflammation, or tissue oxygenation may be compromised. Some studies suggest that HBOT may support more efficient healing timelines and help reduce the likelihood of post-operative complications when used alongside standard surgical and medical care. Outcomes vary and depend on multiple individual factors.
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How HBOT May Support Post-Surgical Recovery
(As part of a comprehensive care plan)
Supports Inflammation & Tissue Response
• May help support the body’s natural inflammatory balance
• May assist in reducing post-surgical swelling and discomfort
• Supports tissue oxygenation during periods of increased healing demand
Supports Skin & Connective Tissue Repair
• Supports oxygen-dependent collagen organization
• May assist fibroblast activity involved in wound repair
• May help support more uniform scar formation as tissues heal
Supports Circulation & Oxygen Delivery
• Supports angiogenesis and revascularization in healing tissues
• Enhances oxygen diffusion at the cellular level
• Supports recovery in areas affected by temporary ischemia
Supports Nerve & Soft-Tissue Recovery
• May assist physiological processes involved in nerve repair
• Supports tissue metabolism following surgical stress or injury
Supports Immune & Infection Defense
• Supports immune cell function through increased oxygen availability
• May help enhance the effectiveness of the body’s natural defense mechanisms when used alongside appropriate medical care
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Preparing for Surgery & Supporting Recovery
Surgical stress can influence hormonal, immune, and inflammatory responses, which may impact post-operative healing. Strategies that support oxygen delivery and cellular metabolism are commonly incorporated into peri-operative wellness programs to help optimize recovery conditions.
HBOT increases the amount of oxygen dissolved in plasma under controlled pressure, supporting oxygen-dependent cellular functions involved in healing and tissue maintenance. Recovery timelines are influenced by multiple factors, including age, overall health, circulation, smoking history, immune status, and the type of procedure performed.
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Supportive Surgery Program (Adjunctive Use)
HBOT may be incorporated into a peri-operative wellness plan as follows, based on individual evaluation:
• Pre-Surgery:
1–2 HBOT sessions may be recommended to support the body’s physiological readiness for healing.
• Post-Surgery:
5 or more HBOT sessions may be incorporated to support tissue repair and recovery.
The number of sessions is determined on a case-by-case basis in coordination with the patient’s medical or surgical provider.
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Procedures Where HBOT Is Commonly Used as Supportive Care
(Adjunctive to standard medical and surgical treatment)
• General injury recovery
• Plastic and reconstructive procedures (face or body)
• Liposuction, abdominoplasty, and breast procedures
• Skin resurfacing and aesthetic therapies, including:
• Laser treatments
• Microneedling and collagen induction
• PRP-based skin procedures
• Chemical peels
• Radiofrequency and ultrasound-based treatments
• Injectable aesthetic procedures
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Important Notes
Individuals with a history of smoking, vascular compromise, or heavy alcohol use may require additional supportive measures, as these factors can influence circulation and healing capacity. All cases are evaluated individually, and HBOT is not a substitute for medical or surgical care.