Advanced Hyperbaric Recovery spotlights HBOT for post-radiation tissue injuries

Advanced Hyperbaric Recovery is using Gynecologic Cancer Awareness Month to highlight delayed radiation tissue injuries and the role of hyperbaric oxygen therapy in selected patients. The message: HBOT may help healing after radiation damage, but it does not treat gynecologic cancer itself and requires medical evaluation first.

Why it matters: - Delayed radiation injuries can appear months or years after gynecologic cancer treatment and affect quality of life long after cancer care ends. - HBOT may help selected patients heal from radiation-related tissue damage, including problems that involve poor oxygen delivery, slow healing, pain, bleeding and tissue breakdown. - The therapy is not a substitute for cancer treatment, cancer surveillance or other medically indicated care.

What happened: - Advanced Hyperbaric Recovery Inc. highlighted HBOT during Gynecologic Cancer Awareness Month as a supportive option for selected post-radiation tissue injuries. - The focus is on complications after radiation treatment, not on treating gynecologic cancer itself. - The San Rafael, California, outpatient center said it provides medical-grade HBOT under physician oversight.

The details: - Radiation can damage healthy tissue in the treated area, even when it is an important and effective part of cancer care. - Delayed radiation injuries can involve the bladder, bowel, vagina, vulva, pelvic tissues and other structures exposed to radiation. - Symptoms can include pain, bleeding, ulceration, tissue breakdown, urinary problems, bowel symptoms, vaginal changes and trouble healing after a procedure. - Radiation injury can reduce blood flow, lower oxygen delivery, cause fibrosis and weaken normal repair. - Treatment depends on the affected area and the specific problem, and care may involve gynecology, oncology, urology, colorectal specialists or wound care. - HBOT involves breathing 100% medical-grade oxygen in a slightly pressurized chamber. - Increased pressure allows more oxygen to dissolve in blood plasma and reach tissues with impaired circulation. - Advanced Hyperbaric Recovery said its treatment environment includes hard medical-grade chambers, trained Certified Hyperbaric Technicians, ongoing patient-staff communication and documentation of clinical observations. - The facility also said it uses routine inspections, scheduled manufacturer servicing, technical compliance evaluations and required pressure testing and certification. - The center said those safeguards matter because HBOT involves controlled changes in pressure and oxygen exposure. - Case studies cited in the release reported symptom improvement or resolution in selected radiation injury patients, including radiation cystitis, radiation proctitis and hematuria. - One retrospective case series of seven women with radiation-induced vaginal soft tissue necrosis reported improvement in five of six treated patients, or 83%, in at least one measured outcome. - The release also pointed to additional case studies at PMC and The American Journal of Obstetrics and Gynecology.

Between the lines: - The release is trying to widen the conversation around gynecologic cancer survivorship by focusing on late effects of treatment, not just the cancer itself. - The emphasis on diagnosis before treatment selection suggests HBOT is being positioned as one tool in a broader evaluation, not a universal answer for every post-radiation symptom. - The research cited supports possible benefit in selected patients, but the release also acknowledges that available evidence has limits and more study is needed.

What's next: - Patients with pelvic pain, bleeding, urinary symptoms or tissue breakdown after radiation are expected to undergo medical evaluation before HBOT is considered. - Treatment plans will vary based on diagnosis, severity, prior treatment, overall health and response to care. - The company expects HBOT to remain part of broader medical planning for some delayed radiation injuries, while research continues on its role in post-radiation complications.

The bottom line: - HBOT may help selected patients recover from delayed radiation tissue injuries after gynecologic cancer treatment, but it is not a cancer treatment and works only after careful clinical assessment.