Inicio / Hyperbaric Oxygen Therapy for Cancer Support

Scottsdale & Glendale, Arizona

Hyperbaric oxygen therapy for cancer support

Find out whether additional support could make a difference in your recovery. HBOT research offers encouraging findings for selected radiation injuries and difficult wounds after cancer treatment, alongside developing research on HBOT combined with cancer therapies.2, 5, 7

HBOT can have a role in care for selected treatment-related injuries. Its use to improve tumor control remains under investigation. It is not a stand-alone cancer treatment or a replacement for your oncology plan.

Members of the RX-O2 hyperbaric team together at the clinic
A team ready for your questions.Thoughtful conversations. Attentive hyperbaric care.
Members of the RX-O2 team.
FDA-cleared chambersHard-shell hyperbaric systems
100% medical oxygenBreathed through a dedicated mask or hood
Physician-led careMedical evaluation before treatment
NHSA-certified techniciansAttentive monitoring throughout your visit

Support for the next part of your care

Explore the possibilities for healing and comfort

Radiation can leave some tissues with reduced blood supply and persistent injury months or years later. HBOT increases oxygen availability and is studied as a way to support repair. The most useful conversation starts with the specific problem affecting your daily life.4, 14

01 / Pelvic radiation injury

Potential relief from bladder symptoms

Randomized evidence and longer follow-up support considering HBOT for selected patients with chronic radiation cystitis. Improvements in urinary symptoms can be meaningful in everyday life.1, 2

02 / Breast and chest-wall effects

Addressing persistent tissue tightness

The HONEY trial reported reduced fibrosis after breast irradiation. Pain findings were more favorable in an analysis of women completing treatment, making suitability and the practical commitment part of the discussion.3

03 / Difficult wounds

Supporting a wound-healing plan

Clinical reports describe healing of selected compromised wounds after breast cancer surgery. HBOT may be considered alongside surgical assessment, wound care, and an oncology plan.5

You do not need all the answers before contacting us. Bring your questions, your current care plan, and what you hope to understand. A consultation can help you weigh potential benefits, uncertainty, practical needs, and costs before making a treatment decision.

Research on treatment-related injury

Clinical findings that support a conversation

These studies address recovery from selected effects of cancer treatment. Their outcomes concern symptoms and tissue healing, rather than treatment of the cancer itself.

Literature checked
September 11, 2026

RICH-ART trial · 2019 and 2025

Urinary symptom improvement with longer-term follow-up

Randomized initial comparison · follow-up of treated patients

The initial trial found greater improvement in patient-reported urinary symptoms with HBOT than with standard care. Its 2025 follow-up reported that average improvements remained evident up to five years after treatment.

The long-term analysis included 70 treated patients and had no continuing untreated control group because controls were offered HBOT. Five-year measurements were available for 39 patients. These findings are encouraging but do not mean everyone responds or that a five-year benefit is guaranteed.

Read the randomized trial Read the 2025 follow-up

HONEY randomized trial · 2024

Less fibrosis after breast irradiation

A trial of offering HBOT for persistent local symptoms

Offering HBOT reduced reported moderate or severe fibrosis, the tissue thickening or tightness that can follow radiation. An analysis accounting for treatment completion also found favorable pain outcomes among women likely to complete the course.

The primary randomized analysis did not show a significant pain reduction. Only 31 of 125 women offered HBOT completed it, with treatment intensity an important barrier. Findings among completers should not be presented as the result for everyone offered treatment.

Read the HONEY trial

Clinical wound series · 2025

Healing support after breast cancer surgery

20 patients · a single institution’s retrospective experience

A study of difficult post-mastectomy wounds reported complete healing in all 20 patients receiving adjunctive HBOT, allowing planned cancer therapies to continue. The wounds included flap problems and wound separation.

This was a selected, uncontrolled series with other care provided. Its results cannot establish HBOT’s independent effect or predict an RX-O2 success rate. Prompt surgical assessment remains essential for a newly compromised wound.

Read the wound-management study
2025 pelvic injury study: vaginal symptoms after radiation

A retrospective study of 19 selected patients reported improvement in at least one vaginal symptom in 15 patients after HBOT. Complaints included ulceration, pain, and tissue changes. There was no control group, and incomplete treatment courses were excluded. These are encouraging observations that need confirmation. Read the study.

2023 Cochrane review: the broader radiation-injury evidence

Across 18 studies, the review found that HBOT may improve selected late radiation injuries, with low- to moderate-certainty evidence for several outcomes. Results varied by tissue and condition, and adverse effects such as ear-pressure injury and usually temporary visual changes were more common. The review supports careful patient selection rather than one approach for every radiation-related symptom. Read the Cochrane review.

2026 clinical review: HBOT within survivorship care

A clinically focused review in CA: A Cancer Journal for Clinicians examines HBOT for chronic radiation-related effects, including fibrosis, cystitis, and proctitis. It emphasizes selecting the right patients, coordinating care, and considering treatment burden. Bowel-injury trials have produced differing results, so bladder findings should not be generalized to every pelvic symptom. Read the clinical review.

Developing oncology research

Could oxygen help other cancer therapies work better?

Low oxygen inside some tumors can contribute to treatment resistance. Researchers are investigating whether HBOT can improve responses when carefully combined with chemotherapy, radiation, or immunotherapy. This is a different clinical question from healing radiation-damaged tissue.9, 10

Glioma meta-analysis · 2026

Encouraging findings with combined chemoradiotherapy

Nine studies described as randomized trials · 837 patients

The authors reported favorable tumor-response and quality-of-life findings when HBOT was added to chemoradiotherapy for glioma. This adds to the reasons for studying oxygen as part of coordinated oncology treatment.

The findings require confirmation in large multicenter phase 3 trials. The published abstract was reviewed; the individual trials were not independently reassessed here. Glioma includes different tumor types, and these results do not establish routine HBOT for every glioblastoma patient or for other cancers.

Read the 2026 glioma meta-analysis
2021 pilot: HBOT followed by focused radiation for recurrent glioma

A nine-patient pilot reported disease control at three months in five patients receiving HBOT followed by stereotactic re-irradiation. This specialized treatment sequence had no comparison group; one patient developed grade 3 radiation necrosis. It illustrates an investigational approach requiring radiation-oncology coordination, not a schedule to arrange independently at an outpatient clinic. Read the pilot study.

2022 scoping review: the glioblastoma research landscape

This review brings together laboratory work and small clinical reports exploring oxygen, treatment resistance, and combinations with radiotherapy or chemotherapy. It identifies promising directions while calling for prospective randomized confirmation. It is a map of heterogeneous evidence, not proof that HBOT alone controls glioblastoma. Read the scoping review.

2025 protocol: chemotherapy, immunotherapy, and HBOT for gastric cancer

A phase Ib/II study protocol describes combining HBOT with chemotherapy and a PD-1 inhibitor for advanced gastric or gastroesophageal-junction cancer. It is a research plan, not a report of successful treatment outcomes. No results were posted in the linked trial registry when checked on September 11, 2026. Read the protocol or view the registered study.

Laboratory findings

Promising mechanisms, with clinical questions still to answer

Lung cancer cells · 2026

Investigating radiation sensitivity

In cell cultures exposed to high glucose, prolonged HBOT reduced stem-like features and reversed increased radiation resistance. This is laboratory evidence, not a patient trial or a proven lung-cancer treatment.

Read the cell-culture study

Glioblastoma cells and animal work · 2025

Exploring chemotherapy sensitivity

Researchers reported greater chemotherapy sensitivity alongside changes in hypoxia-related signaling. They also observed increased cell proliferation under some conditions. These complex findings support study of carefully chosen combinations, rather than assuming HBOT alone suppresses tumor growth.

Read the preclinical study

Bring this research to your oncology team. A hyperbaric consultation can help clarify the question being asked, review relevant evidence, and discuss whether further specialist coordination is appropriate. Keep prescribed cancer treatment in place; do not change medicines or their timing to add HBOT.

Find newer cancer and HBOT research on PubMed. Results are sorted by publication date and have not necessarily been reviewed for this page. Reviews and follow-up reports can include the same patients.

An informed next step

A consultation built around your current care

Tell us what you hope to improve: a persistent wound, radiation-related tissue changes, bladder symptoms, or your understanding of emerging research. Your oncology team remains central to the plan.

  • Diagnosis and treatment summary
  • Radiation dates and treatment area
  • Current and past cancer medicines
  • Wound reports and clinician contacts

We can review the relevant publications, your practical needs, and questions for the evaluating medical provider. Recent and past chemotherapy, lung conditions, surgery, and implanted devices may affect suitability and timing.16

New bleeding, a changing wound, or new symptoms should also be reported promptly to your treating clinician. These symptoms need assessment rather than being assumed to be radiation injury.19

The RX-O2 difference

Your facility matters. So does your team.

From your first questions to each treatment visit, our Scottsdale and Glendale clinics focus on medical oversight, patient education, and attentive care.

Dr. Marvin A. Borsand, RX-O2 Medical Director, beside a hyperbaric chamber
Marvin A. Borsand, DO, FACOS, FACCS, HCC
RX-O2 Medical Director

Care led by a physician

Medical Director Marvin A. Borsand, DO, FACOS, FACCS, HCC, leads clinical oversight. A licensed medical provider evaluates suitability and prescribes treatment when appropriate.

FDA-cleared hard-shell chambers

Our facilities use prescription-level hyperbaric systems, with chamber selection and treatment settings matched to your prescribed plan.

100% medical-grade oxygen

You breathe oxygen through a dedicated mask or hood while the chamber is pressurized with air. Your technicians monitor you throughout treatment.

NHSA-certified hyperbaric technicians

Our technicians are certified through the National Hyperbaric Safety Association and trained in chamber operations, patient monitoring, and emergency procedures.

Meet the RX-O2 team

From questions to a care plan

Make your next step a clear one

  1. Share your priorities

    Bring your current treatment plan and the concerns affecting your daily life. Let us know which specialists are involved in your care.

  2. Review the fit

    A licensed medical provider reviews your history, medicine compatibility, and the specific goal of treatment. The evidence is matched to that goal.

  3. Coordinate the plan

    If HBOT is appropriate, discuss visits, follow-up, costs, and coordination with your treating team before beginning.

Confirm suitability before purchasing. Our pricing and packages page shows current options. A consultation helps determine what, if any, treatment is appropriate and what practical commitment to expect.

Local care, two Valley locations

Explore HBOT in Scottsdale or Glendale

Looking for a hyperbaric consultation near Phoenix? RX-O2 offers two locations for patients across the Valley. Call the clinic closest to you for appointment availability and help planning repeat visits.

Your questions are welcome

Questions about HBOT and cancer support

Bring your questions, your care plan, and the outcomes that matter to you.

Is HBOT a treatment for cancer itself?

HBOT has a clinical role in selected treatment-related tissue injuries. Research also explores combinations with cancer therapies, including glioma treatment, but it has not established HBOT as a stand-alone cancer treatment or cure. Your oncologist directs tumor treatment; an RX-O2 consultation can help explore the hyperbaric questions.

Can I ask about HBOT while receiving chemotherapy or immunotherapy?

Yes, but a medical review and coordination with your oncology team must come before treatment. Current and past medicines matter, including drugs such as bleomycin, doxorubicin, and cisplatin, which can raise compatibility concerns. Do not stop medicines or change treatment dates yourself. There is no universal safe schedule for combining HBOT with every cancer regimen.16

Can oxygen make cancer grow or return?

Earlier clinical reviews did not identify a general increase in tumor growth or recurrence with HBOT. Laboratory responses vary by tumor model and treatment combination, so that finding is not a guarantee for every situation. Active cancer and your planned therapies require individualized oncology and hyperbaric review.13, 12

What if radiation treatment ended years ago?

Late radiation injury can appear months or years after treatment. A consultation may be useful if your treating team has identified a persistent tissue problem. New symptoms still need appropriate evaluation to confirm the cause before deciding whether HBOT fits.14

Does the evidence apply to every radiation injury?

No. The location and diagnosis matter. Bladder findings do not automatically apply to bowel symptoms, jaw injury, or neurological problems. For example, the 2024 ISOO-MASCC-ASCO jaw osteoradionecrosis guideline does not support routine HBOT because evidence is limited. A specialist can explain the recommendations that apply to your specific problem.15

What about fatigue, neuropathy, or “chemo brain”?

Tell your oncology team about these symptoms so their causes can be assessed. The tissue-healing and tumor-combination studies summarized here do not establish HBOT as a treatment for all cancer-related fatigue, neuropathy, or cognitive symptoms. A consultation can help identify the question and the relevant evidence.19

What chambers, oxygen, and safety measures does RX-O2 use?

RX-O2 uses FDA-cleared hard-shell chambers. You breathe 100% medical oxygen through a dedicated mask or hood while the chamber is pressurized with air. Physician-led care and NHSA-certified technicians support prescribed treatment. Possible risks include ear-pressure injury, temporary visual changes, and confinement anxiety; less common serious risks include oxygen-induced seizures and lung pressure injury. Staff review medicines, dressings, and devices for compatibility. Electronics and battery-powered devices are not allowed inside chambers.17, 18

How many sessions will I need, and is it covered?

Recommendations depend on the diagnosis, treatment goal, medical history, and response. There is no universal course for “cancer support.” Review pricing and packages with the team after medical assessment. Device clearance, published research, and a package listing do not guarantee insurance coverage.

Where can I schedule a consultation near Phoenix?

Visit RX-O2 in Scottsdale or Glendale. Call 480-270-6090 for Scottsdale or 623-930-0887 for Glendale, or book a consultation online. Booking starts the conversation; medical review determines treatment suitability.

Bring your questions. Explore your next step.

Schedule an RX-O2 consultation in Scottsdale or Glendale and involve the team guiding your cancer care.

Sources & further reading

  1. Oscarsson N et al. (2019). Radiation-induced cystitis treated with hyperbaric oxygen therapy (RICH-ART): a randomised, controlled, phase 2-3 trial. Lancet Oncol.
  2. Oscarsson N et al. (2025). Radiation-induced cystitis treated with hyperbaric oxygen therapy (RICH-ART): long-term follow-up of a randomised controlled, phase 2-3 trial. EClinicalMedicine.
  3. Mink van der Molen DR et al. (2024). Hyperbaric Oxygen Therapy and Late Local Toxic Effects in Patients With Irradiated Breast Cancer: A Randomized Clinical Trial. JAMA Oncol.
  4. Lin ZC et al. (2023). Hyperbaric oxygen therapy for late radiation tissue injury. Cochrane Database Syst Rev.
  5. Shen F et al. (2025). Hyperbaric oxygen therapy for complex wound management following breast cancer treatment: Single institution 10-year experience. J Plast Reconstr Aesthet Surg.
  6. Möring MM et al. (2025). Reduced symptoms of late radiation tissue injury of the vagina after treatment with hyperbaric oxygen therapy: A retrospective analysis of 19 patients. Gynecol Oncol.
  7. Cui Q et al. (2026). Efficacy of concurrent hyperbaric oxygen therapy with chemoradiotherapy for glioma: a meta-analysis. Clin Transl Oncol.
  8. Arpa D et al. (2021). Role of Hyperbaric Oxygenation Plus Hypofractionated Stereotactic Radiotherapy in Recurrent High-Grade Glioma. Front Oncol.
  9. Alpuim Costa D et al. (2022). Hyperbaric Oxygen Therapy as a Complementary Treatment in Glioblastoma-A Scoping Review. Front Neurol.
  10. Li W et al. (2025). XELOX combined with sintilimab and hyperbaric oxygen therapy for advanced or metastatic gastric/gastroesophageal junction adenocarcinoma: study protocol for a prospective, single-arm, phase Ib/II clinical trial. Front Immunol.
  11. Lee JY et al. (2026). Hyperbaric Oxygen Reverses High-Glucose-Induced Stemness and Radioresistance in Non-Small Cell Lung Cancer Cells. Cancer Manag Res.
  12. Gong S et al. (2025). Hyperbaric oxygen promotes both the proliferation and chemosensitization of glioblastoma cells by inhibiting HIF1α/HIF2α-ABCG2. Front Mol Neurosci.
  13. Moen I et al. (2012). Hyperbaric oxygen therapy and cancer--a review. Target Oncol.
  14. Dejonckheere CS et al. (2026). Hyperbaric oxygen therapy for chronic radiotherapy-related adverse effects: A clinically focused review. CA Cancer J Clin.
  15. Peterson DE et al. (2024). Prevention and Management of Osteoradionecrosis in Patients With Head and Neck Cancer Treated With Radiation Therapy: ISOO-MASCC-ASCO Guideline. J Clin Oncol.
  16. Baude J, Cooper JS. Hyperbaric Contraindicated Chemotherapeutic Agents. StatPearls / NCBI Bookshelf.
  17. FDA (2025). Follow Instructions for Safe Use of Hyperbaric Oxygen Therapy Devices.
  18. Heyboer M III et al. (2017). Hyperbaric Oxygen Therapy: Side Effects Defined and Quantified. Advances in Wound Care, 6(6), 210–224.
  19. National Cancer Institute. Side Effects of Cancer Treatment.
  20. ClinicalTrials.gov. NCT06742411: gastric/gastroesophageal-junction cancer combination-treatment study. Registry checked September 11, 2026.

This page discusses fourteen selected research publications: six clinical trial or cohort reports, two preclinical studies, five reviews, and one trial protocol. Guidance and safety references complete the source list. The two RICH-ART papers concern the same trial, and reviews may include studies also discussed individually. Protocols and registrations are not evidence of successful treatment.

Literature checked September 11, 2026. This is a source-check date, not an independent physician-review attestation or an exhaustive systematic review. These summaries are educational; a clinical evaluation is needed to discuss individual suitability.