Cancer Management HBOT Protocol

This protocol is designed to potentially enhance the effectiveness of conventional cancer treatments like radiation therapy. It should be emphasized that HBOT should not be seen as a standalone treatment for cancer but as an adjunct therapy that may help improve treatment outcomes and patient resilience. This protocol is for individuals undergoing radiation therapy for cancer, who are cleared by their oncologist for adjunctive HBOT.

OUR GOAL

Enhance sensitivity to radiation therapy and promote a more aerobic environment in the body.

HOW It WORKS

Cytokine Reduction: Potentially reduces inflammation which can influence cancer progression and patient discomfort.
Stem Cell Release and Growth Factor Release: This may aid in tissue repair and regeneration, important for recovery during and after conventional cancer treatments.
Mitogenesis: Encourages the formation of new cells which can be beneficial in repairing radiation-induced damage.
Hyperfusion: Increases blood flow to tissues, potentially improving oxygenation and delivery of nutrients, and enhancing the removal of waste products.

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ALL THE DETAILS

Pressure Level: Start 1.5 - gradually increased to 2.0 ATA – using Supplemental Oxygen
Session Length: Session length to be determined by clinical guidelines and patient tolerance, typically around 60-90 minutes.
During Radiation Therapy: 5 days weekly, aligning closely with radiation treatment schedules to potentially enhance radiosensitivity. (Modified: 3 Sessions for the first 7 weeks. )
Post-Radiation Therapy: Depending on the clinical situation, 1-2 sessions weekly to aid recovery and mitigate side effects of radiation.
Follow-Up:
- Assessment: Regular evaluation of treatment response via clinical assessments and in coordination with oncology care teams.
- Adjustments: Adjust treatment frequency, duration, and additional supportive care based on patient response, side effects, and oncologist recommendations.
Red Light Therapy (RLT) before Hyperbaric Oxygen Therapy (HBOT) can be helpful because it primes the body’s cells and circulation, making them more receptive to the oxygen boost that comes in HBOT.
- RLT duration before HBOT: 10–15 minutes full body, or 5–10 minutes targeted.
- Frequency: 3–5x/week or combined with HBOT sessions
- Timing: Ideally right before the HBOT session so vasodilation and mitochondrial activation are at peak.
Wavelengths:
660 nm (red) – skin rejuvenation, inflammation
850 nm (near-infrared)– deeper tissue, muscle, brain, joints
Here’s why:
1. Increases Blood Flow Before Oxygen Loading
2. Stimulates Mitochondrial Energy Production
3. Reduces Pre-existing Inflammation
4. Enhances Nitric Oxide (NO) Release
5. Prepares the Nervous System- Relaxing
Enhanced Radiosensitivity: The increased oxygen levels may make cancer cells more susceptible to radiation by creating an oxygen-rich environment, which is less favorable for the anaerobic nature of many cancer cells.
Tissue Recovery: The therapeutic effects of increased oxygenation may promote faster healing of normal tissues damaged by radiation.
This HBOT protocol for cancer management aims to utilize the benefits of increased oxygen under pressure to complement traditional cancer therapies, potentially enhancing treatment efficacy and improving patient outcomes. Coordination with the entire oncology team is crucial to ensure the safe and effective integration of HBOT into the patient's overall treatment plan.
1. Hydration: Ensure patients are well-hydrated to help manage potential side effects of both HBOT and radiation therapy.
2. Nutrition: Supportive nutritional counseling to help manage side effects and enhance overall well-being.
3. Pain and Symptom Management: Integrate strategies for pain and symptom management as part of a comprehensive cancer care plan.
1. Hyperbaric oxygen therapy and cancer: a review. Read More
2. Microparticle-induced vascular injury in mice following decompression is inhibited by hyperbaric oxygen: effects on microparticles and interleukin-1. READ MORE
3. Outcomes of radiation injuries using hyperbaric oxygen therapy: an observational cohort study. READ MORE
4. HypeRbaric oxygen as an adjunctive therapy in the management of malignancies, including brain tumors. READ MORE
5. Hyperbaric oxygen reverses radiation-induced pro-fibrotic and oxidative stress responses in a rat model. READ MORE
6. Hyperbaric oxygen increases glioma cell sensitivity to antitumor drugs with a novel isothiourea derivative in vitro. READ MORE
7. Further application of hyperbaric oxygen in prostate cancer. READ MORE
8. Hypoxia and hyperbaric oxygen therapy: a review. READ MORE
9. Efficacy of metabolically supported chemotherapy combined with ketogenic diet, hyperthermia, and hyperbaric oxygen therapy for stage IV triple-negative breast cancer. READ MORE
10. The ketogenic diet and hyperbaric oxygen therapy prolong survival in mice with systemic metastatic cancer. READ MORE
11. The metabolic link between cancer and nutrition. READ MORE
12. Case Report Demonstrating Power of HBOT after Breast Cancer Read More
13. Chemotherapy Drug Enhanced by HBOT Read More
14. HBOT Temozolomide for Glioblastomar Read More
15. HBOT for Brain Tumors R ead More
16. HBOT for Chronic Radiation Injury Rea d More
17. HBOT Helps Reduce Lymphedema (Breast-Cancer Related) Read More
18. HBOT Significantly Reduces Tumor Volume in Ovarian Cancer Read More
19. HBOT Suppresses Cancer Growth Read More
20. Hyperbaric Oxygen Therapy Helps the Body Fight Solid Tumors
21. Hyperbaric Preconditioning Cisplatin-Induced Peripheral Neuropathy Rea d More
22. Ketogenic Diet HBOT Prolongs Survival in Metastatic Cancer Read More
23. Stage 4 Breast Cancer Responds to Combination Therapy Including HBOT R ead More
24. Survival Outcomes of Metabolically Supported Treatment with HBOT in Gastric Cancer Read More
25. The Effect of HBOT on Late Radiation Tissue Injury After Breast Cancer Read Mor e
26. Case Report Demonstrating Power of HBOT after Breast Cancer Read More
27. Therapy Drug Enhanced by HBOT Read More
28. HBOT Temozolomide for Glioblastoma Read More
29. HBOT for Brain Tumors R ead More
30. HBOT for Chronic Radiation Injury Rea d More
31. HBOT Helps Reduce Lymphedema (Breast-Cancer Related) Read More
32. HBOT Significantly Reduces Tumor Volume in Ovarian Cancer Read More
33. HBOT Suppresses Cancer Growth Read More
34. Hyperbaric Oxygen Therapy Helps the Body Fight Solid Tumors Read More
35. Hyperbaric Preconditioning Cisplatin-Induced Peripheral Neuropathy Rea d More
36. Ketogenic Diet HBOT Prolongs Survival in Metastatic Cancer Read More
37. Stage 4 Breast Cancer Responds to Combination Therapy Including HBOT R ead More
38. Survival Outcomes of Metabolically Supported Treatment with HBOT in Gastric Cancer Read More
39. The Effect of HBOT on Late Radiation Tissue Injury After Breast Cancer Read Mor e
CLICK HERE FOR Full List of HBOT Studies
Do not use if you have any of the following:
1. Uncontrolled seizure disorders
2. Active upper respiratory infections or sinus congestion
3. Uncontrolled hypertension
4. Untreated pneumothorax
5. Claustrophobia (without desensitization or sedation)
Clients should start hyperbaric oxygen therapy with a protocol package for comprehensive initial treatment, then continue with a maintenance membership for ongoing support and benefits.
Individual outcomes from the therapy may vary. Each person’s response to treatment depends on a variety of factors including their unique health condition and overall wellness. While our experienced staff is committed to providing personalized support and guidance throughout the therapy process, we do not guarantee the cure of any medical condition.
Our goal is to assist clients in achieving relief from symptoms and to support overall healing and recovery. Clients should consult with their healthcare provider before beginning treatment and disclose any health concerns during their sessions.
By participating in hyperbaric oxygen therapy at ELEVATE SONOMA, clients acknowledge understanding of these terms.

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