Blog post main image

Using Hyperbaric Oxygen therapy for Cancer, Autoimmune Disease, and CIRS

In this in-depth article, we will explain a full overview of this treatment including what it is, its function as well as its benefits for cancer, autoimmune diseases, and CIRS. Keep reading to learn more.

When it comes to the realm of medical treatments, Hyperbaric Oxygen Therapy also known as HBOT is a method that stands out. Initially popularized in the U.S. to treat diving-related ailments, HBOT has developed into a customizable therapy that may be used for a wide variety of medical conditions. Cancer, autoimmune illnesses, and Chronic Inflammatory Response Syndrome (CIRS) are among the conditions that might potentially benefit from its use. 

In this in-depth article, we will explain a full overview of this treatment including what it is, its function as well as its benefits for cancer, autoimmune diseases, and CIRS. Keep reading to learn more.   

What is Hyperbaric Oxygen Therapy?

Hyperbaric Oxygen Therapy or HBOT is a therapeutic modality employed in the medical field, wherein individuals inhale pure oxygen under a controlled pressurized setting, sometimes referred to as a hyperbaric chamber. 

For several decades, this therapeutic approach has been employed to address a range of medical ailments, grounded in the fundamental tenet that elevated levels of oxygen within the body can facilitate the process of healing and effectively mitigate certain health concerns. 

How Does Hyperbaric Oxygen Therapy Work?

Hyperbaric Oxygen Therapy operates by the application of augmented atmospheric pressure and the body's physiological reaction to elevated quantities of oxygen. The following are some of the ways that HBOT works:

Elevated Pressure: The individual is introduced into a hyperbaric chamber, a confined and pressurized setting. The pressure within the chamber is elevated, often surpassing the limits of atmospheric pressure.

Inhalation of Oxygen: During the duration of the treatment, the individual inhales oxygen. The heightened atmospheric pressure facilitates enhanced oxygen intake by the lungs, resulting in a significant rise in oxygen saturation within the bloodstream.

Augmented Oxygen Transport: When the circulatory system reaches saturation with oxygen, the body's ability to carry oxygen is significantly increased. The presence of an excess amount of oxygen promotes improved delivery to tissues and regions that are characterized by restricted blood circulation.

Facilitating Healing: The augmented amounts of oxygen serve to activate the inherent healing mechanisms within the body. Oxygen plays a pivotal role in numerous biological processes, encompassing the synthesis of collagen, the activation of the immune system, and the facilitation of tissue regeneration. Hyperbaric Oxygen Therapy facilitates these tasks by supplying the body with a surplus of oxygen.

Inflammatory Reduction: HBOT exhibits anti-inflammatory properties, hence facilitating the mitigation of edema and inflammation. Additionally, it has the potential to reduce tissue damage resulting from severe inflammation.

Angiogenic Effects: In certain instances, HBOT facilitates the process of angiogenesis, which entails the development of novel blood vessels. This intervention is especially advantageous for injuries and tissues that necessitate enhanced blood circulation to facilitate the healing process.

Augmented Antibacterial Efficacy: Elevated amounts of oxygen have the potential to bolster the body's innate capacity to combat microbial illnesses. It possesses the ability to effectively eliminate or impede the proliferation of specific germs and diseases.

What are the Benefits of Hyperbaric Oxygen Therapy for Cancer?

Hyperbaric Oxygen Therapy has demonstrated potential as a supplementary therapy for the treatment and control of cancer. Although it cannot be considered a stand-alone cancer treatment, it has the potential to offer several advantages that complement other cancer therapies.

  • Enhanced Oxygenation: HBOT administers elevated levels of oxygen to the body, hence potentially enhancing the oxygenation of tumor tissues. Certain types of cancer cells have been observed to grow in environments with low amounts of oxygen. However, it has been suggested that the growth of these cancer cells might potentially be impeded by raising the levels of oxygen through the use of Hyperbaric Oxygen Therapy. 
  • Reduce Inflammation: Cancer can result in tissue damage and inflammation. The anti-inflammatory qualities of HBOT and its potential to facilitate tissue healing have the potential to mitigate the adverse effects of cancer treatment and enhance overall patient well-being.
  • Wound Healing: The process of wound healing can be impeded by cancer therapies, particularly in patients who are undergoing surgical procedures. Hyperbaric Oxygen Therapy has been shown to expedite the healing process of surgical wounds.
  • Enhance Immune System Functionality: HBOT has the potential to augment the functionality of the immune system, a vital component in targeting cancer. An enhanced immune response has the potential to help the body's ability to identify and counteract malignant cells.
  • Reduce Hypoxia: The phenomenon of hypoxia, characterized by diminished oxygen levels, frequently arises within tumors, hence rendering them resistant to therapeutic treatments. Hyperbaric Oxygen Treatment has the ability to mitigate hypoxia, hence increasing the susceptibility of cancer cells to various treatments.

It is important to acknowledge that although HBOT has exhibited advantages in certain facets of cancer care, its utilization should be in conjunction with other cancer treatments. That said, for people who are looking to manage their condition and the symptoms that come along with cancer, it can be used as a standalone therapy to enhance the person's overall quality of life while living with this illness. 

What are the Benefits of Hyperbaric Oxygen Therapy for Autoimmune Disease?

The use of HBOT as a possible supplementary strategy for the treatment of autoimmune illnesses has grown in popularity. Although it isn't a stand-alone treatment for autoimmune diseases, it may have the following advantages:

  • Decreased Inflammation: The anti-inflammatory qualities of HBOT can aid in reducing the long-term inflammation linked to autoimmune disorders. It might lessen inflammation, which would lessen symptoms and delay the course of the illness.
  • Tissue Repair: Organs and tissues are frequently harmed by autoimmune disorders. HBOT encourages tissue regeneration and repair, which may help afflicted areas heal and recover.
  • Enhanced Immune Response: HBOT has the potential to improve immune system performance, which is critical for the management of autoimmune diseases. The body may be able to better control immune responses and lessen autoimmune flare-ups with a higher immune response.
  • Pain management: Chronic pain is frequently linked to autoimmune illnesses. HBOT may lessen pain by fostering healing and lowering inflammation.
  • Enhanced Quality of Life: By reducing pain and inflammation, HBOT may help people with autoimmune illnesses live better lives overall and be able to carry out everyday activities without as much difficulty.

As we previously mentioned, it's important to remember that HBOT needs to be a part of an all-encompassing treatment strategy that is created in collaboration with a medical expert such as Dr. Mel. 

What are the Benefits of Hyperbaric Oxygen Therapy for CIRS?

Lastly, let’s take a look at the benefits for CIRS. Hyperbaric Oxygen Therapy has received considerable attention as a prospective supplementary treatment for Chronic Inflammatory Response Syndrome (CIRS) and its associated health complications. Some benefits include:

  • Decreased Inflammation: The chronic inflammation linked to CIRS may be lessened with the use of HBOT. It could alleviate the symptoms and enhance well-being by lowering inflammation.
  • Better Oxygenation: CIRS may make it more difficult for the body to carry oxygen. Higher-pressure oxygen delivery from HBOT may make up for oxygen shortages and speed up healing.
  • Support for Detoxification: HBOT has the potential to aid in the elimination of mycotoxins and other harmful compounds linked to CIRS by speeding up the detoxification process.
  • Better Immune Response: By increasing oxygen availability and boosting immune response, HBOT may help the body fight off infections and aid in healing.
  • Symptom Relief: Cognitive impairment, physical pain, and exhaustion are just a few of the symptoms that can be associated with CIRS. By relieving these symptoms, HBOT may enhance the patient's general health.
  • Quality of Life: HBOT has the potential to improve the quality of life for those with CIRS by reducing inflammation and improving general health.

Learn More About the Hyperbaric Oxygen Therapy Benefits at Mitogenesis in Scottsdale, AZ

Would you like to learn more about how Hyperbaric Oxygen Therapy or HBOT could help with your health issues? You can rely on Dr. Mel at Mitogenesis in Scottsdale, AZ, to help you every step of the way. 

With our extensive medical experience, we can help you learn more about how HBOT can enhance your holistic healthcare experience as well as minimize the symptoms you live with on an everyday basis.  

For further information and tailored insights into the benefits of HBOT, contact us today by giving us a call. Begin your journey towards enhanced wellness right here at Mitogenesis!

Read More

Blog post thumbnail
I Thought Soy Was Bad for Me? What Is Haelan and Why Is It So Important?
In the complicated world of nutrition, we often come across things that are viewed in different ways. Soy is a great example of this.
Blog post thumbnail
Treatments and Self-Care
What Is An Integrative Approach To Cancer?
Integrative Approach To Cancer: Want to manage side effects and boost your well-being? Explore how therapies can work alongside conventional treatments.
Blog post thumbnail
Reasons Why We Should Not Be Eating Dairy
In this article, we will dig into the reasons why health experts say we should rethink our relationship with dairy and choose other food options instead. We will also explore the various ways that dairy can affect our bodies and some of the side effects that could arise. Let’s jump right in.