LYME DISEASE

Hyperbaric & Lyme Disease

The United States Center for Disease Control is now reporting that there are over 300,000 new cases of Lyme disease each year. Additionally, as the disease remains difficult to identify and diagnose, the definitive number of people affected is currently unknown, making this the fastest growing infectious disease in the US. The tick-borne bacterium or spirochete (Borrelia burgdorferi) is protected by the biofilm it creates to hide from the immune system, and can often lie dormant for years. Often antibiotic interventions alone fall short in providing much needed symptomatic relief. Hyperbaric oxygen therapy (HBOT) has been shown to elevate tissue oxygenation, which can be lethal to this bacteria, increase white blood cell activity and enhance antimicrobial responses. Oxygen is essential in the killing of bacteria and by exponentially raising oxygen levels throughout the body, the efficiency of bactericidal action if white blood cells can be enhanced dramatically. Clinical data and case reports have demonstrated the lasting benefits of HBOT for Lyme disease with the following:


Ameliorate Neurological Conditions with HBOT

  • Decreases Neuroinflammation

  • Enhances Short-Term Memory

  • Reduces Chronic Fatigue

  • Improves Concentration

  • Ameliorates Chronic Headaches

  • Lessens Depression

  • Moderates Insomnia


Increase Mobility with HBOT

  • Diminishes Inflammatory-related Arthritic Pain

  • Lessens Muscle Discomfort

  • Improves Walking Distance

  • Amplifies Energy Levels


Enhances Antibacterial Effects with HBOT

  • Induces Angiogenesis to Mobilize Blood Flow to Affected Tissue and Bone

  • Augments Antibiotic Interventions by Driving Spirochete out of Biofilms

  • Enhances White Blood Cell and Immune System Activity

  • Improves Antibiotic Cell Wall Penetration

  • Increases Oxygen Free Radicals to Combat the Bb Organism


Study: HBOT for Lyme Disease

An exploratory trial, conducted at Texas A&M University, examined, and evaluated the effects of HBOT for Lyme disease in 91 patients. All patients failed to respond to intravenous antibiotics and 67% of the patients remained on antibiotics treatment during the trial. Patients ranged from children to adults. At the completion of the trial, 75% of patients completed anywhere from 10-133 treatments (60 minutes, twice daily, five days a week.) Approximately 85% showed a significant improvement by a decrease or elimination of symptoms. Most patients began to show major improvements after the reaction subsided and well-beyond the conclusion of HBOT. Follow-up from 6 weeks to 6 years showed that benefits sustained in approximately 70% of patients.


Fife, William P; Freeman, DM (1998)
Treatment of Lyme disease with hyperbaric oxygen therapy. Undersea and Hyperbaric Medical Society Annual Meeting


www.ihausa.org/lyme

 

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