mHBOT Therapy
NWS Mild Hyperbaric Oxygen Therapy
Mild Hyperbaric Oxygen Therapy utilizes “soft-sided” HBOT Chambers featuring safe atmospheric pressures of 1.2 atmosphere to 1.5 atmospheres. When offered as part of a complex SomaVeda® integrative wellness protocol can provide relief for many conditions…


SARS Covid-19
COVID-19 and its derivatives have surprised the world and are still overwhelming and perplexing the scientific community. This virus is considered by many to be quite harmful for the elderly and those with underlying diseases. Sometimes, survivors of COVID experience long-term adverse effects from the virus as well as from the medicinal treatments applied to treat it. Many times, a factor is breathing problems; many discover that hyperbaric treatment provides relief and repair for respiratory system damage. (CLICK HERE for the “Recovering Health Post SARS-CoV-2 Infection, Variant and or Vax & Booster: Dealing with and Protecting from Adverse reactions to Gene Modification (mRNA)- delivery systems with Informed Healing, Protection, and Recovery Advice” (Update 03/02/2023) Book by Dr. Anthony B. James”
ADD/ADHD
Using modest hyperbaric treatment has had excellent outcomes for several of our ADD and ADHD patients. Children and adults can concentrate, speak clearly, and be at peace generally after just a few treatments. Before a significant test, and occasionally even to study inside the chamber, college students have come in for treatments. Knowing that our hyperbaric chambers are spacious enough to let you accompany your child during hyperbaric treatment will help you if you are the parent of a special-needs child and are considering light hyperbaric oxygen treatment.


Allergies
Using modest hyperbaric treatment has had excellent outcomes for several of our ADD and ADHD patients. Children and adults can concentrate, speak clearly, and be at peace generally after just a few treatments. Before a significant test, and occasionally even to study inside the chamber, college students have come in for treatments. Knowing that our hyperbaric chambers are spacious enough to let you accompany your child during hyperbaric treatment will help you if you are the parent of a special-needs child and are considering light hyperbaric oxygen treatment.
Alzheimer’s & Dementia
Inflammation can be acute or persistent. Acute inflammation often lasts only a few days. However, chronic inflammation can last months or even years after the initial cause has passed. While inflammation is vital for defending the body after an injury, if left untreated, it can lead to cancer, heart disease, diabetes, Alzheimer’s, and autoimmune disease.


Anti-Aging
As the average life expectancy continues to rise, there is a growing interest among individuals in discovering methods that can slow down the aging process. Scientists are aware that several factors, such as physical exercise, sleep, depression, and specific gene mutations, are linked to a reduction in the length of telomeres, which, in turn, can result in premature biological aging. This information is reported by Medical News Today. It is not yet known if the length of telomeres is a manifestation of biological aging or a factor that contributes to it. Studies have revealed that hyperbaric therapy can help people enhance their energy levels, improve the quality of their sleep, increase the rate at which serotonin is produced, and possibly lengthen their telomeres. Every one of these things has the potential to enrich a person’s overall health and well-being.
Anti-Aging
Arthritis and other chronic pain conditions have demonstrated their agony and inflammation lessened by hyperbaric treatment. Some doctors may prescribe off-label hyperbaric therapy as an adjuvant or alternative to other conventional arthritis treatments and medication prescriptions. Under HBT treatment, the SOD activity was raised in rheumatoid arthritis patients while the lipoperoxide values dropped. Moreover, ESR and Lansbury’s index revealed an amazing comeback. These findings imply that patients with rheumatoid arthritis could find great benefit from HBT treatment.


Autism-Spectrum Disorder
Hyperbaric treatment has various ways of helping autistic patients. When children’s oxygen levels are elevated throughout the body, it triggers an anti-inflammatory response that can help alleviate inflammatory disorders in the brain and intestines. If neuroinflammation impacts the area of the brain responsible for speaking, then decreasing inflammation may enhance communication and speech. When other parts of the brain are inflamed, the same holds true.
Cancer
Cells in the human body necessitate oxygen for proliferation. For an extended period, medical professionals presumed that cancer cells similarly required oxygen for growth, consequently dismissing any form of oxygen therapy. Studies have revealed that cancer cells flourish in hypoxic conditions, frequently leading to the hypoxemia observed in cancer patients. Contrary to prior ideas, elevated oxygen levels administered via HBOT impede cancer proliferation. Research, such as a 2009 study conducted by Oxford University researchers, showed that the injection of oxygen into solid tumors markedly enhanced patient recovery prospects and augmented the efficacy of chemotherapy on cancer cells.


Cerebral Palsy
Recent research indicates that hyperbaric therapy may occasionally alleviate symptoms of CP. Several symptoms and concerns arise from anoxia, characterized by a deficiency of oxygen reaching the brain. Hyperbaric treatment has increased oxygen levels in tissues, including the brain. Even minor pressures can create conditions that facilitate the passage of oxygen across the blood-brain barrier, thereby diminishing inflammation and improving cell quality.
Diabetes Mellitis
Hyperbaric oxygen therapy has been utilized in managing diabetes for several significant reasons. Research demonstrates that comprehensive therapies can promote the formation of new blood vessels, referred to as angiogenesis. Establishing novel pathways for blood circulation may enhance perfusion in extremities affected by tissue damage due to diabetes. Many patients have reported a marked reduction or complete resolution of neuropathy symptoms. Improved circulation may also prevent the need for limb amputation in patients with severe diabetic ulcers. Hyperbaric therapy has been extensively studied for its effectiveness in facilitating the healing of chronic or non-healing wounds, especially in diabetic patients.


Diabetic Ulcers
Foot ulcers are a significant source of illness, death, and lower quality of life for diabetics. Combining diabetic neuropathy with peripheral vascular disease lowers the oxygen flow to the affected extremity, which helps to form ulcers. Hypoxia can cause otherwise small lesions that progress quickly to infection, gangrene, and limb amputation. Hyperbaric oxygen treatment allows tissues to reach oxygenation levels, which is impossible otherwise, by raising the amount of oxygen dissolved in the plasma.
Fibromyalgia
Hyperbaric therapy is a relatively recent treatment option that is increasingly being utilized in the treatment of fibromyalgia. Hyperbaric therapy, on the other hand, appears to have a good impact on the symptoms of fibromyalgia, which include soreness in the muscles and painful or sensitive regions. This is the conclusion that can be drawn from preliminary studies. The condition known as fibromyalgia is characterized by several symptoms, two of which are tenderness to the touch and persistent, widespread pain. Additionally, there is frequently a level of fatigue ranging from moderate to severe. The affected individuals may also have heightened skin sensitivity, tingling (which often feels like a needle), muscle achiness, persistent muscle spasms, limb weakness, and nerve pain. These symptoms may be experienced by those who are affected. As another symptom of fibromyalgia, persistent sleep


Heart Disease- Cardiovascular Disease-Hypertension
Hyperbaric therapy, contingent upon chamber settings, augments the body’s oxygen levels, potentially elevating them by as much as 1,000% in tissues. Increased oxygen levels in blood and plasma improve the oxygenation of depleted tissues, initiating healing processes such as fibroblast proliferation and enhanced angiogenesis. Fibroblasts function as progenitor cells that promote connective tissue development, whereas angiogenesis pertains to forming new blood vessels. This method of improving oxygenation and healing processes helps reduce damage from cardiac disease and may facilitate the restoration of wounded tissues.
Inflammation
Inflammation may be classified as acute or chronic. Acute inflammation typically endures for merely a few days. Chronic inflammation may persist for months or even years following the resolution of the initial cause. Although inflammation serves a protective function following an injury, if unaddressed, it may result in cancer, cardiovascular disease, diabetes, Alzheimer’s disease, and autoimmune disorders.


Migraines- Severe Headache
There is a reasonable amount of uncertainty over the fact that hyperbaric therapy can provide immediate relief from severe headache pain and may even be able to prevent the progression of a migraine. The difficulty is entering a room within a suitable time to avoid being attacked. For individuals who have been experiencing warning signals for an extended length of time, hyperbaric therapy may be a sensible and non-pharmaceutical solution that might be considered. As more time passes and hyperbaric clinics become more accessible, a significant number of people who suffer from migraine headaches will have the opportunity to take advantage of an alternative treatment option that avoids the numerous potential adverse effects that are associated with the use of medicines. This treatment option is known as hyperbaric therapy.
Multiple Sclerosis
The disease known as multiple sclerosis (MS) is a complex condition that is believed to have immunologic origins. This disease ultimately leads to a rupture in the barrier that separates the blood from the brain. There have been a substantial number of studies that have been published on the topic of the effects that hyperbaric therapy has on multiple sclerosis. Even though the data are ambiguous and conflicting, it is undeniable that the most exhaustive study ever carried out on this topic demonstrated hyperbaric treatment’s undeniable positive influence.


Pre & Post Surgery
Using HBT before to and after reconstructive and plastic surgery can help a healthy person experience up to 75% improved healing. Recorded have been less pain, less scarring, shorter patient recovery times, and less recurrence of infections. Patients may show up for work more quickly and with less edema and/or bruises.
PTSD- Post Traumatic Stress Disorder
Hyperbaric Oxygen Therapy for PTSD has garnered considerable attention in recent years, especially among combat veterans. The anti-inflammatory properties of oxygen are well-documented, showing swift transport to the brain in a hyperbaric chamber, even at reduced pressures such as 1.3 or 1.5 ATA. Reduced inflammation, improved circulation, and the removal of accumulated neurotoxins can help soothe heightened emotions, rejuvenate dormant brain areas, and restore balance. Many patients indicate improved mood, sleep quality, cognitive clarity, and general well-being.


Radiation Damage
Over 11 million individuals in the U.S. have been diagnosed with cancer, with over half undergoing radiation therapy. Although enhanced radiotherapy procedures have augmented treatment accuracy and diminished side effects, the substantial radiation doses employed to eradicate cancer cells may nevertheless inflict long-term harm on adjacent healthy cells in certain people. Hyperbaric therapy has demonstrated efficacy for these individuals by enhancing oxygenation in the afflicted areas. ULCA. UCLA Cancer Study
Sports- Athletic Performance and Injury Recovery
Professional and amateur athletes use hyperbaric oxygen treatment for performance enhancement, quick injury healing, aching muscle recovery, and injury prevention. Hyperbaric oxygen therapy has been found to drain lactic acid out of muscles, stimulate collagen and stem cell formation, produce new blood vessels (angiogenesis), raise energy levels and stamina, boost immunity, and lower inflammation in and surrounding injuries, including the brain. This makes hyperbaric oxygen therapy an excellent addition to an athlete’s wellness program.


Stim Cells
Stem cells serve as the fundamental components of all tissues within the body. Recent studies indicate that repeated hyperbaric treatments enhance stem cell production. The rise in stem cells can be directly associated with quicker wound healing and various other advantages.
Stem cells are the “building blocks” with which all body tissues are constructed. Several recent studies have demonstrated that repeated hyperbaric treatments lead to an increase in the generation of stem cells. There is a direct correlation between an increase in stem cells and a faster rate of wound healing, among other benefits. Not only has hyperbaric oxygen therapy been applied for the treatment of long-term damage following strokes, but it has also been utilized during the emergency phase of strokes. A patient would need to be placed in the chamber within three to six hours of the initial injury for them to be able to employ hyperbaric oxygen therapy (HBOT) during a stroke occurrence, according to studies. The compressed oxygen can alleviate inflammation at the site where the bleeding occurs. The absence of further tissue inflammation may also prevent long-term harm to the brain. In the case that a patient is unable to treat their acute stroke with hyperbaric therapy, they may still experience advantages from the technique even decades after the incident. Remaining neuroinflammation may be reduced if there is an increase in oxygen delivery to the brain, which also makes it possible for more blood to flow to the damaged areas.
Stroke
HBOT has the ability to preserve vulnerable neural tissue and improve outcomes in stroke models, as seen in pre-clinical studies. However, further research needs to be conducted to find the most effective HBOT regimen. Randomized controlled trials need to be administered in order to test human effectiveness. Even though further research regarding HBOT needs to be studied, current research has advanced our understanding of the mechanisms of HBOT, specifically in the injured and healthy brain. This knowledge has paved the way for the development of HBOT preconditioning strategies. Although HBOT preconditioning is a viable and innovative strategy that contains benefits for certain patients, limitations are present involving the ability to deliver stroke therapy.
HBOT has the ability to be applied as a preconditioning mechanism for stem cell transplantation. Research indicates that oxidative preconditioning of stem cell grafts through HBOT may be a viable strategy to promote graft survival and optimize graft function during the post-ischemic environment. (https://pmc.ncbi.nlm.nih.gov/articles/PMC7563917/)


TBI (Traumatic Brain Injury)
Hyperbaric Oxygen Therapy has been employed for both acute intervention following a traumatic brain injury and for the management of chronic symptoms from a previous injury. Research indicates that for a patient to receive HBOT during an acute TBI, treatment must occur within 48 hours of the event. Pressurized oxygen can mitigate inflammation that has already commenced at the injury’s origin. It may help avert long-term cerebral damage by mitigating further tissue inflammation. Patients unable to undergo hyperbaric therapy for acute TBI may nevertheless see advantages from the treatment, even years post-event. Augmented oxygen supply to the brain may diminish persistent neuroinflammation and facilitate enhanced blood circulation to the injured tissues.
Wound Healing and Infection
It is one of the most well-known applications of hyperbaric therapy, and it has been extensively explored to be able to heal wounds speedily and safely. Oxygen is one of the medications that modern medical practitioners have access to, and it is both highly versatile and quite potent. By providing the area of the wound with a high level of oxygen, the cells can mend themselves at a faster rate. It is also possible that the oxygen will help prevent the wound from becoming infected. Several distinct biological responses associated with hyperbaric therapy can potentially improve the processes of wound healing.


Chronic Stress / Adrenal Fatigue
Chronic stress can significantly impact a patient’s overall well-being and immune function. Excessive stress hormones in the body can lead to dysfunction across various systems. Hyperbaric oxygen therapy promotes relaxation and regulates hormones, facilitating the body’s return to a balanced state.
Detoxificatioin
Chronic Stress / Adrenal Fatigue
The body’s detoxification process can be enhanced through hyperbaric oxygen therapy. The body obtains a more significant amount of bio-available oxygen when it is subjected to pressure. The influx of oxygen and pressure assists in the expulsion of contaminants from tissues and their subsequent transport to detox pathways. The majority will be excreted as urine by the kidneys, so we always recommend maintaining a high hydration level following a session. A small percentage will be eliminated through the epidermis as sweat and the gastrointestinal tract as stool. Hyperbaric therapy is demonstrating its effectiveness as an exceptional treatment for emotional toxicity disorders, including depression, anxiety disorders, and post-traumatic stress disorder (PTSD). Research indicates that the brain is essentially repairing areas that have become inert by increasing the amount of oxygen it receives.


Mold Toxicity and Allergies
Hyperbaric oxygen therapy can be of assistance in the treatment of illness through a variety of methods. Superoxide dismutase, an essential antioxidant, can be stimulated by hyperbaric oxygen therapy (HBOT), which can assist the body in eliminating the mycotoxins that are left in the tissues due to exposure to mold spores (especially Black Mold). Additionally, hyperbaric oxygen therapy (HBOT) can assist in treating mold infection by boosting the action of white blood cells and improving the results of antibiotics. As a result of the hyperbaric chamber’s anti-inflammatory properties, the unpleasant symptoms experienced in the muscles, lungs, and respiratory system can be alleviated thanks to the hyperbaric chamber.
Lyme Disease
Hyperbaric oxygen therapy can serve as a valuable and efficacious method to alleviate the unpleasant symptoms of Lyme Disease and may also address the infection itself. Lyme bacteria are anaerobic, indicating they flourish in situations lacking oxygen. The pressure can not only dislodge their concealed locations within the biofilm to reveal the infection for treatment, but it can also facilitate the expulsion of residual endotoxins from the bloodstream and tissues to the detoxification organs for removal. Hyperbaric oxygen has demonstrated efficacy in mitigating the distressing side effects of Lyme die-off (Jarisch–Herxheimer reaction) during infection treatment, attributable to its anti-inflammatory qualities.


Autoimmune Syndromes, Disorders & Disease
Hyperbaric Oxygen Therapy may alleviate autoimmune disease symptoms when combined with Classical Ayurveda and Yoga Therapy by primarily addressing chronic inflammation resulting from an overactive immune system. Infections linked to autoimmune deficiencies (ADs) may be discussed with HBOT, as the pressure and oxygen penetrate deep into tissues, eliminating the invading bacteria. Prolonged treatments may reduce the severity of flare-ups and extend the intervals between them. Administering oxygen to the body may mitigate inflammation, alleviate pain, and bolster the immune system. Certain patients have experienced remission of their autoimmune disorders with the incorporation of hyperbaric oxygen therapy into their treatment plans. Numerous patients additionally indicate enhanced cognitive clarity, sleep quality, overall well-being, digestive function, and pain management.
Functional Medicine Conditions
- Anoxic Brain Injury
- Arthritis
- Cancer (Treatment Synergy)
- Cerebral Palsy
- Chronic Fatigue Syndrome
- Chronic Pain
- Complex Regional Pain Syndrome
- Concussion & Traumatic Brain Injury
- Crohn’s Disease
- Fibromyalgia
- Inflammatory Bowel Disease
- Interstitial Cystitis
- Lyme Disease
- Migraine/Headache
- Multiple Sclerosis
- Spinal Cord Injuries
- Sports Injuries
- Stroke
- Surgery Preparation & Recovery
- Ulcerative Colitis
