Hyperbaric therapy ( HBOT – Hyperbaric Oxygen Therapy ) is an advanced and natural regeneration method that involves breathing pure oxygen in high pressure conditions.
Why does it work? In a hyperbaric chamber, oxygen penetrates not only red blood cells, but also plasma, lymph, cerebrospinal fluid and even tissues with poor blood supply – such as cartilage, bone or marrow.
This allows for oxygenation and regeneration where this is normally impossible.
Thanks to this, HBOT actually:
The effects are measurable , confirmed by scientific research and often visible after just a few sessions. Today, this method is used not only by people with health problems, but also by:
The average adult uses as much as 2.7 kg of oxygen per day – more than food and water combined. And yet, only 900 grams of oxygen reaches all tissues. Hyperbaric therapy changes this balance.
Hyperbaric oxygen therapy (HBOT) is a unique combination of two key factors – administration of pure oxygen (100%) and increased pressure in a hyperbaric chamber. In standard conditions, oxygen is transported mainly by hemoglobin, which limits the amount of it reaching the tissues. Increased pressure causes oxygen to also dissolve in plasma, lymph and cerebrospinal fluid, reaching all cells of the body, even those with limited blood supply.
This effect causes cells to receive significantly more oxygen than under normal conditions , which stimulates their regeneration, accelerates wound healing and reduces inflammation. Increased oxygenation also promotes better functioning of the nervous system, strengthens immunity and supports the body’s detoxification processes. This is why HBOT is such an effective method of supporting health, improving performance and accelerating convalescence.
Hyperbaric oxygen therapy (HBOT) is used in the treatment of chronic diseases, as well as in regeneration after injuries, surgeries or therapy supporting immunity.The effects of its action are wide, but the common denominator remains one:
improvement of tissue oxygenation, which stimulates natural repair processes in the body.
Below you will find a list of the most common indications in which HBOT can actually support treatment and improve the quality of life – in children, adults and the elderly.
Hyperbaric oxygen therapy is used as an effective support for neurorehabilitation after brain injuries – both those resulting from road accidents, falls, and sports injuries.
Increased pressure and 100% oxygen allow for increased availability of oxygen in damaged areas of the brain, even if circulation has been impaired . This allows for the stimulation of areas with reduced metabolic activity (so-called penumbras ), which normally have no chance of regeneration.
Clinical studies show improved cognitive function, speech, coordination, and reduced chronic headaches in patients with post-concussive syndrome. HBOT also supports neurogenesis and reduces post-traumatic edema.
The sooner hyperbaric therapy is implemented, the greater the chance of regaining mobility and limiting permanent neurological deficits.
Hyperbaric oxygen therapy can significantly support the process of neurological rehabilitation after ischemic or hemorrhagic stroke . Thanks to increased pressure, oxygen penetrates the areas of the brain that have been deprived of oxygen as a result of circulatory disorders.
In hyperbaric conditions, microcirculation and tissue oxygenation improve , which promotes the reconstruction of neural connections and the activation of so-called dormant brain areas.
Studies show that HBOT can improve motor function, speech, memory and concentration in stroke patients, especially if the therapy is implemented in the first months after the incident.
This is an effective method of activating "dormant" areas of the brain and enhancing the effects of neurological rehabilitation.
Hyperbaric oxygen therapy is becoming more widely used as a therapy supporting the treatment of children with autism . Studies (including those by Dr. Dan Rossignol) show that HBOT can have a beneficial effect on the blood supply and oxygenation of the brain , which translates into improved functioning of the nervous system.
Children with ASD often experience cerebral perfusion disorders, oxidative stress, and chronic inflammation – and HBOT directly supports the reduction of these problems.
Clinical observations included the following:
improving eye contact and communication,
increased concentration,
reducing the level of hyperactivity and aggression.
Although it is not a primary therapy, HBOT can significantly improve the child's quality of life and support the effects of behavioral, speech therapy, or dietary therapy.
Hyperbaric oxygen therapy can provide significant support in the treatment of children with cerebral palsy , especially in improving neurological and motor functioning.
HBOT has a beneficial effect on brain oxygenation and increased metabolic activity in damaged or dormant areas. By improving microcirculation and reducing inflammation, the therapy can support the regeneration of neural connections.
In clinical trials the following were observed:
improving movement control and muscle tone,
better eye-hand coordination,
increasing sociability and level of concentration.
The use of HBOT provides real support for the development of motor functions and the quality of life of the child.
Depression is a complex mental disorder that affects both mood and the functioning of the entire body. In many patients, it coexists with cerebral hypoxia, sleep disorders, chronic inflammation and oxidative stress – and these are the areas that hyperbaric oxygen therapy works on .
HBOT can help treat depression by:
increased blood flow and oxygenation of the brain ,
improving cell metabolism ,
stimulating the production of serotonin and other neurotransmitters .
Patients often report:
improving mood,
deeper sleep,
greater emotional stability.
It is a safe form of support that strengthens the psyche from the biological side – exactly where standard treatment often does not reach.
Migraines are severe, recurring headaches , often accompanied by nausea, photophobia, and visual disturbances. Their causes may include ischemia of some areas of the brain , oxidative stress, and inflammation in the blood vessels.
Hyperbaric oxygen therapy works in multiple ways:
improves blood supply and oxygenation of brain structures ,
reduces inflammation and vascular swelling ,
reduces the levels of neurotoxic substances responsible for triggering attacks.
Many patients experience:
reducing the frequency and intensity of attacks ,
improved well-being between episodes,
better tolerance to stress and fatigue.
HBOT is not just a temporary relief – it is a tool for restoring neurological balance, which can prevent relapses.
CFS (Chronic Fatigue Syndrome) is a difficult-to-treat disorder that manifests itself as constant, deep fatigue that is not caused by exertion and does not subside with rest . Its causes may include metabolic disorders, viral infections, oxidative stress and cerebral hypoxia.
Hyperbaric oxygen therapy supports the body in the fight against CFS on several levels:
improves oxygenation of cells , including neurons,
reduces oxidative stress ,
supports the regeneration of the nervous and immune systems .
In clinical studies and patient observations the following were observed:
increase in energy levels,
improving concentration,
better sleep and overall well-being.
HBOT gives the body the breath it can no longer catch on its own – it is a real help where other methods fail.
Ménière’s disease is a chronic disorder of the inner ear that manifests itself with attacks of vertigo, tinnitus, a feeling of fullness in the ear, and progressive hearing loss . Its causes are not fully understood, but are associated with a disturbance in the fluid pressure in the labyrinth.
Hyperbaric oxygen therapy can provide relief from this condition because:
improves microcirculation in the inner ear ,
oxygenates the structures of the labyrinth and auditory nerve ,
reduces swelling and inflammation ,
supports recovery after episodes of acute hearing loss.
Many patients experience:
reducing the frequency of dizziness,
improving hearing comfort,
better tolerance of stress, which exacerbates symptoms.
HBOT improves the functioning of structures responsible for balance and hearing – non-invasively and supportively.
Sudden deafness and tinnitus are disorders of unclear origin, often related to sudden ischemia or inflammation of the inner ear. Symptoms appear suddenly, often without an obvious cause, and can permanently affect quality of life.
Hyperbaric oxygen therapy is an effective complement to the treatment of these conditions because:
improves oxygenation of the middle and inner ear structures,
supports the regeneration of the auditory nerve,
reduces swelling and inflammation,
may increase the effectiveness of pharmacological treatment (e.g. steroids).
The best results are achieved with rapid implementation of therapy – within a few days of the onset of symptoms.
HBOT increases the chance of hearing recovery and noise reduction, especially when time is of the essence.
Vertigo resulting from labyrinth dysfunction is a common otolaryngological problem. It manifests itself with a feeling of spinning, instability, nausea and disorientation . It can be paroxysmal or chronic and significantly limit everyday functioning.
Hyperbaric oxygen therapy helps restore the proper functioning of the balance system thanks to:
improving microcirculation and oxygenation of the inner ear ,
reducing swelling and inflammation in the labyrinth structures ,
stabilization of nerve impulses responsible for spatial orientation .
The effect may be:
reducing the frequency and intensity of attacks,
improving balance,
increasing the quality of life without symptomatic medications.
This is a solution that works at the source of the problem – in the labyrinth, not only on its symptoms.
Lyme disease is a multisystemic bacterial disease caused by the spirochete Borrelia burgdorferi . In its chronic form, it can lead to neurological disorders, joint pain, cognitive problems, chronic fatigue, and decreased immunity.
Hyperbaric oxygen therapy proves to be an extremely effective support in the treatment of Lyme disease because:
high-pressure oxygen has a bactericidal effect – Borrelia spirochetes are sensitive to an oxygen-rich environment,
increases the body’s immunity and stimulates the production of stem cells,
improves brain function and reduces the brain fog that often accompanies the disease.
In Dr. Fife’s study, over 85% of patients with chronic Lyme disease reported improvement in their health.
This is one of the few methods that reaches where bacteria try to hide – deep in tissues with poor blood supply.
Candida albicans is a yeast that occurs naturally in the body and, with weakened immunity or disturbed intestinal flora, can lead to chronic infections, mainly of the digestive system, urogenital system and skin.
Hyperbaric oxygen therapy can support the treatment of candidiasis by:
antifungal effect – Candida does not tolerate an oxygen-rich environment,
improving cellular immunity,
restoring the balance of the microbiome and regeneration of mucous membranes.
Used in parallel with dietary and pharmacological therapy, HBOT accelerates the resolution of symptoms such as:
tiredness,
skin problems,
recurrent intimate infections,
digestive disorders.
Through deep oxygenation, HBOT helps rebuild an environment in which the body can regain control over the infection.
Skin infections that persist or recur may be the result of weakened immunity, circulatory disorders, or a damaged skin barrier . They often occur in people who are chronically ill, after antibiotic treatment, or as a result of trauma.
Hyperbaric oxygen therapy supports the treatment of such infections by:
antibacterial and antifungal effects – oxygen saturation destroys anaerobic microorganisms,
accelerating healing and skin regeneration,
strengthening local cellular immunity,
increasing the effectiveness of antibiotic therapy.
Noticeable effects include:
faster resolution of skin lesions,
less tendency to relapse,
HBOT supports the skin in fighting infection where standard treatment is no longer enough.
Inflammatory bladder syndrome (IC/BPS) is a chronic, inflammatory disorder of the urinary bladder characterized by recurrent lower abdominal pain, frequent urination and urinary urgency , without bacterial infection.
Treatment can be difficult, and the effectiveness of pharmacology is limited. In such cases, hyperbaric oxygen therapy can bring relief because:
reduces inflammation and swelling of the bladder mucosa,
improves microcirculation in the lesser pelvis,
stimulates the regeneration of the bladder epithelium,
reduces the sensitivity of nerve endings.
Patients often report:
reduction of pain and discomfort,
less frequent urination,
improving the quality of sleep and daily life.
HBOT offers an opportunity for improvement where other methods prove insufficient.
Some viruses – especially neurotropic ones – can cause serious neurological and ear complications , such as ear zoster, sudden deafness or neuritis . Their treatment requires both antiviral and regenerative action.
Hyperbaric oxygen therapy can help fight these infections because:
strengthens cellular immunity and inhibits the multiplication of viruses,
accelerates the regeneration of damaged nerves,
reduces inflammation and swelling,
improves blood supply to structures attacked by viruses (e.g. auditory nerve, facial nerve).
The use of HBOT can reduce:
progression of neurological symptoms,
permanent hearing loss,
development of complications (e.g. neuralgia).
It is a supportive therapy that gives the body more oxygen and resources to fight viruses and their consequences.
Diabetic foot is one of the most dangerous complications of diabetes, resulting from circulatory disorders, neuropathy and impaired wound healing. It often leads to chronic ulcers, infections and – in the most severe cases – amputation.
Hyperbaric oxygen therapy (HBOT) is an effective support in the treatment of this condition because:
increases oxygenation of ischemic tissues,
stimulates the formation of new blood vessels (angiogenesis),
accelerates the regeneration of skin and deep tissues,
has an antibacterial effect , also against anaerobic pathogens.
Studies have shown that regular HBOT sessions can:
reduce the size of wounds,
reduce the need for amputation,
shorten the healing time by several dozen percent.
This is one of the most medically documented forms of support for diabetic foot conditions – it often means the difference between healing and losing a limb.
Chronic wounds, including venous ulcers, pressure ulcers or post-operative wounds, are a serious clinical problem – especially in elderly people, those who are immobilized or have comorbidities (e.g. diabetes, circulatory failure).
Hyperbaric oxygen therapy plays a key role in the healing process because:
improves oxygenation of tissues affected by ischemia,
stimulates the growth of blood vessels,
accelerates collagen synthesis and epidermis regeneration,
has antibacterial and anti-edematous effects.
In patients using HBOT the following are observed:
accelerated wound healing,
reduction of swelling and effusions,
reduction of pain symptoms.
For wounds that take weeks or months to heal, HBOT can significantly speed up the process and reduce the risk of complications.
Burns, especially extensive or deep ones, lead to extensive tissue damage, severe inflammation, fluid loss and impaired healing . In such cases, it is not only skin regeneration that counts, but also protection against infections and minimizing scarring.
Hyperbaric oxygen therapy supports the treatment of burns by:
significantly increased oxygen supply to damaged tissues,
reduction of swelling and inflammation,
stimulation of cell and blood vessel growth,
acceleration of the regeneration of the dermis and epidermis.
HBOT also improves the effectiveness of antibiotic therapy and reduces the risk of burn wound infections.
This is a real chance for faster healing, smaller scars and greater patient comfort during the recovery process.
Crush injuries are among the most difficult to treat – they cause extensive damage to muscles, blood vessels and deep tissues , and the risk of hypoxia, necrosis and infection is very high.
Hyperbaric oxygen therapy is a recognized element of treatment for such injuries because:
increases the availability of oxygen in damaged and ischemic tissues,
reduces post-traumatic swelling and inflammation,
stimulates angiogenesis (formation of new vessels),
inhibits the development of infections – including anaerobic ones.
The use of HBOT in the first days after injury may:
reduce the risk of amputation,
accelerate tissue regeneration,
reduce scarring and permanent damage.
It is a tissue-saving therapy – literally – where simple oxygenation is not enough.
Inflammatory skin diseases such as psoriasis, acne or atopic dermatitis (AD) are often associated with immune system dysfunction, oxidative stress and poor blood supply to the deeper layers of the skin.
Hyperbaric oxygen therapy supports the treatment of these conditions by:
improvement of microcirculation and oxygenation of the skin,
anti-inflammatory and antioxidant effect,
acceleration of the reconstruction of the epidermis and the protective barrier,
regulation of immunological processes and reduction of itching.
Patients often notice:
reducing redness and flaking,
improving skin hydration,
fewer relapses and a milder course of symptoms.
HBOT works not only on the surface of the skin, but also on its causes – from the inside, where inflammation occurs.
Rheumatoid arthritis is a chronic autoimmune disease in which the body attacks its own tissues, causing inflammation that leads to pain, swelling, and joint damage. RA is also often associated with fatigue, morning stiffness, and a decrease in quality of life .
Hyperbaric oxygen therapy can support the treatment of RA by:
reducing inflammation and oxidative stress,
improving the oxygenation of joint tissues,
supporting repair processes and reducing swelling,
influence on immune balance.
Patients often report:
reduction of pain,
increasing joint mobility,
improving overall fitness and well-being
This is an effective support for immunosuppressive therapy and rehabilitation – especially when standard treatment is no longer sufficient.
Degenerative diseases, such as osteoarthritis of the knee, hip or spine, lead to gradual damage of joint cartilage, limited mobility and chronic pain. The problem increases with age and is often accompanied by inflammation and hypoxia of the periarticular tissues.
Hyperbaric oxygen therapy can help slow this process by:
improving the oxygenation of cartilage and synovial membranes,
stimulation of collagen production and regeneration of soft tissues,
reduction of pain and swelling associated with inflammatory microstates.
In patients using HBOT the following are observed:
improving movement comfort,
reduced morning stiffness,
extending the time of functioning without the need for surgery.
This is a therapy that supports the joints from the inside – it does not mask the symptoms, but creates conditions for their real reconstruction.
COPD is a chronic respiratory disease that causes increasing difficulty breathing, reduced gas exchange, and constant oxygen deprivation. It is often accompanied by fatigue, shortness of breath, cough, and susceptibility to infections.
Hyperbaric oxygen therapy can effectively support the treatment of COPD by:
increasing the concentration of oxygen in the plasma, which improves tissue oxygenation even in cases of impaired lung function,
reducing swelling and inflammation in the respiratory tract,
improving the overall efficiency and regeneration of the body.
COPD patients often experience:
greater respiratory comfort,
improving exercise tolerance,
improving sleep and reducing symptoms of nocturnal dyspnea.
It is an effective tool for combating chronic hypoxia – without burdening the respiratory system with additional medications.
Limb ischemia is a condition in which the blood supply (and therefore oxygen) to the tissues of the lower or upper limbs is significantly limited, most often due to atherosclerosis or thrombosis. This leads to pain, ulceration, necrosis, and in extreme cases – amputation.
Hyperbaric oxygen therapy is an effective support in the treatment of ischemia because:
increases the penetration of oxygen into tissues even with limited blood flow,
stimulates angiogenesis – the formation of new blood vessels,
accelerates wound healing and skin regeneration,
reduces inflammation and improves cellular metabolism.
The effects of therapy include:
improvement of blood circulation and skin tone,
reduction of rest pain,
greater chance of avoiding amputation.
HBOT works where circulation fails – delivering oxygen directly to oxygen-deprived tissues.
Most chronic diseases, injuries and inflammations have a common denominator: tissue hypoxia. When there is a lack of oxygen, cells do not function properly, repair processes slow down and the body’s immunity is weakened.
Hyperbaric oxygen therapy (HBOT) works at this level – it removes the cause of hypoxia, not just the symptoms.
Its activities include:
increasing the concentration of oxygen in the plasma by up to several times,
transport of oxygen to places inaccessible with normal circulation (e.g. necrotic zones, crushes, inflammations),
activation of natural regeneration and detoxification mechanisms.
This is why HBOT can be effective in treating so many seemingly unrelated conditions – because it works at the cellular level , where it all begins.
HBOT does not fight the disease label – only its biological cause: lack of oxygen
In the case of cardiovascular diseases, such as coronary heart disease, circulatory failure or post-infarction, the body often suffers from chronic tissue hypoxia and limited blood flow. This affects the work of the heart, brain and the entire metabolism.
Hyperbaric oxygen therapy can be a valuable complement to cardiology treatment by:
improving oxygenation of the heart muscle and peripheral organs,
stimulation of neovascularization (formation of new blood vessels),
reducing oxidative stress and burden on the circulatory system.
The effects observed by patients include:
improved exercise tolerance,
faster recovery after a heart attack or surgery,
reducing the feeling of shortness of breath and fatigue.
HBOT supports the heart silently – improving the conditions in which it can work more efficiently and without overload.
The sclera is the outer, protective layer of the eye – its ischemia can lead to progressive atrophy, weakening of the structure of the eyeball and visual impairment. It most often occurs in the course of autoimmune, inflammatory diseases or after trauma.
Hyperbaric oxygen therapy supports the treatment of this rare but serious condition by:
intensive oxygenation of eye tissues,
improvement of microcirculation in the conjunctival and episcleral vessels,
stimulation of the regeneration of cells of the sclera and eye membranes,
anti-inflammatory and protective effect on eye structures.
Effects may include:
inhibition of scleral atrophy,
reduction of symptoms of pain and irritation,
improving local immunity and visual comfort.
HBOT is a chance to stop the progression and strengthen the eye in situations where other therapies may be ineffective.
The period after surgery is a time of intensive tissue reconstruction, combating pain, inflammation and the risk of infection. This is when the body needs maximum support in regeneration.
Hyperbaric oxygen therapy can significantly shorten recovery time by:
accelerating the healing of surgical wounds,
improving blood supply and oxygenation of tissues in the operated area,
reducing swelling and the risk of infectious complications,
reducing pain and inflammation.
HBOT is effective for, among others:
orthopedic surgeries,
plastic surgery,
caesarean sections,
abdominal and spine surgeries.
It's a natural way to speed up your recovery – with less pain, less risk, and more comfort.
High training loads cause micro-injuries, oxidative stress and inflammation of muscles and joints. For professional athletes and people who train intensively, fast and effective regeneration becomes crucial – not only for form, but also for health.
Hyperbaric oxygen therapy offers a real advantage here thanks to:
accelerating the reconstruction of damaged muscle fibers,
reducing inflammation and swelling,
improving aerobic capacity and circulation,
reducing the risk of overuse injuries.
HBOT also supports the following processes:
elimination of lactic acid,
regeneration of fascia and tendons,
improving the quality of sleep and concentration.
It's a regeneration technology at the cellular level - that's why the best athletes in the world use it.
Oxidative stress is a condition in which the body has too many free radicals and too few antioxidants to neutralize them. This leads to cell damage, faster aging, inflammation and the development of many chronic diseases – from diabetes to cancer.
Hyperbaric oxygen therapy helps fight oxidative stress because:
increases the activity of antioxidant enzymes (e.g. SOD),
reduces the amount of reactive oxygen species (ROS),
improves the regeneration of cells damaged by oxidative stress,
Normalizes the functioning of mitochondria – the “cellular power plants”.
This translates to:
improving immunity,
slowing down the aging process,
greater physical and mental performance.
HBOT is not just oxygen – it is a biochemical reset that restores cells' balance and strength to function.
Everyday physical activity, intensive training or physical work can lead to micro-injuries of soft tissue, joint overload and chronic inflammation. Although often ignored, over time they can develop into more serious injuries.
Hyperbaric oxygen therapy supports the regeneration of overloaded tissues because:
accelerates the repair of micro-damage to muscles, tendons and ligaments,
reduces pain, swelling and inflammation,
improves circulation in hard-to-reach structures,
restores metabolic balance in overloaded body parts.
The effects felt are:
faster return to activity,
lower risk of complications and injuries,
improving overall fitness and performance.
It's not just treating the effects - it's real support for the tissues before the real problems begin.
Although hyperbaric oxygen therapy is a non-invasive and safe method, used properly and under the supervision of qualified staff – it is a process with very little risk of complications. However, it should be remembered that, as with any other treatment method, there are certain contraindications :
untreated pneumothorax
perforation of the eardrum or acute ear disease
taking certain medications such as Doxorubicin (Adriamycin), Disulfiram, Cisplatin, Mafenide acetate (Sulfamylon), Bleomycin
epilepsy
hereditary spherocytosis
pacemaker
lung diseases (e.g. emphysema) with carbon dioxide retention
viral infections, fevers
pregnancy
In each situation, the decision about therapy is made by a specialist after medical qualification.
Consultation and qualification
Conversation with medical personnel, assessment of health status and exclusion of contraindications.
Entrance to the chamber
Comfortable interior of the chamber, possibility of sitting or lying down. You will take with you water, a book, a phone (if allowed).
Compression – pressure increase
Gradually increase pressure to a therapeutic level (e.g. 2.0 ATA). You may feel a slight sensation in your ears – like when a plane is taking off.
Breathing pure oxygen
Through a mask or hood, you breathe oxygen at a concentration of 95-100%. This is the stage that starts the regeneration processes.
Decompression – return to normal pressure
Towards the end the pressure gradually returns to atmospheric value.
Return to daily activities
After the procedure, you can immediately return home, work or go for a walk. Many people experience a surge of energy and better well-being.
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