Procedure for purifying the blood of harmful substances.

Mode of action for Long Covid or ME/CFS:

Reduction of inflammatory factors:

Long Covid bzs. Chronic fatigue syndrome is often associated with persistent inflammation in the body. INUSpherese® therapy aims to remove pro-inflammatory molecules and cytokines from the blood. This can help calm the overactive immune system and reduce inflammatory processes.

Removal of toxins and pathogens:

During therapy, potentially harmful substances such as viral remnants, toxins and heavy metals are removed from the blood. This can help reduce the burden on the immune system and relieve the body, allowing it to recover better.

Stabilization of the immune system:

INUSpherese® can help modulate the immune system and promote a healthier immune response. This is especially important in cases of Long Covid or Chronic Fatigue Syndrome, as many sufferers suffer from immune system dysregulation, which leads to persistent symptoms.

Improvement of microcirculation:

The therapy may also improve microcirculation by reducing blood viscosity, thereby optimizing oxygen transport to tissues and organs. This may explain why symptoms such as fatigue and brain fog improve in some patients.

Frequent improvements and changes for the patient

• Reduced fatigue and exhaustion: Many patients report an improvement in energy levels and a reduction in chronic fatigue after therapy.

• Better cognitive functions: Symptoms such as difficulty concentrating and brain fog, which are common in Long Covid, may improve.

• Reduction of pain and muscle weakness : The removal of inflammatory substances can lead to relief of muscle and joint pain.

• General well-being : Many patients report improved general well-being and better quality of life.

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Therapies to improve brain function and relieve neurological symptoms.

How brain stimulation and neuromodulation work in Long Covid or ME/CFS:

Modulation of neuronal activity :

Long Covid can lead to dysregulation of the neural networks in the brain, which can cause symptoms such as cognitive impairment ("brain fog"), headaches and sleep disorders. Neuromodulation techniques such as transcranial magnetic stimulation (TMS) or transcranial direct current stimulation (tDCS) can specifically change the electrical activity in the brain and thus improve the function of affected brain regions.

Improvement of neuroplasticity:

These therapies promote neuroplasticity, the brain's ability to form new connections and reorganize damaged areas. This is particularly important in Long Covid, as the cognitive and neurological symptoms may be due to disruptions in the neural networks.

Relief from depression and anxiety:

Long Covid is often accompanied by psychological symptoms such as depression and anxiety. Neuromodulation can help stabilize mood and alleviate these symptoms by influencing specific brain regions such as the prefrontal cortex.

Improvement of cognitive functions :

By specifically stimulating certain brain regions, cognitive performance can be improved. This includes improvements in areas such as memory, attention and executive functions, which are often impaired in long Covid.

Improvements through brain stimulation and neuromodulation in Long Covid:

• Reduction of “brain fog”: Patients often report clearer thinking and improved mental clarity after treatment.

• Improvement in cognitive performance : Patients often show progress, especially in tasks that require attention and memory.

• Headache relief: Chronic headaches that can occur with Long Covid can be reduced through neuromodulation.

• Better emotional stability: Patients often experience an improvement in their mood and a reduction in depression and anxiety.

• Sleep improvement: By regulating neuronal activity, sleep quality can also be improved, which in turn promotes overall recovery.

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Holistic diagnostic methods to detect imbalances in the body.

Global Diagnostics/Digisoft/Mito are holistic diagnostic methods designed to detect imbalances in the body and create a comprehensive picture of a patient's health status.

These methods are based on the measurement of bioenergetic fields, electromagnetic vibrations and other vital parameters to analyze the health status of the body.

In Long Covid, where a variety of symptoms can occur, these diagnostic methods can help to better understand the underlying causes of the symptoms and develop targeted treatment strategies.

How these diagnostic methods work in Long Covid or ME/CFS:

Detection of energetic imbalances:

Long Covid can cause disruptions in the body's bioenergetic fields. Global Diagnostics and similar systems measure these fields and can detect imbalances that point to specific organs, tissues or systems in the body. By identifying these imbalances, the therapist can plan targeted interventions.

Analysis of dysfunctions at the cellular level :

Methods such as mito diagnostics focus on the function of mitochondria, which are responsible for energy production in cells. Since many Long Covid patients suffer from exhaustion, an analysis of mitochondrial function can provide indications of impaired energy production. This enables targeted support of cell function.

Holistic view of the body:

These diagnostic systems assess the body as a whole and take into account the interactions between different systems. This is particularly important in the case of long Covid, a disease that can affect many organs and systems simultaneously. The holistic analysis helps to understand complex relationships and develop a comprehensive treatment strategy.

Individual therapy planning: Based on the diagnostic results, individualized therapy plans can be created that are tailored to the patient's specific needs. This can range from orthomolecular substitution to specific energetic therapies aimed at correcting the identified imbalances.

Improvements through these diagnostic and therapeutic methods for Long Covid or Chronic Fatigue Syndrome:

• Targeted treatment: By accurately identifying imbalances and dysfunctions, treatments can be more effectively tailored to the patient's individual needs, which can accelerate recovery.

• Reduction of symptoms: By specifically addressing the underlying causes of symptoms such as fatigue, neurological problems or immune deficiency, the symptoms of Long Covid can be alleviated.

• Improved energy levels: Supporting mitochondrial function and restoring bioenergetic balance can lead to increased energy production and reduced fatigue.

• General well-being : Many patients report improved general well-being, better physical and mental function, and increased quality of life.

• Prevention of relapses: By taking a holistic approach and continuously monitoring the health status, relapses and the worsening of symptoms can be better prevented.

Alternating oxygen supply to stimulate cell regeneration.

Interval hypoxia-hyperoxia therapy (IHHT) is an innovative treatment method in which patients are repeatedly exposed to phases of reduced oxygen supply (hypoxia) and increased oxygen supply (hyperoxia). This alternating oxygen supply aims to stimulate cellular regeneration, improve mitochondrial function and increase overall vitality.

For Long Covid, a disease that is often accompanied by persistent fatigue, cognitive impairment and other long-term symptoms, IHHT may be a promising treatment option.

How IHHT works in Long Covid or ME/CFS :

Improving mitochondrial function:

Long Covid is often associated with dysfunction of the mitochondria, the "powerhouses" of cells. During the hypoxia phases, the body adapts to the lack of oxygen, which stimulates the mitochondria to work more efficiently. The subsequent hyperoxia phases provide an increased supply of oxygen, which supports the recovery and regeneration of the mitochondria. This can lead to an improvement in energy production at the cellular level, which is particularly important in patients with chronic fatigue and exhaustion.

Stimulation of cell regeneration :

The changing oxygen supply in the IHHT promotes the adaptability of cells, increases the production of antioxidant enzymes and supports the repair processes. This can help to regenerate damaged cells and improve overall cell health, which can be crucial in Long Covid to repair the damage caused by the disease.

Reduction of oxidative stress:

Oxidative stress is a common problem in long Covid and can lead to inflammation and further cell damage. IHHT can stimulate the production of antioxidant enzymes that neutralize oxidative stress and thus reduce inflammatory processes in the body.

Strengthening the immune system:

IHHT can modulate the immune system and improve its responsiveness. This is particularly relevant in Long Covid, as many patients suffer from a weakened or dysregulated immune system, which can hinder recovery.

Improvement of cognitive function:

The improved oxygenation during periods of hyperoxia may also support cognitive function by increasing blood flow and oxygen levels in the brain. This may help alleviate symptoms such as "brain fog" and difficulty concentrating, which are common in Long Covid.

Improvements through IHHT in Long Covi and Chronic Fatigue Syndrome:

• Increased energy and reduced fatigue: Many patients report a significant improvement in their energy levels and a reduction in chronic fatigue after IHHT.

• Better cognitive functions: Symptoms such as memory problems and difficulty concentrating can improve with therapy.

• Improved regeneration and cell health: The therapy supports the recovery and regeneration of cells, which can lead to an overall improvement in health.

• Reduction of inflammation and oxidative stress: By reducing oxidative stress and supporting inflammation regulation, pain and other inflammation-related symptoms can be alleviated.

• Strengthening the immune system: More stable immune function can help prevent relapses and speed up recovery.

A treatment with ozone to improve the oxygen supply to the tissue.

Ozone therapy is an alternative medical treatment that uses medical ozone (a form of oxygen consisting of three oxygen atoms, O₃) to improve tissue oxygenation, boost the immune system, and promote tissue healing.

In Long Covid, a condition often accompanied by chronic fatigue, respiratory problems and a host of other symptoms, ozone therapy can play a supportive role in promoting recovery and relieving symptoms.

How ozone therapy works for Long Covid or ME/CFS:

Improving oxygen supply:

Ozone increases the release of oxygen in the tissue, which improves the oxygen supply to the cells. In the case of long Covid, where lung function can be impaired and thus oxygen supply reduced, ozone therapy can help to compensate for these deficits and increase oxygen uptake in the cells.

Stimulation of the immune system:

Ozone has immunomodulatory properties. It can stimulate the immune system, which is particularly important in the case of long Covid, a disease that is often accompanied by an immune disorder. The therapy can help to stabilize the immune system and strengthen the body's defenses.

Reduction of inflammation:

Ozone has anti-inflammatory effects and can help reduce chronic inflammation, which is common in long Covid. By lowering inflammatory markers, the therapy can help relieve pain and other inflammation-related symptoms.

Antioxidant effect:

Ozone can increase the production of antioxidant enzymes in the body that work against oxidative stress. Long Covid is often associated with increased oxidative stress, which can cause cellular damage. By supporting antioxidant defense mechanisms, ozone can help minimize cellular damage and promote cellular health.

Improve blood circulation:

Ozone improves the flow properties of the blood, which leads to better blood circulation and oxygen supply to the tissues. This can be particularly beneficial for Long Covid patients who suffer from circulatory disorders or microcirculation problems.

Improvements through ozone therapy for Long Covid:

• Increased energy and reduced fatigue: Patients often report an increase in energy and a reduction in chronic fatigue after ozone therapy.

• Better respiratory function: By improving oxygen supply, breathing difficulties can be alleviated, which can lead to an overall improvement in lung function.

• Reduction of pain and inflammation: Pain and discomfort caused by inflammation can be alleviated by the anti-inflammatory properties of ozone.

• Strengthening the immune system: More stable immune function can help speed recovery and reduce the risk of relapse.

• Improved cognitive functions: The better oxygen supply to the brain can reduce symptoms such as difficulty concentrating and "brain fog".

Hyperbaric oxygen therapy to promote healing and reduce inflammation.

Hyperbaric oxygen therapy (HBOT), also known as hyperbaric oxygen therapy, is a medical treatment that involves exposing patients to pure oxygen at elevated ambient pressure in a special hyperbaric chamber. This therapy is used to maximize oxygen delivery to tissues, which promotes healing and reduces inflammation.

In Long Covid, a disease that is associated with persistent symptoms such as fatigue, breathing difficulties and neurological problems, hyperbaric oxygen therapy can play a supportive role.

How hyperbaric oxygen therapy works for Long Covid or ME/CFS:

Increased oxygen supply to the tissue:

The increased pressure in the pressure chamber allows the blood to absorb more oxygen than under normal conditions. This increased oxygen reaches the tissues, including areas with restricted blood flow. This can be particularly important in the case of long Covid, as the oxygen supply to certain tissues and organs may be impaired.

Promoting healing and regeneration:

The increased oxygen levels in the tissue promote cell regeneration and support repair processes. This can help heal damaged tissue, especially in the lungs, which are often affected by COVID-19 infection.

Reduction of inflammation:

Hyperbaric oxygen therapy has anti-inflammatory effects. It can reduce the production of pro-inflammatory cytokines while promoting healing processes in inflamed tissue. This is especially important in Long Covid, where chronic inflammation can be a major cause of persistent symptoms.

Improvement of cognitive function:

Cognitive impairments such as difficulty concentrating and "brain fog" are common in Long Covid. By improving oxygen supply to the brain, HBOT can help alleviate these symptoms by supporting neuronal function and improving blood flow to the brain.

Strengthening the immune system:

The increased oxygen levels can positively affect the function of the immune system by strengthening the body's defense mechanisms and improving the ability to fight inflammation.

Improvements through hyperbaric oxygen therapy for Long Covid or Chronic Fatigue Syndrome:

• Increased energy and reduction in fatigue: Many patients report an increase in energy and a reduction in chronic fatigue after HBOT, which is due to the improved oxygen supply and cell regeneration.

• Better respiratory function: By promoting the healing of lung tissue, respiratory capacity can improve, which is beneficial for patients with breathing difficulties.

• Relieve pain and inflammation: The anti-inflammatory properties of the therapy can relieve pain and reduce the overall inflammatory burden in the body.

• Improved cognitive abilities: Patients may experience improvements in their mental clarity and ability to concentrate, which can significantly improve quality of life.

• General well-being: Due to the comprehensive positive effects on the tissue and the immune system, many patients report improved general health and well-being.

Use of high doses of vitamins and minerals to support recovery.

Mode of action of orthomolecular substitution therapy for Long Covid or ME/CFS:

Support of the immune system:

Vitamins such as vitamin C, vitamin D and zinc play a crucial role in immune function. In long Covid, the immune system can be weakened or dysregulated, slowing recovery. Supplementing these micronutrients in higher doses can help stabilize the immune system and strengthen the body's defenses.

Reduction of inflammation:

Long Covid is often associated with chronic inflammation. Omega-3 fatty acids, vitamin D and certain antioxidants such as vitamin E and selenium can have anti-inflammatory properties. Taking them specifically can help reduce inflammatory processes and alleviate symptoms.

Improving cell energy:

Many Long Covid patients suffer from extreme tiredness and fatigue. Coenzyme Q10, B vitamins and magnesium are essential for energy production in cells. Increasing these nutrients can improve mitochondrial function and help increase energy production, thereby reducing symptoms of fatigue.

Protection against oxidative stress:

Long Covid can lead to increased oxidative stress, which can damage cells and hinder recovery. Antioxidants such as vitamin C, vitamin E, glutathione and selenium can neutralize free radicals and reduce oxidative stress in the body.

Promoting neuronal health:

Micronutrients such as omega-3 fatty acids, vitamin B12 and magnesium are important for nervous system health. In Long Covid, which is often accompanied by neurological symptoms such as "brain fog" and difficulty concentrating, supporting these nutrients can help improve cognitive function and stabilize the nervous system.

Improvements through orthomolecular substitution therapy for Long Covid or Chronic Fatigue Syndrome:

• Increased energy and reduced fatigue: Patients often report an improvement in their energy levels and a reduction in chronic fatigue after starting therapy.

• Improvement of cognitive functions: Symptoms such as difficulty concentrating and "brain fog" can improve through targeted nutrient intake.

• Strengthening the immune system: More stable immune function can help prevent relapses and promote overall recovery.

• Reduction of inflammation and pain symptoms: The anti-inflammatory properties of certain nutrients can reduce pain and other inflammation-related symptoms.

• General well-being: Many patients experience an improvement in their general health and an increase in their quality of life.