Post-COVID syndrome

Cupping-Hijama-Hacamat

How can Hijama help in post-COVID times?

Detoxification of the body: Cupping "cleanses" the blood at specific points, which can promote the removal of metabolic waste and potentially lingering inflammatory substances. It helps reduce the strain on the immune system.

Improve blood circulation: Hijama stimulates blood circulation and oxygenation of tissues, which can promote regeneration and healing. It can help with symptoms such as muscle pain, headaches, or fatigue.

Strengthening the immune system: Hijama is said to activate the lymphatic system and support immune function, which can be helpful in cases of persistent immune deficiency after COVID-19.

Stress reduction and relaxation: Post-COVID is often accompanied by psychological distress such as stress, anxiety, or sleep disturbances. Hijama can have a calming effect on the nervous system.

Relief of inflammation: Cupping can reduce inflammatory processes in the body, which often play a role in long COVID.

Possible areas of application in post-COVID

Chronic fatigue: Support in restoring energy. Headaches and migraines: Relief through targeted cupping points.

Muscle pain and tension: Improve blood circulation and relax muscles.

Respiratory symptoms: Supporting lung function through cupping on the upper back.

Stress-related symptoms: Promote mental relaxation.

How is Hijama performed in post-COVID times?

Cupping points: The points are chosen individually, often along the back, neck or legs, depending on the symptoms.

Wet cupping (Hijama): A small amount of blood is taken to remove stagnant blood or toxins.

Dry cupping: If a gentle approach is preferred, only suction cups are used, without blood sampling.

Important to note

Expert implementation: Hijama should only be performed by experienced therapists who have medical knowledge and adhere to hygienic standards.

Integration into therapy: Hijama should not be used as a sole treatment, but in combination with medical care.

Individual advice: Before use, possible contraindications (e.g. coagulation disorders or serious illnesses) should be excluded.

Conclusion

Hijama can be a supportive therapy for post-COVID syndrome, particularly for the relief of fatigue, muscle pain, headaches, and general exhaustion. A combination of Hijama, modern medicine, and other natural healing modalities could optimally promote the healing process in post-COVID situations.

Ozone therapy

Ozone therapy is an alternative medical procedure often used in post-COVID syndrome (long-COVID) to support the healing process and relieve symptoms such as fatigue, inflammation, or respiratory problems.

What is ozone therapy?

Ozone therapy uses a special form of oxygen (ozone, O₃) to stimulate the body and promote healing processes. Ozone has proven anti-inflammatory, antiviral, and circulation-enhancing properties, which may be particularly beneficial in post-COVID situations.

How can ozone help in post-COVID times?

Improving oxygen supply: COVID-19 can impair oxygen uptake, for example, through lung damage or chronic respiratory distress. Ozone increases the blood's oxygen-carrying capacity, which promotes tissue regeneration and relieves fatigue.

Reduction of inflammation: Chronic inflammation, which is common in long-COVID, can be reduced by ozone because of its anti-inflammatory properties.

Immunomodulation: Ozone strengthens the immune system without overactivating it, which is particularly important in cases of immune dysregulation following COVID-19.

Detoxification and regeneration: Ozone supports the body's detoxification by neutralizing free radicals and activating mitochondria (the cells' energy powerhouses). This is especially helpful in cases of fatigue.

Supporting lung function: Ozone can help with respiratory problems through its circulation-promoting and antimicrobial properties.

Areas of application in post-COVID

Ozone therapy can help with:

Chronic fatigue: Improvement of energy supply in the cells.

Breathing problems: Supports the regeneration of damaged lung tissue.

Headaches or neurological symptoms: Improve blood circulation in the brain.

Muscle pain and tension: Promotes blood circulation and oxygen supply to the muscles.

Immunodeficiency: Strengthening immune function and supporting self-healing powers.

Applications of ozone therapy

Large autologous blood therapy (GET): A small amount of blood is taken from the patient, enriched with ozone, and then returned to the vein. This method is particularly effective for holistic regeneration.

Small autohemotherapy: Similar to major autohemotherapy, but less blood is used and is usually injected subcutaneously.

Ozone injections: Local injections, e.g. for muscle pain or inflammatory conditions.

Rectal insufflation: Ozone is administered via the intestine to stimulate the mucous membranes and provide systemic support to the body.

Benefits of ozone therapy in post-COVID

Non-invasive and well tolerated when performed by a qualified therapist.

Can be combined with other medical and naturopathic procedures.

Works systemically, so multiple symptoms can be addressed simultaneously.

Precautions

Therapy should only be performed by qualified medical personnel.

Contraindications such as coagulation disorders, pregnancy or certain lung diseases should be excluded.

It is a complementary therapy and should not be used as a substitute for medical treatment.

Conclusion

Ozone therapy offers promising possibilities for alleviating the symptoms of post-COVID syndrome, particularly fatigue, respiratory problems, and chronic inflammation. In Dr. Katmer's practice, ozone could be an integral part of treatment to promote patient recovery and quality of life.

Infusions

Why infusion therapies in post-COVID?

After a COVID-19 infection, the body and immune system can be weakened. Nutrient deficiencies, chronic inflammation, and oxidative damage are common. Infusions offer the following benefits:

Direct absorption: The active ingredients bypass the digestive tract and are immediately available to the body.

Higher dosages: Nutrients can be administered in amounts that cannot be achieved with oral preparations.

Fast action: Particularly helpful in cases of acute exhaustion or inflammation.

Infusion therapies for post-COVID

Here are the most common infusions that could be used in post-COVID:

1. High-dose vitamin C infusion

Effects: Powerful antioxidant activity, reduces oxidative damage caused by COVID-19. It boosts the immune system and supports collagen formation (important for tissue healing).

Use: For fatigue, immune deficiency, inflammation or muscle pain.

2. Multivitamin infusions

Contents: Combination of B vitamins (B1, B6, B12), vitamin D, vitamin E and minerals (magnesium, zinc, selenium).

Effect: Strengthens the nervous system, promotes energy production and supports cell metabolism.

Use: For exhaustion, concentration problems and general weakness.

3. Magnesium infusion

Effect: Relaxes muscles, reduces stress and promotes energy production in the cells.

Use: For muscle pain, cramps, stress symptoms and sleep disorders.

4. Glutathione infusion

Effect: Powerful antioxidant that supports the body's detoxification and reduces inflammation. Helps protect cells from oxidative damage.

Use: For fatigue, oxidative stress and a weakened immune system.

5. Zinc infusion

Effect: Supports immune function and promotes wound healing.

Use: For immune deficiency, recurring infections or slow recovery.

6. Iron infusion

Effect: Relieves iron deficiency and improves oxygen supply in the body.

Use: For fatigue, weakness and breathing problems due to iron deficiency.

7. NADH (nicotinamide adenine dinucleotide) infusion

Effect: Promotes energy production in cells (mitochondria). Supports cognitive function and reduces fatigue.

Use: For chronic fatigue and concentration problems.

8. Amino acid infusions

Effect: Supports muscle building, tissue regeneration and the immune system.

Use: For muscle weakness, exhaustion and after prolonged bed rest.

9. Curcumin infusion

Effect: Strong anti-inflammatory and antioxidant.

Use: For the treatment of inflammation and pain.

10. Oxygen infusions (oxyvenation)

Effect: Promotes oxygen supply to the tissue and stimulates blood circulation.

Use: For respiratory problems and chronic fatigue.

Treatment goals for post-COVID with infusions

Increase energy and vitality: By supporting cell function and mitochondria.

Strengthen your immune system: For better defense and faster recovery.

Reduce inflammation: Through antioxidant and anti-inflammatory agents.

Calm stress and the nervous system: With magnesium and B vitamins.

Promote regeneration: Supports the healing of tissue damage.

Important to note

Individual adaptation: The infusion composition should be tailored to the individual symptoms and nutrient deficiencies.

Combination with other therapies: Infusions can be combined with physiotherapy, ozone therapy, hijama or other treatment approaches.

Expert administration: Infusions should be administered by qualified medical personnel.

Conclusion

Infusion therapies are an effective method to alleviate the symptoms of post-COVID syndrome and support the body's recovery. They offer targeted relief from fatigue, immune deficiency, respiratory problems, and chronic inflammation.

Me2.Vie therapy for post-COVID

The Me2.Vie therapy is a modern procedure from regenerative medicine that is used for chronic diseases and fatigue syndromes. It is based on a multi-stage concept to improve Microcirculation, cell regeneration and immune modulation.

Many post-COVID patients suffer from symptoms such as:

• Fatigue and exhaustion (similar to ME/CFS)
• Cognitive limitations (“Brain Fog”)
• Circulatory disorders
• Muscle pain, joint pain
• Cardiovascular problems




The Me2.Vie therapy starts here by:




Improves microcirculation → better oxygen and nutrient supply to the cells

Mitochondria regenerated → more energy production in the cells

Reduces inflammation → helps with autoimmune reactions and chronic inflammation

The autonomic nervous system regulates → can help with dysautonomia (e.g. POTS)


How does the therapy work?




1. Diagnostics: Measurement of microcirculation, heart rate variability (HRV), mitochondrial function
2. Treatment with electrical stimulation & infusions: Activation of cell regeneration
3. Diet & lifestyle adjustment to support healing




Me2.Vie therapy is often used as part of a holistic treatment plan used, combined with infusion therapies (e.g. NADH, vitamin C), physiotherapy and breathing training.




Chelation therapy




The therapy is based on Chelating agents (e.g. EDTA, DMPS or DMSA), which bind certain heavy metals and excrete them through the kidneys. It is often referred to as infusion administered and should:

Reduce vascular inflammation (important for post-COVID and microthrombosis)

Eliminate heavy metals (e.g. mercury, lead – often relevant in chronic fatigue)

Improve microcirculation → promotes the oxygen supply to the cells

Neutralize free radicals → can reduce oxidative stress




Chelation therapy in post-COVID




Many post-COVID patients suffer from:

• Vascular problems & microthrombosis (due to endothelial damage)
• Fatigue & Brain Fog (possibly due to toxic exposure)
• Autoimmune reactions & chronic inflammation

Some doctors use EDTA chelation therapy to the Improve endothelial function and relieve the body. Especially with Long-COVID-associated circulatory disorders this can be helpful.




Combination with other therapies




Chelation therapy is often combined with other methods, such as:

• High-dose vitamin C infusions (against oxidative stress)
• Mitochondrial therapy (Coenzyme Q10, NADH)
• Ozone therapy or IHHT (intermittent hypoxia therapy)




Risks & Side Effects




• Nutrient loss: Chelates can also important minerals (such as zinc, magnesium) → therefore often combination with substitution
• Kidney strain: Not suitable for patients with renal insufficiency
• Initial worsening possible




Conclusion




Chelation therapy is not yet officially recognized as a post-COVID treatment, but it could help with certain symptoms – especially if Heavy metal pollution or endothelial dysfunction play a role.