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SPECIALITIES

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Advice on health care

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Medical care for patients with chronic fatigue

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Medical care for patients with post-viral syndromes

(Long Covid, Post-Covid and Post-Vac syndromes)

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Medical care for patients with ME-CFS

(Myalgic Encephalomyelitis and Chronic Fatigue Syndrome)

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Medical care for patients with chronic diseases

(Thyroid diseases, high blood pressure, cardiovascular diseases, kidney diseases, etc.)

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SERVICES

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Extensive laboratory analyses

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General laboratory tests (blood count, liver function, kidney function, cholesterol, iron metabolism, proteins, thyroid function, sugar metabolism)

Metabolism analysis

Cell metabolism analysis

Hormone analysis

Microbiome analyses (stool tests)

Micronutrient analyses

Genetic analyses

Labor
Ultrasound
Weicher Farbverlauf-Hintergrund

Ultrasound

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Thyroid ultrasound

Ultrasound of the neck vessels

Ultrasound of the abdomen

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Analysis of body composition

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Bioimpedance analysis

(determination of the proportion of muscle, fat tissue and fluid)

Bio-Impedanzanalyse
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Metabolism analysis

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Indirect calorimetry using PHYSICAL to analyze the basal metabolic rate, oxygen utilization and acid load

Stoffwechsel-Analyse
HRV
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Heart rate variability analysis (HRV)

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Analysis of the state of the autonomic nervous system to identify stress levels and to determine the activity and capacity for regeneration

Immunesystemic test

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Diagnostics with bioresonance according to the immune system test procedure

Immunsystemischer Test
IHHT

INTERMITTENT HYPOXIA HYPEROXIA THERAPY (IHHT)

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What is IHHT?

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  • Intermittent hypoxia-hyperoxia therapy is a method that simulates an oxygen-poor (hypoxic) and oxygen-enriched (hyperoxic) environment at controlled intervals. This is done by reducing and enriching the oxygen concentration in the inhaled gas compound.

IHHT – scientific concept 

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  • The scientific concept of IHHT is based on research results that were awarded the Nobel Prize in Medicine in 2019. This involves the ability of cells to adapt to increased or reduced oxygen levels (hypoxia tolerance of cells). This effect occurs in the mountains at an altitude of around 1,500 – 2,000 m.

Benefits of intermittent hypoxia-hyperoxia therapy

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  • Improvement of energy production (ATP) through changes in the mitochondria

  • Regulation of breathing and blood pressure

  • Improvement of resistance to oxidative stress

  • Improvement of insulin sensitivity (through increased production of IGF-1), thus improvement of metabolism, especially in cases of insulin resistance and diabetes mellitus

  • Improvement of hormone regulation and fertility

  • Improvement of metabolism

  • Improvement of neuroprotection and neurogenesis (through stimulation of BDGF-brain-derived growth factor and erythropoietin)

  • Reduction of susceptibility to infection through improvement of immunity

  • Stimulation of the body's own synthesis of coenzyme Q10

  • Improvement of the regenerative capacity of the musculoskeletal system and improvement of the healing process after surgery and injuries (use pre-surgery in surgical interventions)

  • Reduction of post-operative complications

  • Stimulation of physical and mental performance

IHHT is a treatment option for the following diseases

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  • High blood pressure

  • Cardiovascular diseases (CHD, cardiac arrhythmias)

  • Diabetes mellitus

  • Fatty liver

  • Obesity

  • Migraine

  • Chronic fatigue syndrome

  • Myalgic encephalomyelitis with chronic fatigue syndrome (ME-CFS)

  • Long Covid / Post-Covid / Post Vac Syndrome

  • Postviral syndromes

  • Depression

  • Burnout

  • Lung diseases

  • Neurodegenerative diseases: dementia, Alzheimer's disease, Parkinson's disease

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