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HomePetros Kattou ENcomplex case of VASCULITIS, Edema, Chronic Pain Syndrom, Colitis, Sleepless solved via...

complex case of VASCULITIS, Edema, Chronic Pain Syndrom, Colitis, Sleepless solved via Neuromodulation

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Lupus vasculitis with pain and edema of the entire right side of the body as well as spastic colitis became completely free of symptoms through neuromodulation. Since 2012, she had invested a total of € 400,000.- in various therapies that were unfortunately not effective and was cured with neuromodulation in the Petros Kattou Center in Nicosia

 

Petros writes to us via Whatsapp

This patient is completely cured and was taking over 18 medications 💊 daily for

  • chronic autoimmune vasculitis lupus
  • and severe pain from a left-sided complex regional pain syndrome with severe edema over the left arm and leg
  • spastic colitis
  • severe sleep problems

She has undergone three surgeries in Israel and Greece since 2012 and has spent over €400,000.00 on medical 🏥 expenses:

  • angiography surgeons,
  • interventional radiologists,
  • Chemoablation,
  • Pain clinics,
  • RF radiofrequency 📻,
  • Rheumatologists,
  • Hematologists,
  • peripheral orthopedic neurosurgeons
  • and psychiatrists!

She is now thanx to SOZO Neuromodulation totally pain free 🆓, and in remission for 2 years!

you can use this incredible case of severe autoimmune vasculitis in lupus, CRPS COMPLEX REGIONAL OAIN SYBDROM, left sided lymphedema, insomnia and severe ANS, spastic colitis!

She has taVNS and tDCS in the brain stem! Dr 👨‍⚕Helmut, you can post this

 

 

the issue is not the tissue – the issue is the brain

we are always amazed at the disorders that can be improved from the brain. Petros always says the above sentence during medical training and means that ultimately almost all peripheral diseases are also located somewhere in the brain and can often be solved most effectively from there.

 

Immune system and brain – Autoimmune diseases and the brain

there are actually many connections here

Brain stem and immune system

The immune system and the brainstem (brainstem) are closely linked because the brain stem plays a central role in regulating many basic body functions that affect the immune system, and there are bidirectional communication pathways between the nervous system and the immune system.

  1. Neuroimmunological connections:

– The brain stem, particularly via the autonomic nervous system (ANS), controls important functions such as heart rate, breathing, and blood pressure, which in turn can affect the immune system.

– The ANS has two main branches: the sympathetic and parasympathetic branches. These play an important role in regulating the immune response:

– The sympathetic nerve (via noradrenaline) can have a pro-inflammatory effect.

– The vagus nerve (part of the parasympathetic nervous system), which originates from the brain stem, has anti-inflammatory effects. The vagus nerve activates the so-called cholinergic anti-inflammatory, which reduces pro-inflammatory cytokines (such as TNF-α).

 

  1. Hypothalamic-pituitary-adrenal axis (HPA axis):

– The brain stem is involved in the activation of the HPA axis, which plays an important role in the stress response and acts directly on the immune system via the release of cortisol (an immunosuppressant). Stress can affect immune function through the brain stem and increase or inhibit inflammatory processes.

 

  1. Cytokine signaling pathways:

– Cytokines produced by the immune system can send signals to the brain stem via the vagus nerve, resulting in a feedback loop in which the brain monitors and controls immune responses. This occurs via direct signaling pathways and blood-brain barrier mechanisms.

– Particularly during infections or inflammations, cytokines such as interleukin-1 and TNF-α are released, which stimulate the brain stem via nerve pathways, leading to a modulation of autonomic and hormonal responses.

 

  1. Immune-controlled neurotransmitters:

– The immune system also influences the production and release of neurotransmitters that play an important role in the brain stem. Cytokines can regulate neurotransmitters such as Serotonin and dopamine, which has effects on the immune response and the nervous system.

 

  1. Brain protection mechanisms:

– The brain stem coordinates reflexes via the extended reticular activating system that contribute to maintaining homeostasis, including the activation of immunological defense mechanisms.

 

Summary:

The brainstem-immune system network is a complex, bidirectional system. The brain stem influences immune responses via the autonomic nervous system and the HPA axis and is simultaneously modulated by signals from the immune system (e.g. cytokines).

 

 

want find out more about it…

something like that leaves you speechless…

these are really extraordinary remissions that we get sent here from Petros every day. And the worst thing is: we can reproduce them here! On my website you will find enough videos of our own patients that we have supported with this method.

apply?

  • if you are interested as a patient, there are now 30 doctors worldwide who have been trained by Petros
  • if you as a doctor want to learn and use this method, there is the possibility of courses (e.g. in December in Vienna – probably the last course in Austria for a long time)

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