Dysautonomia & POTS
Few people
understand
POTS &
Dysautomia.
Even fewer can help.
Neuregen does both.
Nothing has worked for your POTS...
because you haven't tried tried everything.
How Neuregen Reduces Distress & Symptoms
of POTS & Dysautonomia in a Unique Approach.
Dysautonomia refers to several disorders that cause abnormal function of the autonomic nervous system (ANS) function. The ANS control important “unconscious” functions of the body, such as heart rate, blood pressure, digestion, regulation of body temperature, and focus of the eye. By causing the ANS to malfunction, dysautonomia can cause a range of confusing symptoms like dizziness, unstable blood pressure, abnormal heart rates (e.g., heart palpitations), digestive issues, and fainting.
Unfortunately, Dysautonomia is not rare. It is estimated that more than 70 million people across the world live with Dysautonomia. As common as it is, however, most people with dysautonomia will wait for years to receive a diagnosis. Most patients will wait years before being diagnosed, owing to a general lack of awareness of the condition, even in medicine.
Postural Orthostatic Tachycardia Syndrome (POTS) is a subtype of dysautonomia, classically marked by an abnormal increase in heart rate upon standing, accompanied by symptoms such as dizziness, fatigue, shortness of breath, trembling, palpitations, and exercise intolerance (often experienced as reduced performance capacity in athletes).
POTS is estimated to affect around 6 million Americans (a number that double from 3 million before the COVID pandemic). At present, 1 out of 100 teenagers suffers from POTS.
Though often underappreciated, psychological symptoms, including anxiety, depression, and panic attacks, are frequently reported by individuals with POTS and other forms of dysautonomia, representing an often-complex interplay between ANS abnormalities and “psychological symptoms” such as depression, anxiety, and panic attacks. In fact, recent research demonstrated that research indicates that up to 60% of POTS patients experience comorbid anxiety and depression.
Emerging evidence suggests that addressing either component may alleviate symptoms in the other (i.e., addressing “psychological symptoms” can potentially alleviate symptoms of dysautonomia and visa versa). Neuregen’s approach to POTS and dysautonomia is to comprehensively assess each component and address both in a comprehensive, integrative therapy approach.
To clinically assess this dynamic interplay in cases of dysautonomia, Neuregen relies on a multifaceted neuro-psychiatric, technology-assisted examination of autonomic nervous system (ANS) function, supplemented by a comprehensive evaluation of psychological status, conducted by a psychiatry-trained professional. This in-depth assessment process leads to the development of a personalized therapy plan, typically involving a range of therapies and neuromodulation technologies.
The Neuregen Neuro-Psychiatric Approach to POTS & Dysautonomia
Peripheral Nerve Assessment & Treatment
Sensitization of peripheral nerves, particularly branches of the trigeminal nerve and cervical plexus, can significantly contribute to the persistence of migraine. Undiagnosed inflammatory processes in peripheral nerve fibers, can increase their sensitivity to both painful and non-painful stimuli, resulting in amplified pain transmission to the brain. Neuregen's approach expertly assesses the tiny nerves of the face, head, and neck, identifying targets for treatment using precision therapies. By cutting down on irritating "pain traffic" to the brain, the brain's pain system can 'calm down', potentially reducing intensity and frequency of headache events.
Addressing Anxiety & Stress Drivers
Emotional stress is a well-documented trigger for migraines and a factor that can contribute to their chronicity. Individuals with chronic stress or anxiety disorders are more susceptible to frequent migraine attacks. Stress activates the sympathetic nervous system and the release of certain hormones that can influence pain pathways by increasing inflammation and decreasing resistance to "aggravating stimuli".
Depression & Migraine
Depression and migraine frequently exist at the same time, with each condition contributing to the worsening of the other. Depression is present in up to 50% of people with chronic migraine, and it has been linked to poorer treatment outcomes and increased pain sensitivity. Emotional and Pain functions in the brain share many of the same pathways and 'brain chemicals' (neurotransmitters). Addressing Depression effectively, even mild Depression, can markedly improve Migraine in some people.
Dysautonomia & Migraine
Dysautonomia, a disruption of the autonomic nervous system (ANS), is frequently associated with migraine. The ANS controls involuntary bodily functions such as heart rate, blood pressure, and digestion, and dysregulation of these systems can exacerbate migraine severity. For example, orthostatic hypotension (blood pressure drop during standing) and tachycardia (fast heart rate) have been observed in individuals with migraines, likely due to autonomic dysfunction. The ANS can also interact with pain pathways, potentially amplifying pain perception, promoting inflammation, and contributing to the chronicity of migraines. Neuregen's assessment process closely examines the ANS, often revealing previously undetected abnormalities, which can be addressed to reset and balance the ANS.
Vestibular System
in Migraine
The brain's balance system, called the 'Vestibular system' has been implicated in Migraine. In some migraine sufferers, abnormal processing in vestibular-related brainstem areas can promote central (brain) hyperexcitability, which can worsen or prolong migraine attacks by increasing sensitivity to sensory stimuli. Neuregen's diagnostic process includes an in-depth assessment of vestibular function to detect subtle abnormalities, which can be addressed in a targeted therapy plan.
Brain Function & Migraine
Subtle changes in Brain function, associated with prior head injury (e.g., concussion), accelerated aging, poor health, or other environment factors, can contribute to persistent Migraine. Some clues suggesting brain involvement include "brain fog", concentration problem, changes in memory, or changes in mood. Neuregen's diagnostic process involves an in-depth assessment of brain function, which leads to a personalized treatment program to improve any detected deficits. The idea is that a healthy brain generally doesn't feel pain! In other words, by improving overall brain function, Migraines can often be expected to markedly reduce or even completely go away.