Your immune system was designed to protect you—to mount a fierce defense, then stand down. But sometimes, long after the original threat has passed, that system fails to switch off. The fever breaks, the acute symptoms fade, yet your body remains in a state of internal alarm—reactive, inflamed, and unable to return to balance.
You might have fought COVID-19 months ago, yet still wake each day to a body that's never felt the same. Perhaps a flu others recovered from in a week triggered a cascade of sensitivities, allergic-type reactions, gut disturbance, and exhaustion that has quietly taken over your life. For some, symptoms emerge gradually, without a single clear trigger, but with the same relentless impact.
We recognise what others refuse to see: post-exertional malaise isn't laziness but a measurable energy crisis at the cellular level. Your inability to tolerate simple activities—a shower, a conversation, a walk to the mailbox—represents genuine metabolic dysfunction, not deconditioning. When you say you feel like you have the flu every day, or react unpredictably to food, environments, or stress, you’re describing real inflammatory and mast-cell-mediated processes.
These aren’t psychological symptoms—they’re the signature of a body whose immune system, energy production, and regulatory mechanisms have been profoundly disrupted.
This pathway recognises that immune-mediated illness exists at the intersection of immunology, neurology, autonomic function, and cellular metabolism. Normal blood tests do not exclude immune dysregulation, just as the absence of acute infection does not mean recovery has occurred. When clinicians focus only on what has resolved, they miss the physiological systems that remain under strain.
We understand that your illness is real—even when it is difficult to measure—and that immune dysregulation requires comprehensive, systems-based care rather than dismissal or simplification.
Captures viral history and onset patterns, post-exertional malaise documentation, multi-system symptom inventory, and functional impact assessment to map the full constellation of post-viral symptoms that distinguish cellular exhaustion from deconditioning.
Your specialist care coordinator conducts thorough assessment including comprehensive story collection with detailed viral timeline and functional capacity mapping, clinical measurements with active stand test and post-exertional response evaluation, autonomic symptom documentation, sleep and cognitive assessment, and integration planning for targeted medical investigations.
Systematic evaluation includes hormonal and metabolic assessment with comprehensive endocrine evaluation and advanced nutrient analysis, immune system investigation with inflammatory marker patterns and autoimmune screening, and testing for mast cell activation syndrome and connective tissue disorders when indicated.
If indicated, ambulatory assessment includes 24-48 hour Holter monitoring with heart rate variability analysis and activity correlation mapping, ambulatory blood pressure assessment with orthostatic response documentation and circadian pattern analysis, and advanced autonomic testing with COMPASS-31 correlation and cognitive-cardiovascular correlation.
Whether confirming ME/CFS, documenting Long COVID, or identifying chronic viral reactivation, you receive formal diagnostic documentation meeting IOM/WHO criteria, pathophysiology explanation, functional impact assessment, provider coordination letters, condition-specific education, pacing and energy management protocols, and treatment pathway recommendations.
POTS sits in the dysautonomia pathway as both an arrival point and an ongoing clinical question. People often arrive after weeks or years of symptoms that change with standing, heat, meals or exertion. The work of this part of the pathway is to assess what the autonomic system is actually doing, name the contributing patterns, and connect that reading to the rest of the patient's care.
Cardiac investigations sit in the dysautonomia and connective tissue pathways because diagnosing and phenotyping POTS, orthostatic intolerance and other autonomic-cardiovascular pictures depends on capturing what the heart and blood pressure actually do across daily activity — not just at one moment in a consultation. The work is structured, targeted use of Holter monitors, ambulatory blood pressure monitors, and standardised orthostatic testing such as the NASA Lean Test.
Medication management sits in the dysautonomia pathway because pharmacological options for autonomic dysregulation are individual — what stabilises one person's heart rate may destabilise another's blood pressure, what raises one person's standing tolerance may worsen another's recovery. The work of this part of the pathway is to read the autonomic picture, choose carefully, monitor explicitly, and adjust against what the body actually does.
Immune pathway conditions require more than symptom suppression alone—they demand targeted medical intervention that addresses immune dysregulation, chronic inflammation, and impaired immune resolution. Our medical practitioners use evidence-based pharmacological strategies alongside integrative medicine approaches to modulate immune activity, stabilise inflammatory responses, and support cellular metabolism. This includes immune-relevant nutrient repletion, mitochondrial support where indicated, and careful medication selection to address the biological drivers perpetuating immune activation.
IV fluids sit inside the dysautonomia pathway as an adjunct, not a primary treatment. For some people they reduce orthostatic symptoms during a flare, during recovery from a viral episode, or during a hotter-than-usual week. How a person responds to fluid therapy also tells the clinical team something about which sub-pattern of POTS is most active.
tVNS sits inside the dysautonomia pathway as one tool among several. It uses gentle electrical stimulation of the vagus nerve at the ear to support the parasympathetic side of autonomic regulation. The work is at the level of the nervous system's underlying balance, not at the level of individual symptoms.
Chronic immune activation often interferes with nervous system regulation, impairing parasympathetic function and stress recovery pathways. We offer evidence-based nervous system interventions, including transcutaneous Vagus Nerve Stimulation and the Safe and Sound Protocol, to support autonomic balance and improve immune–nervous system communication. These therapies aim to reduce hypervigilance, modulate inflammatory signalling, and support more stable physiological regulation.
Integrative physiotherapy sits in the dysautonomia pathway because movement, posture, breath and the autonomic system are continuously shaping each other. The work of this part of the team is to read those interactions, address the parts that physiotherapy can help, and coordinate with the rest of the autonomic plan.
Trauma therapies sit in the dysautonomia pathway because trauma — medical, relational, developmental — and autonomic dysregulation are physiologically connected. Chronic illness itself is often traumatic; medical experiences across years of poorly understood symptoms can leave a nervous system held in defence. The work is therapy approaches that fit this nervous system, not against it.
The Safe & Sound Protocol sits inside the dysautonomia and post-viral pathways as a tool aimed at the regulation level. It uses specifically filtered music to engage vagal pathways through the auditory system, supporting the parasympathetic side of the autonomic picture. It works alongside other parts of the plan rather than instead of them.
Supported movement and physical rehabilitation sits in the immune pathway because movement inside immune-mediated illness is not a fitness story. It is about maintaining physiological stability and preventing deconditioning without provoking post-exertional crashes or inflammatory flares. The work is to prescribe movement carefully against the actual picture, with consistency rather than intensity as the aim.
Clinical dietetics sits in the dysautonomia pathway because food, fluid and digestion are part of how the autonomic system is regulated. People in this pathway often find that meals change how they stand, how they think, and how they recover. The work of this part of the pathway is to read those patterns and build a nutrition structure that does not work against the rest of the plan.
When immune dysregulation limits physical and cognitive capacity, occupational therapy plays a critical role in preserving function without triggering symptom exacerbation. Our occupational therapists specialise in pacing, energy conservation, and adaptive strategies that respect post-exertional symptom responses. Support focuses on practical solutions for daily activities, cognitive load management, and sensory sensitivities, helping patients maintain independence while protecting limited energy reserves.
Care coordination sits in the immune pathway because immune presentations cross more body systems than most clinical disciplines are built to hold. Mast-cell work, autonomic management, gut-immune support, infusion protocols, psychology, sometimes specialist immunology and allergy referrals. Each piece needs the others to know what it is doing. The coordinator holds that picture across the plan, beginning inside the biio.markers assessment.
Intravenous magnesium infusions offer powerful dual action against migraines, delivering rapid relief during acute attacks while helping prevent future episodes through their restorative effect on neurological pathways. This natural mineral approach works by immediately calming overactive pain receptors and relaxing constricted blood vessels, with clinical studies showing most patients experience significant relief within an hour and up to 43% reduction in migraine frequency with regular treatment.
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