This is a big one. Neurological conditions — stroke, traumatic brain injury (TBI), concussion, neurodegenerative diseases like Alzheimer’s, Parkinson’s, MS, and more — are some of the most devastating diagnoses a person can receive.
The conventional system often has very little to offer beyond management and medication. “Learn to live with it” is a phrase I hear far too often from people who’ve been through the medical system with a neuro condition.
So what would I do? Here’s my personal approach — not medical advice, but what I would explore if it were me or someone I loved.
Understand what’s happening
Before jumping into any therapy, I’d want to understand the condition at a biological level. What’s actually going on?
Most neurological conditions involve some combination of:
- Neuroinflammation — chronic inflammation in the brain
- Oxidative stress — damage from free radicals
- Reduced cerebral blood flow — the brain isn’t getting enough oxygen and nutrients
- Mitochondrial dysfunction — the brain’s energy production is compromised
- Blood-brain barrier disruption — allowing toxins and inflammatory molecules into the brain
- Neuronal death or damage — loss of brain cells
Understanding which of these factors are at play helps you target your approach.
Hyperbaric Oxygen Therapy (HBOT)
I’ll start with what I know best. HBOT is, in my opinion, one of the most powerful tools available for neurological conditions. Here’s why:
Under pressure, oxygen dissolves into the blood plasma at concentrations far beyond what normal breathing can achieve. This oxygen-rich plasma can reach areas of the brain that red blood cells can’t — including damaged, inflamed, or oxygen-starved tissue.
The research on HBOT for neurological conditions is extensive:
- Stroke — multiple studies showing improved outcomes when HBOT is applied, even years after the event. Dr. Shai Efrati’s work at the Sagol Center in Israel is particularly compelling, demonstrating that HBOT can reactivate dormant neurons in chronic stroke patients
- TBI/Concussion — the military has been studying this extensively. Dr. Paul Harch’s work with veterans shows remarkable improvements in symptoms, SPECT imaging, and quality of life
- Alzheimer’s — a 2024 meta-analysis of 11 randomised controlled trials (Lin et al., Frontiers in Aging Neuroscience, 847 patients) found HBOT produced a real improvement in cognitive scores, around a 3-point gain on the MMSE. In animal models, HBOT has also cut amyloid plaque burden by more than half (Shapira et al., 2021, Aging), though that plaque finding hasn’t been shown in humans yet
- Parkinson’s — a 2025 meta-analysis (Bu et al., Dementia and Geriatric Cognitive Disorders, 13 studies, 958 patients) found HBOT improved motor function and disease staging, with added gains in cognition and sleep. The effect is modest, not a cure, but it’s real and it beat conventional drug therapy on the combined measures
- MS — some of the earliest HBOT research was in MS, with many patients reporting reduced fatigue and improved function
- Cerebral palsy — studies in children showing improvements in motor function, cognition, and speech
The mechanism isn’t just about delivering oxygen. HBOT triggers a cascade of healing responses:
- Reduction of neuroinflammation
- Stimulation of stem cell release
- Promotion of angiogenesis (new blood vessel growth)
- Enhanced neuroplasticity
- Improved mitochondrial function
- Blood-brain barrier repair
Reduce inflammation
Neuroinflammation is a driver of virtually every neurological condition. I’d be aggressive about reducing inflammation through:
- Diet — anti-inflammatory, nutrient-dense whole foods. Remove gluten, dairy, sugar, seed oils, and processed food
- Omega-3s — high-dose fish oil or algae-based EPA/DHA
- Curcumin — bioavailable forms (liposomal or with piperine)
- Resveratrol — antioxidant and anti-inflammatory
- Fasting — intermittent fasting and periodic extended fasts can dramatically reduce inflammation and promote autophagy
Support mitochondrial function
The brain uses about 20% of the body’s total energy. When mitochondria aren’t working properly, the brain suffers first.
Key mitochondrial support:
- CoQ10 — essential for the electron transport chain
- PQQ — promotes mitochondrial biogenesis (the creation of new mitochondria)
- NAD+ precursors — NMN or NR to support cellular energy production
- Methylene blue — acts as an alternative electron carrier (see my separate post on this)
- Red light therapy (photobiomodulation) — particularly transcranial application for direct brain stimulation
Detoxification
Heavy metals, mould toxins, and environmental toxins can all contribute to neurological damage. I’d investigate:
- Heavy metal testing (HTMA, urine challenge)
- Mould exposure assessment
- Glutathione support (the body’s master antioxidant) — IV or liposomal
- Sauna therapy — infrared sauna for deep detoxification
- Binders — activated charcoal, bentonite clay (note: chlorella is often listed here, but its evidence base for heavy-metal binding is weaker than its reputation — most studies use the wrong species; no clean human RCT yet)
Nervous system rehabilitation
The brain can change. Neuroplasticity is real. But it needs the right inputs:
- Neurofeedback — evidence-based brain training
- Cognitive rehabilitation — structured exercises to rebuild neural pathways
- Physical exercise — movement is one of the most powerful neuroplasticity triggers
- Sleep optimisation — the brain repairs during deep sleep. Prioritise it
- Stress management — chronic stress is toxic to the brain. Meditation, breathwork, nature exposure
The bottom line
If I had a neurological condition, I would not accept “there’s nothing more we can do” as the final answer. The research is there. The tools are there. The practitioners are there.
It requires effort, investment, and persistence. But the brain has an incredible capacity for recovery when given the right conditions.
Don’t give up.
Michael Nuggin — Nuggins.life