Supporting Brain Health in Dementia, Parkinson’s & Alzheimer’s - How the EB Protocol Works at the Cellular Level
16/12/2025
Why the EB Protocol makes sense for dementia, Parkinson’s, and Alzheimer’s patients.
Supporting Brain Health in Dementia, Parkinson’s & Alzheimer’s
How the EB Protocol Works at the Cellular Level
Neurodegenerative conditions such as dementia, Parkinson’s disease, and Alzheimer’s don’t just happen overnight. They develop slowly over time. Long before symptoms appear, the brain is already under attack from oxidative stress, chronic inflammation, reduced blood flow, and declining cellular energy.
The EB Protocol was developed to support the brain by addressing these root causes—protecting brain cells, supporting circulation, and preserving energy and function at the cellular level.
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What Goes Wrong in the Ageing Brain
Across dementia, Parkinson’s, and Alzheimer’s, several common processes are involved:
• Ongoing oxidative stress that damages neurons
• Chronic neuroinflammation
• Declining mitochondrial energy (ATP) in brain cells
• Poor blood flow and oxygen delivery to the brain
• Gradual loss of communication between nerve cells
Over time, these changes affect memory, movement, mood, and cognition.
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How the EB Protocol Supports Brain Health
VigourCells – The Foundation of Cellular Protection
VigourCells is built around the concept of network antioxidants, where key antioxidants work together to protect, repair, and regenerate cells.
How it helps the brain:
• Neutralises free radicals that damage brain cells
• Supports glutathione, the brain’s master antioxidant
• Protects mitochondria, helping brain cells maintain energy
• Helps reduce oxidative damage linked to cognitive decline and Parkinsonian changes
A brain that is better protected at the cellular level is more resilient and functions more efficiently over time.
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French Maritime Pine Bark Extract – Supporting Blood Flow & Calm Inflammation
Healthy brain function depends on good circulation.
Pine bark extract:
• Improves microcirculation to the brain
• Enhances oxygen and nutrient delivery
• Helps reduce inflammation in brain tissue
• Supports mental clarity and focus
Better blood flow means better nourishment and protection for neurons.
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High-Potency Omega-3 (EPA & DHA) – A Critical Top-Up
Omega-3 fatty acids are essential for brain structure and function.
DHA
• A major structural component of brain cell membranes
• Supports communication between neurons
• Associated with memory preservation
EPA
• Strong anti-inflammatory effects
• Helps calm neuroinflammation seen in dementia and Parkinson’s
• Supports emotional and mood stability
High-potency omega-3 is especially important, as therapeutic brain support requires adequate EPA and DHA, not low-dose general supplements.
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Vitamin D3 - Brain, Immune & Protective Support
Vitamin D3 plays a vital role far beyond bone health.
For the brain, it:
• Helps regulate immune activity in the nervous system
• Reduces chronic inflammation
• Supports neuron survival and function
Low vitamin D levels are commonly found in individuals with cognitive decline and Parkinson’s disease.
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Vitamin K2 – Vascular and Neuronal Support
Vitamin K2 works together with vitamin D3 and plays an important role in circulation and cellular health.
Its benefits include:
• Supporting healthy blood vessels in the brain
• Preventing calcium misplacement in arteries
• Contributing to better cerebral circulation
• Supporting mitochondrial and neuronal health
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Why the EB Protocol Is Different
The EB Protocol is not about a single “miracle supplement.”
It works because it supports multiple brain-protective pathways at the same time:
• Antioxidant protection
• Inflammation control
• Energy (mitochondrial) support
• Blood flow and oxygen delivery
• Long-term cellular resilience
This makes it suitable for both prevention and ongoing support in neurodegenerative conditions.
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A Gentle but Important Perspective
While no supplement replaces medical care, supporting the brain early and consistently can make a meaningful difference in how the brain ages and functions.
The goal is not just to slow decline, but to preserve function, quality of life, and independence for as long as possible.
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“Protect the cells first, and the brain will follow.”