How It Damages Cell Structure and Prevents Recovery (and How to Fix It)
An underestimated factor in recovery: how chronic stress impacts cellular structure — and potentially prevents effective healing.
So what can we do? Read on…
An old text becomes relevant
An old text suddenly came to mind: Acts 15:29 — “you must abstain from … the meat of strangled animals.”
In a recent vivid dream, I kept asking: “What is the structural difference between the meat of strangled animals versus those humanely killed?” I repeated the question until two glass slides appeared. Blurry images of cells began to form. A strange dream for a vegetarian.
When I woke up, the question still burned in my mind, so I started researching it.
The basic answers were fascinating. In humane slaughter, workers stun the animal and bleed it quickly. This allows the muscles to use up their glycogen, producing lactic acid that lowers the pH. The meat stays tender and pink. In strangulation, the animal dies in extreme stress without proper bleeding. The struggle burns up the glycogen, the pH stays high, and the meat becomes dark, firm, dry — and spoils faster.
But my dream wasn’t really asking about chemistry or texture. It wanted to know about architecture — what actually happens to the cells themselves.
How stress affects the living cells
What I discovered felt surprisingly relevant to my work.
In a high-stress death, rapid changes while the tissue is still warm break down proteins and the internal lattice inside muscle cells. Water shifts into the wrong spaces. The neat geometric arrangement of the cytoskeleton becomes distorted and disordered. The more the animal suffers, the more its cellular architecture changes.
This got me thinking.
The angle of healthy function
I work with people who have complex chronic conditions, long-term pain, and cancer. Over the years developing Bio Coding™, I’ve grown increasingly interested in geometry at the cellular level — how symmetry and oblique angles support coherent signalling, wave functions, and stable low-energy structures.
You can see this principle clearly with ocean waves: waves that cross at oblique (slanted) angles usually pass through each other with little disruption. Waves that meet head-on or at right angles tend to break and scatter.
The same pattern appears throughout nature — in DNA helices, the spiralling of the heart, and the microscopic structure of microtubules in the brain. Oblique symmetry supports smooth, uninterrupted flow.
The pathology of disrupted geomery
So what happens when chronic stress disrupts this geometry in our bodies?
Research shows that chronic stress:
- Destabilises microtubules
- Causes Tau proteins to detach, leading to bundling and collapse of the lattice
- Makes dendrites atrophy and change shape
- Creates denser, fibrotic patterns in muscle cells
All of this distorts cellular signalling and leaves cells more vulnerable.
Is repair possible?
The big question is: If we’ve experienced trauma or chronic stress, can we help the body restore that lost symmetry and obliqueness?
The answer, surprisingly, is yes — and one of the most powerful tools we have is movement.
Movement generates mechanical forces that help cells reorganise their internal scaffolding through mechanotransduction. This doesn’t require forced exercise. In my practice, I get the best results from spontaneous, variable, cross-pattern, and corrective movements that naturally emerge in Bio Coding™ sessions. These allow the body to explore and rehearse healthier patterns.
In short: when given the right conditions and permission, the body knows how to restore coherence and reduce symptoms.
Food for thought
I’ll write more soon about the practical side — how Bio Coding and the other pillars of this work support this restoration process.
But the dream has stayed with me. Maybe the ancient instruction to avoid the meat of strangled animals wasn’t only about ritual purity. Maybe it pointed to something deeper: how stress and suffering leave their mark on living tissue.
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