The Pathological Cascade of DNS

Brain White Matter & Demyelinating Events: The hallmark pathological feature of DNS is extensive demyelination, where the protective myelin sheath surrounding nerve fibers in the brain's white matter is destroyed. This halting of nerve signaling prevents normal communication between different brain regions.

Basal Ganglia Injury: The basal ganglia (specifically the globus pallidus) are highly metabolically active and among the first structures damaged during severe systemic hypoxia. Ischemia and metabolic failure here contribute significantly to motor and cognitive deficits.
Hyperintense Lesions: On neuroimaging (T2-weighted MRI), this tissue damage and cellular edema appear as bright or "hyperintense" white matter lesions. These signals highlight areas of active inflammation, demyelination, and fluid buildup.

Neuroinflammation: The initial hypoxic injury triggers a severe secondary immune response. Microglia become activated, releasing inflammatory cytokines that perpetuate the breakdown of the blood-brain barrier and cause ongoing damage to oligodendrocytes (the cells responsible for producing myelin).

Psychiatric Psychosis: When the demyelination and neuroinflammation affect the frontal lobes, limbic system, and basal ganglia, the brain's complex neural networks are disrupted. This leads to the psychiatric manifestations of DNS, which can include sudden-onset psychosis, catatonia, severe paranoia, and disorganized behaviors.

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Dr. Joseph Mercola has promoted the controversial and unproven practice of "rectal carbon dioxide insufflation" (introducing carbon dioxide gas into the rectum) as a way to feed gut bacteria, improve mitochondrial energy production, and promote overall health.

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Hypercapnia
Hypercapnic
Encephalopathy