Atherosclerosis is usually seen as a plumbing problem. This chapter reframes it as a failure of microvascular architecture that begins long before plaques appear. It hints at how carbon dioxide preserves capillary intelligence and flow, suggesting that restoration must begin at the smallest scale, not the largest vessels.
Cells are often described as bags of chemistry. This chapter challenges that image. Drawing on overlooked research, it explores the body as a structured, electrically organized matrix shaped by water, charge, and geometry. Carbon dioxide is revealed as a quiet guardian of this structure, preserving coherence where collapse would otherwise occur.
Stress is usually framed as psychological or hormonal. This chapter revisits stress as a physical mechanism that reshapes blood, vessels, and tissue over time. It introduces a unifying model in which unresolved stress leads to structural degeneration, and hints at why carbon dioxide restores order not by blocking stress, but by allowing the body to complete its adaptive response.
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