Cellular Environment: The Ultimate Stage of 'Broken or Protected'

Toratani (Kahoku, Ishikawa; Rep: Ikuo Toratani) released a report on the physiological effects of sleep respiratory quality on the body's 37 trillion cells. Respiratory quality is the upstream foundation of health, regulating internal systems like autonomic nerves, oxygenation, and microcirculation (capillaries). Medical fields often treat downstream symptoms rather than addressing upstream structures like mitochondrial energy production and cellular environment (oxygen, nutrients, waste removal, pH, inflammation). The body's biological flow moves from respiration and deep oxygen to microcirculation, cellular environment, and cell lifespan. During sleep, a critical time for cellular repair under parasympathetic dominance, shallow breathing limits oxygen supply and disrupts microcirculation, increasing cellular stress. Poor cellular environments decrease mitochondrial function, increase reactive oxygen species, cause persistent inflammation, accumulate waste, and shorten cell lifespan, leading to biological decline. To investigate this, Toratani conducted a bio-signal measurement and respiratory analysis project from April 2024 to May 2026.