In a world dominated by high-tech medicine and expensive supplements, one biological key remains largely overlooked: carbon dioxide (CO₂). Yet modern research shows that controlled breathing techniques and a targeted increase in CO₂ levels can trigger astonishing effects — from cellular repair to the reduction of oxidative stress.
CO₂ neutralizes peroxynitrite (ONOO⁻), which would otherwise cause aggressive nitration of proteins and DNA. Instead, harmless substances such as nitrate or carbonate are formed.
It protects key enzymes such as superoxide dismutase (SOD) from oxidative damage caused by hydrogen peroxide (H₂O₂).
Conclusion: CO₂ acts as a natural free radical scavenger and reduces oxidative stress at the cellular level.
Sources: PubMed, ResearchGate, Wiley, CiteSeerX
CO₂ supports endogenous antioxidant systems, e.g. by stabilizing metal complexes (iron, copper).
Prevents Fenton reactions (radical chain reactions).
Acts synergistically with glutathione, SOD, and catalase.
Conclusion: CO₂ is part of a complex protective system that promotes cellular homeostasis.
CO₂ supports endogenous antioxidant systems, e.g. by stabilizing metal complexes (iron, copper).
Prevents Fenton reactions (radical chain reactions).
Acts synergistically with glutathione, SOD, and catalase.
Conclusion: CO₂ is part of a complex protective system that promotes cellular homeostasis.
30 deep breaths + breath-holding (after exhalation).
Goal: CO₂ build-up, stress resilience, immune modulation.
Science: Kox et al., 2014 (PNAS)
3×30 rapid nasal breaths.
Goal: Energization, CO₂ kickstart.
Basis: Pranayama + neuropsychology
4:4:4:4 or 6:6:6:6 (inhale-hold-exhale-hold).
Goal: CO₂ stability, nervous system regulation.
Origin: Tactical breathing training
Slow nasal breathing + breath-holds.
Goal: Reduced breathlessness, increased CO₂ tolerance.
Use case: Chronic illness, sleep disorders
2 quick inhales + long exhale.
Goal: Immediate stress reduction.
Basis: Stanford University, Neuroscience
Effect | Scientific Evidence |
---|---|
Neutralization of ONOO⁻ | Veselá & Wilhelm (PubMed, 2002) |
Protection of antioxidant enzymes | MDPI, Wiley Online, PubMed |
Reduction of ROS in tissues | Carboxytherapy studies (MDPI, Springer) |
Improved blood circulation | AMPK/NO pathways in CO₂ therapy |
Cellular respiration & mitochondrial efficiency | JBC, ResearchGate, 2022 |
The combination of movement, breathing technique, and conscious elevation of CO₂ is not an esoteric concept — it’s biological intelligence. The “5 Tibetans+” unite proven exercises with modern respiratory science. Every human carries this tool within. You just need to use it.
“Breath is medicine. CO₂ is the carrier.”