Open Veils · Answer
How can I increase mitochondrial activity or function?
Mitochondrial optimization sits at the intersection of suppressed bioenergetic science, metabolic medicine, and longevity research. Jack Kruse, Bryan Johnson, and Robert Naviaux each identify distinct but overlapping levers — light environment, metabolic signaling, and cell danger response — that conventional protocols almost entirely ignore. The most actionable upgrades lie outside standard exercise advice, in the territory of light biology, redox chemistry, deuterium depletion, and targeted fasting protocols.
Evidence
- Jack Kruse, a neurosurgeon turned biophysicist, argues that mitochondrial function is primarily governed by the quantum properties of light and water inside the cell.
- Robert Naviaux at UC San Diego identified what he calls the Cell Danger Response (CDR) — a conserved mitochondrial shutdown triggered by chronic stress, toxins, or infection.
- On the deuterium angle, Laszlo Boros and colleagues published research arguing that deuterium-depleted water (DDW) dramatically improves mitochondrial rotor efficiency in the ATP synthase nanomotor.
- PGC-1α activation — the master regulator of mitochondrial biogenesis — is triggered by multiple stressors: HIIT, cold, heat (sauna), fasting, and NAD+ precursors like NMN or NR, extensively covered by David Sinclair's lab at Harvard.
- Andrew Huberman has detailed the role of deliberate cold exposure (2–4 minutes at ≤60°F) in activating succinate-driven Complex II electron flow, distinct from the NADH pathway, effectively stress-training mitochondrial respiration.