Hyperbaric Oxygen
Longevity effects, TBI, wound healing, telomeres
01. Overview
HBOT research evaluates how pressurized oxygen exposure influences tissue repair, neurorecovery, ischemia, inflammation, and some proposed longevity markers such as telomere dynamics and senescent-cell burden.
HBOT is one of the more visually compelling longevity-adjacent interventions, so this page separates robust clinical use cases from speculative anti-aging marketing.
Clinical theme
Neurological recovery
Clinical theme
Wound healing
Clinical theme
Longevity protocols
Clinical theme
Protocol design and dosing
A clinical lens on hyperbaric oxygen research
HBOT research is moving fast — small trials, real signals, plenty of unanswered dose-response questions.
Use this topic to read the evidence behind one of Peak Human's most-asked-about therapies.
- →Cognitive recovery protocols
- →Tissue repair and inflammation
- →Performance and recovery optimisation
- →Long-COVID and post-injury cases
- Pressure and protocol matter enormously
- Session count is dose
- Biomarker effects are well-documented
- Outcome data still emerging
- What pressure and protocol was studied?
- Is this for my indication?
- How many sessions defined the effect?
03. The Studies
0 indexedSample member
Longevity Operator
One number for your longevity journey.
FICO for credit. PHS for longevity. Eight biological domains collapsed into one provable score — intuitive at a glance, rigorous underneath.
- Metabolic
- Hormonal
- Cardiovascular
- Brain / Cognitive
- Sleep
- Musculoskeletal
- Gut
- Immunity / Inflammation