Regenerative medicine · Cancún
More oxygen, deeper into
every tissue that needs it.
Hyperbaric oxygen therapy delivers oxygen at pressure so plasma carries what red cells alone cannot—reaching tissue that circulation struggles to supply.
Pressure changes what the blood can carry.
At sea level, oxygen travels almost entirely on haemoglobin, and haemoglobin is already nearly full. Adding more oxygen at normal pressure changes little.
Inside the chamber, pressure rises above atmospheric and oxygen dissolves directly into the plasma—the fluid portion of blood that normally carries almost none. That dissolved oxygen moves into tissue that compromised circulation reaches poorly: surgical sites, slow-healing wounds, inflamed tissue. The effect is mechanical, measurable, and it ends when the session ends. What persists is what the tissue did with the oxygen while it had it.
Where the evidence is strongest.
Hyperbaric oxygen has defined clinical indications. Candidacy is decided case by case, and sometimes the answer is that another approach fits better.
Post-surgical recovery, diabetic and slow-healing wounds, radiation tissue injury, and selected inflammatory conditions have the strongest support. Athletic recovery and fatigue protocols are used more broadly, with evidence that is real but thinner. Your assessment tells you which category your situation falls into—including when it falls into neither.
Ninety minutes, medically supervised.
Sessions run about ninety minutes at prescribed pressure, with a physician monitoring throughout.
Most protocols run several sessions across consecutive days, which is why treatment plans are built around your travel dates rather than the other way round. You rest, read or sleep through the session. Pressure changes are gradual and felt mainly in the ears, like a descending aircraft. You leave and continue your day.
Start with an assessment, not a booking.
A remote consultation establishes whether hyperbaric oxygen is indicated for your case before any travel is planned.