By delivering high-concentration oxygen into the body under pressure higher than atmospheric pressure, it quickly helps calm post-treatment swelling and inflammation while supporting skin regeneration.
Oxygen delivered to the microvessels helps improve blood flow and support cellular regeneration, remarkably reducing bruising and swelling after procedures.
Telomeres are structures at the ends of chromosomes that are involved in cell division. They act as a cellular clock and serve as protective buffers by covering the ends of chromosomes with genetic segments.
However, as cell division repeats, telomeres gradually become shorter, which is closely related to aging.
Maintaining or increasing telomere length can help slow aging, and continuous hyperbaric oxygen therapy may help extend chromosomal telomeres, supporting anti-aging treatment.
When blood vessels are damaged by trauma, burns, or other causes, oxygen supply to the tissues connected to those vessels becomes limited.
Through hyperbaric oxygen therapy, oxygen concentration in the blood increases, delivering high-concentration oxygen to damaged tissue and helping form new blood vessels to support wound recovery.
Blood flow in narrowed blood vessels
Hyperbaric Oxygen Therapy
Using hyperbaric oxygen therapy after treatments or surgery can help reduce swelling and support wound recovery, allowing you to return to daily life sooner.
Why does swelling after plastic surgery sometimes become severe and last for a long time?
Our body supplies oxygen by binding oxygen to red blood cells in the blood.
However, red blood cells cannot pass through very small capillaries, so some areas may not receive enough oxygen.
Hyperbaric oxygen therapy dissolves oxygen into plasma, the main component of blood, allowing oxygen to move independently of red blood cells. This makes it possible to supply oxygen even to tiny capillaries and peripheral tissues that red blood cells cannot pass through.
Blood vessel condition in normal air pressure, 1 ATA
Blood vessel condition inside a hyperbaric oxygen chamber
Hyperbaric oxygen therapy is a verified treatment method included in the Clinical Practice Guideline for Sudden Hearing Loss announced by the American Academy of Otolaryngology.
Infectious diseases that negatively affect the body are often caused by anaerobic bacteria.
Since anaerobic bacteria cannot survive when exposed to oxygen, hyperbaric oxygen therapy helps induce the elimination of anaerobic bacteria, including asymptomatic bacterial infection, and supports reduced toxin secretion and inflammation relief.
Intense physical activity such as sports can damage soft tissue, leading to swelling and inflammation in the affected area.
Hyperbaric oxygen therapy helps with swelling and inflammation recovery and is used by many athletes for injury recovery. It helps increase healing speed by reducing pain and swelling caused by microcirculation disorders and the secretion of various inflammatory cytokines.
The body’s energy is produced in the mitochondria inside cells, and hyperbaric oxygen therapy helps promote smooth mitochondrial function.
Hyperbaric oxygen therapy helps activate brain cell function by smoothly supplying oxygen to oxygen-depleted brain tissue.
It may support brain cell function activation after cerebral infarction, cerebral palsy caused by childhood brain trauma, Alzheimer’s dementia, Parkinson’s disease, depression, and more.
Learning disorder and ADHD clinic: Study involving children with autism
Effects of HBOT in patients with post-stroke depression
Various studies on brain function activation using hyperbaric oxygen therapy are still ongoing.
When treatment begins, the air pressure inside the chamber increases.
To relieve or prevent ear fullness and pressure, please repeat the following three methods regularly.
Once the set pressure is reached, pressurization stops and the pressure is maintained for a certain period of time.
Breathe comfortably while inhaling high-concentration oxygen.
It is okay to sleep comfortably.
Do not hold your breath; breathe comfortably.
The room temperature may drop by 1–2°C, so it may feel slightly cool.
When the notification sound indicates that treatment is complete, slowly exit the chamber according to the medical staff’s instructions.
