Hyperbaric Oxygen Therapy is becoming popular treatment method worldwide. The increase in popularity is due to numerous benefits associated with it. We may ask "How does hyperbaric oxygen chamber function?" This Baobang article explores mechanics of hyperbaric oxygen chambers.

How Hyperbaric Oxygen Therapy Works?

Hyperbaric Oxygen Therapy (HBOT) is medical treatment that involves breathing in pure oxygen while in pressurized environment. The pressure in Lying Portable Hyperbaric Chamber is controlled to 1.3 to 3 times atmospheric pressure. The pure oxygen raises concentration of oxygen in blood plasma between 15 and 20 times the normal level. 

Exploring the Mechanics of Hyperbaric Oxygen Chambers  

Hyperbaric Oxygen Chambers are designed to supply oxygen to body under pressure higher than normal. The chamber is a sealed metal container. It can accommodate one to several individuals. The chamber is equipped with air compressor. This device controls the pressure and an oxygen concentrator supplies pure oxygen to the chamber

How it Heals the Body?

The increased concentration of ST901 Hyperbaric Sleeping Oxygen Chamber in blood plasma has several beneficial effects on the body. It aids in repairing and regenerating new cells. It also reduces inflammation. Additionally it boosts collagen production and strengthens the immune system. HBOT improves the body's ability to fight infections. This occurs by increasing the availability of oxygen to white blood cells

A Step-by-Step Guide to its Function

The first step in HBOT is entering hyperbaric chamber. Once inside the pressure is increased to the prescribed level. Pure oxygen is supplied through a face mask or a hood. The individual remains inside for a prescribed period. This is typically between 60 to 120 minutes. Afterward, the pressure is slowly decreased to the normal level before leaving the chamber. The process is repeated as necessary usually for several sessions.

Understanding The Effects of Hyperbaric Oxygen on Tissue Repair  

The high concentration of oxygen in blood plasma promotes neoangiogenesis or the development of new blood vessels. This increases the supply of oxygen and nutrients to damaged tissues. The increased oxygen also stimulates stem cells. It promotes the growth of new cells and tissues, thus expediting the healing process. HBOT has been shown to improve wound healing particularly in cases of ulcers, diabetic foot sores and burns

In conclusion ST801 1.5ATA Soft Hyperbaric Chamber functions by raising concentration of oxygen in the blood plasma. This promotes cellular regeneration. It reduces inflammation, increases collagen production supports immune system and aids tissue regeneration and repair. HBOT has proven beneficial in treatment of several conditions. These include wounds, radiation injury decompression sickness and carbon monoxide poisoning. The potential of HBOT in healing process makes it promising alternative therapy. Its use is gradually gaining acceptance in conventional medicine