How Does Hyperbaric Oxygen Therapy Work?

Hyperbaric Oxygen Therapy is a novel treatment intervention that involves the administration of pure oxygen at high pressure with the goal of improving healing. But how does hyperbaric oxygen therapy work? This article analyses the HBOT mechanism, and its physiological impacts, and endures to astonish the audience.

The Basics of HBOT That Every Patient Should Know

HBOT is administered in a hyperbaric chamber in which a patient inhales oxygen within a controlled pressure. This pressurization makes it possible for the lungs to absorb a much larger quantity of oxygen than that which is present during normal respiration.

How Does Hyperbaric Oxygen Therapy Work?

In this blog, we will discuss how does hyperbaric oxygen therapy work? The given process is explained below:

Increased Oxygen Absorption

Hypoxic conditions are intensified at atmospheric pressures 2 to 3 fold normal, at which oxygen is dissolved more into the blood plasma, tissues, and even cerebrospinal fluid.

Boosting Cellular Function

Higher levels of oxygen stimulate the metabolism of cells as well as the production of one of the key energy molecules, ATP, as well as the healing of tissue.

Less Swelling and Inflammation

HBOT reduces inflammation hence being effective in diseases such as wounds, burns, or brain injury.

Enhanced Angiogenesis

Oxygen increases the growth of new blood vessels promoting the supply of blood and nutrients to tissues that have been injured.

How Does Hyperbaric Oxygen Therapy Help Healing?

HBOT supports the body’s natural healing processes in various ways:

•          Wound Healing

This is especially so for chronic ulcers like diabetic ulcers that are enhanced by added oxygen supply to promote tissue regeneration in addition to reduced susceptibility to infections.

•          Brain Injuries

HBOT enhances the performance of your neurological system by supplying oxygen to the injured section of the brain; a suitable treatment for TBI and stroke patients.

•          Carbon Monoxide Poisoning

High-pressure oxygen therapy indeed removes carbon monoxide quickly from the bloodstream, lifts the symptoms, and prevents the condition from worsening.

MACY-PAN is an Experienced Maker of Hyperbaric Oxygen Chambers

Macy-Pan is a worldwide advanced company, which is located in Shanghai Baobang Medical Equipment Co., Ltd is engaged in the development, manufacturing, and exporting of hyperbaric chambers. Located in Shanghai China the company strictly follows the ISO13485 standard for health care products Which makes the company maintain high standards in the designing and manufacturing of its various health equipment.

• As for hyperbaric chamber products, MACY-PAN has established a model production line and has successfully developed a variety of soft and hard-lying types of hyperbaric chambers, soft sitting types of hyperbaric chambers, as well as veterinary hard chambers. These state-of-the-art solutions have been implemented into numerous applications including home care, clinics, wellness centers, beauty salons, spas, sports industries, and mountain area applications.
• Due to more than 15 years of experience, MACY-PAN has expanded its services beyond 123 countries and territories and become one of the market leaders in the international arena. Thanks to its commitment to quality and innovation the company remains a market leader in the manufacture of hyperbaric chambers.
• Price and quality go hand in hand in MACY-PAN. To ensure that HBOT is reasonable, the company provides health equipment that features the latest technology at a cheaper cost. Being the premier Chinese factory in the industry, MACY-PAN boasts of offering transformative options to patients in need of the advantages that come with HBOT.

In choosing MACY-PAN hyperbaric chambers, customers decide to get state-of-the-art medical applications and the commitment of MACY-PAN to enhance the quality of life. From independent homes, and healthcare centers, to professional wellness centers, MACY-PAN continues to be the go-to source for quality hyperbaric chambers in the global market.

Hyperbaric Oxygen Therapy Process Explained

The HBOT process involves the following steps:

Preparation

The patients are led to a hyperbaric oxygen chamber: monoplane for a single patient and multiple for many patients.

Pressurization

The chamber is pressurized to a level that could be severally higher than the traditional atmospheric pressure which ranges from level 2- 3.

Pure Oxygen Breathing

Oxygen through a mask or hood system is used and patients are allowed to breathe only oxygen. These usually range from one hour and thirty minutes to two and thirty minutes.

Decompression

At the end of the particular procedure, the pressure inside the chamber is gradually cut and brought back to usual levels.

The Physiology of HBOT: What Happens Inside Your Body?

•          Oxygenation of Hypoxic Tissues

Tissues starved of oxygen because of injury or infection are gifted an over plus of oxygen to kick start repairs.

•          Enhanced Immune Response

Oxygen enhances the working of white blood cells that combat infections more efficiently.

•          Stem Cell Activation

Research work indicates that HBOT encourages the production of stem cells, which are essential for the generation of tissues.

Benefits of Hyperbaric Oxygen Therapy

•          Faster Recovery from Sports Injuries

HBOT is very popular among athletes since they can recover very fast.

•          Improved Skin Health

Through stimulation of collagen synthesis, HBOT plays a role in skin tone and healing.

Applications of HBOT

HBOT is used to treat various conditions, including:

•          Decompression Sickness (The Bends)

Commonly experienced by divers, HBOT helps reduce nitrogen bubbles in the bloodstream.

•          Radiation-Induced Tissue Damage

Cancer patients who receive radiation therapy gain from lesser tissue toxicity.

•          Infections

Necrotizing fasciitis is a severe form of infection, and studies have observed good outcomes of such disease with the use of HBOT treatment.

Conclusion

Hyperbaric oxygen therapy is a powerful, non-invasive treatment option for numerous conditions. By leveraging increased oxygen levels, HBOT aids healing, improves recovery, and enhances overall well-being. However, it is essential to approach HBOT under professional supervision. While the science behind it is remarkable, safety and efficacy should always be the top priority. For more resources on HBOT and advanced hyperbaric chambers, explore the Macy-Pan.