Ever since the pandemic season set in, hyperbaric therapy has been the center of multiple medical studies.

So much so that hyperbaric therapy for immunity helped severely affected COVID patients in situations where ventilators were a last resort.

Undeniably, hyperbaric therapy has been functional in helping a good number of individuals regain strength and help fight recurring symptoms of COVID and even in long-term cases. Thus, it opened up new frontiers of research, and holds an important key to fighting symptoms arising due to oxygen deprivation across tissues.

This post discusses several benefits of hyperbaric therapy for immunity and how it plays a key role in advanced medical treatment.

Significant reduction in edema

With the increase in blood pressure that also causes harm to local lymphatic vessels, there occurs edema. In other words, excess accumulation of lymph fluid. It can lead to poor blood circulation across surrounding membranes and tissues.

Besides, edema accompanied by swelling also leads to hypoxia for tissues which is nothing but an acute shortage of oxygen.

As the distance between capillaries and cells increases, the cellular function itself is disrupted, and metabolism takes a hit. The inflammation thus boosts the diffusion (a lack of oxygen in the body) by growing the distance between the capillary and the cells, further making things worse. This is where hyperbaric therapy for immunity comes into play. As the patient breathes in pure, unadulterated oxygen, it lessens the inflammation and speeds up the healing of tissues..

Helps in boosting collagen

When it comes to healing, the first thing is the inflammatory response followed by collagen production.

Collagen, by definition, is nothing but a connective tissue that is developed and laid down by the fibroblasts, thereby contributing to cell repair. Collagen itself acts as the primary layer in all wounds and requires a good amount of oxygen supply to initiate the healing process.

When the intended patient is administered hyperbaric therapy, the steady oxygen supply accelerates the production of collagen, which, in turn, helps in faster repair and recovery of cells.

HBOT Promotes Angiogenesis

Angiogenesis, which refers to the formation of new blood vessels, holds the key to one’s recovery, especially when there’s a serious wound.

When immunity is compromised, the healing process relies on the formation of new blood vessels, followed by the removal of damaged cells as well debris and other foreign organisms.

Research studies have concluded how hyperbaric therapy for immunity can significantly boost angiogenesis around damaged tissues, which positively impacts the recovery rate.

Stimulating the Growth of New Capillaries

Blood vessels play a vital role when there’s an injury. Thus, during microcirculation, the blood vessels take an active part in healing by supplying essential nutrients and adequate oxygen to further remove debris. This further enables the cells to function adequately and accelerate healing.

The application of hyperbaric therapy for immunity has depicted significant improvement in the repair and growth of blood capillaries. Also, in times of hyperoxia, HBOT has been able to influence the natural working of antibodies to help cure infections faster.

For Strengthening Tissues

Hyperbaric therapy for immunity is known to boost oxygen concentration across cells. Thus, with oxygen-carrying capacity across intensive areas boosted, the fibroblasts can function well towards healing damaged tissues and covering a larger area.

As HBOT functions to saturate the blood plasma, it reaches the damaged site with increased efficacy than the RBCs. This makes the cells that are responsible for the development of scar tissues function faster and in the process, impart strength and integrity to tissues.

Enhancing the Action of Osteoblasts and Osteoclasts

Osteoblasts and osteoclasts, which are responsible for the formation and reabsorption of bones, respectively can do even better with hyperbaric oxygen therapy. Both the cell types are an integral element to form as well as controlling the number of bone tissues present within our bodies.

With HBOT, the increased level of oxygen is known to pump up the production of both osteoblasts and osteoclasts. In other words, both cell types can function to form and repair bones even better, and thereby contributing to reducing edema and facilitating the growth of new blood vessels for microcirculation.

Wrap Up

Undeniably, hyperbaric oxygen therapy has come a long way to be organized as a potent form of immunity booster. Something that not only helps you alleviate a medical condition but also enhances your body’s natural defense mechanism.

Currently, hyperbaric oxygen therapy is administered to help treat the following conditions:

  • Carbon monoxide and cyanide poisoning
  • Crush injuries
  • Gas gangrene usually affects the tissues
  • Decompression sickness
  • Inadequate flow of blood across arteries
  • Skin grafts as well as flaps
  • Osteomyelitis, which is a kind of bone infection
  • Delayed radiation injuries
  • Actinomycosis
  • Diabetic wounds which wouldn’t heal otherwise

What remains the challenge with hyperbaric therapy is that not all hospitals have access to hyperbaric chambers, and your medical insurance might not cover it unless it’s an on-label condition.

Have you ever witnessed or been prescribed hyperbaric therapy for immunity?

Do you know of anyone who personally felt any good coming out of it?

Drop us a line below!