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SPORTS INJURIES AND REHABILITATION:

In the last decade, competitive sports have taken on a whole new meaning, where intensity has increased together with the incidence of injuries to the athletes. Therefore, there is a strong need to develop better and faster treatments that allow the injured athlete to return to competition faster than with the normal course of rehabilitation, with a low risk of re-injury.

Oxygen creates ATP for energy and flushes out the lactic acid that causes muscle fatigue.

Below link to a 2019 study: Early Recovery of Exercise-Related Muscular Injury by HBOT

https://www.hindawi.com/journals/bmri/2019/6289380/#conclusion

BRAIN INJURIES:

  • Concussion,
  • Brain Damage,
  • Stroke,
  • Dementia etc.
  • Declining Brain Performance

HBOT can bring about dramatic improvement in many neurological conditions for which there are very little to offer other than palliative care. Considering the high incidence of many neurological conditions, the safety of treatment and the simplicity and relatively low cost of mHBOT, patients with any form of brain injury should “seek and demand this treatment” (Dr Paul Harch)

An August 2020 study has demonstrated for the first time that Hyperbaric Oxygen Therapy can significantly enhance the cognitive performance in healthy older adults. The main areas of improvement were attention, information processing speed, and executive function, in addition to the global cognitive function, all of which typically decline with age. Moreover, there was a significant correlation between the cognitive changes and improved cerebral blood flow in specific brain locations.

HBOT can dramatically and permanently improve symptoms of chronic TBI months or even many years after the original head injury.

STROKES:

Strokes are one of the leading causes of disabilities. The extent and permanence of stroke related disabilities depend on one thing – OXYGEN!

Stokes cause brain damage by disrupting the flow of oxygen to the brain. The area of the brain deprived by blood flow usually has a central area of most severe damage leading to brain cell death. This area however is surrounded by injured tissue with decreased blood flow and neurological function.  mHBOT works on this surrounding tissue to restore function.

Dr Shai Efrati of Tel Aviv University’s Sackler Faculty of Medicine has found that high levels of oxygen could invigorate dormant neurons.

Below Ted Talk explains how…

TRAUMATIC BRAIN INJURIES / CONCUSSION:

Traumatic brain injury usually results from a violent blow or jolt to the head or body. Mild traumatic brain injury may affect your brain cells temporarily. More serious traumatic brain injury can result in bruising, torn tissues, bleeding and other physical damage to the brain. These injuries can result in long-term complications.  Up to 55% of all mild traumatic brain injury patients develop the persistent post-concussion syndrome characterized by cognitive symptoms, headaches, irritability, sleep disruption, fatigue, dizziness, depression, anxiety and a change in personality.

HBOT is the only therapy that directly treats the underlying disease processes of traumatic brain injuries – decreased oxygen, decreased blood flow, swelling of the brain, constriction of blood vessels.

HBOT drives oxygen into the cerebrospinal fluid, which carries it to the brain and permits healing. Inflammation is another damaging result of a brain injury, but HBOT reduces the inflammatory response.

The use of HBOT to treat concussions and traumatic brain injuries in patients aims to relieve symptoms and accelerate recovery by promoting damaged tissue repair and angiogenesis, or the formation of new blood vessels.

Clinical studies in HBOT will continue for some time.

Watch – Concussion recovery with HBOT:

WOUND CARE:

What makes HBOT such a powerful tool in treating wounds?

Wound injuries damage the body’s blood vessels, which release fluid that leaks into the tissues and causes swelling. This swelling deprives the damaged cells of oxygen, and tissue starts to die. HBOT reduces swelling while flooding the tissues with oxygen. The elevated pressure in the chamber increases in the amount of oxygen in the blood.

HBOT is used as an adjunctive treatment for problematic, non-healing wounds. During the HBOT treatments, the patient breathes a high concentration of oxygen in a pressurised environment (chamber), quicky increasing the concentration of oxygen in the bloodstream, where it is delivered to the patient’s wound site for faster healing. Essentially healing the wound from the inside out.

This major benefit of hyperbaric wound care is that it stimulates and supports the body’s own healing process. When white blood cells receive enough oxygen, they can effectively:

  • Reduces swelling
  • Fight infection
  • Build new blood vessels
  • Reduces the inflammatory response
  • Improve circulation

HBOT treats wound healing at a deep cellular level and can be used to treat a wide range of injuries and health conditions.

Diabetic Wounds:

Diabetes is known as a condition relating to blood sugar, but complications of diabetes may affect wound healing because chronically high blood glucose impairs the function of white blood cells. Without these powerful white blood cells to unleash at the time of injury, your body fails to efficiently fight bacteria. Diabetes also causes poor circulation which slows the flow of red blood cells and makes it even more challenging for wounds to receive the required oxygen to heal. Diabetes furthermore cause nerve damage that diminishes awareness of injuries, especially on the feet.

As a result of these complications, diabetics often experience wounds that cannot heal paired with dangerous bacterial infections. Fortunately, HBOT delivers enough oxygen to stimulate the white and red blood cell actions needed to support healing.

HBOT is especially helpful for diabetic foot ulcers.

Radiation Injury:

Radiation treatment is designed to kill cancer, but unfortunately, it also injures healthy tissue.  HBOT enhances oxygen-rich blood flow to overcome the effects of radiation and trigger deep healing of radiation wounds and stops potential infections in its tracks.

Traumatic or Surgical Wounds:

Open wounds, whether suffered from a traumatic incident or as the result of a surgery, make the body susceptible to serious infections, especially if the wound is near a bone. HBOT offers a solution for surgical wounds, grafts, flaps, and other problems that need accelerated healing to protect the body from infection.

HBOT FOR SURGERY RECOVERY:

Over the years, surgery has evolved to take less time, smaller incisions and also less down-time for the patient. However, all operations require a recovery period. HBOT can improve the quality and the speed of surgical wound healing.

In the days after surgery, the body starts creating new blood vessels at the surgical site. These new blood vessels provide oxygen and nutrients for new tissue growth. White blood cells fight bacteria and infections. Over time, the body generates new tissue and skin cells.

What does HBOT mean for a wound?

The more oxygen present in the blood, the faster the surgical wound can heal.

Benefits of HBOT include:
  • Reduces pain, inflammation, swelling and bruising
  • Grows new blood vessels
  • Fights infection
  • May reduce scarring
  • May reduce the risk of post-surgery complications

There are a lot of factors affecting a surgical procedure. Some surgical wounds can cause complications or disturb the quality of life with slow healing. Using a proven technique like HBOT, patients can recover faster.