HBOT can benefit cancer patients in a number of ways. Here is a synopsis of the benefits of hyperbaric oxygen therapy (HBOT) treatment::
- Boosts oxygen levels that have dropped below normal as a result of illness or injury.
- Promotes the development of new blood vessels to increase blood flow to tissues in need of oxygen and nutrients.
- Boosts the immune system’s white blood cells’ capacity to ward against infection.
- Helps alleviate the discomfort of wounds by decreasing swelling, pressure, and pain.
- Heals tissues are suffering from a lack of oxygen.
Tissues in the treated area may experience a shift in their oxygen supply as a result of radiation. In addition to damaging cancer cells, radiation also harms healthy cells and blood vessels
Tiny blood arteries in the treated area may be harmed by radiotherapy. This could lead to a decrease in the volume of blood reaching that location. Because of this, oxygen and nutrients have a harder time reaching the tissues where they’re needed.
Tissues under stress may gradually atrophy and weaken. (ulcerate). In extremely rare instances, complete tissue death may occur. (radiation necrosis). Radiation injury may not become apparent for months or even years.
Injured tissue receives more oxygen thanks to hyperbaric oxygen therapy (HBOT). This stimulates the growth of new capillaries and aids in the repair of damaged tissues.
Radiation treatment, or radiotherapy, is used to treat some forms of pelvic cancer. The hips and the area in between them constitute the pelvis. The pelvic area is home to the bladder. Radiation to this location may, therefore, occasionally cause persistent urinary bladder discomfort. (chronic cystitis).
It’s possible that hyperbaric oxygen therapy helps with these issues. It could be utilized if all other treatments have been exhausted.
Radiation therapy is commonly used to treat cancers of the head and neck. Tissues in the proximity of this area are particularly vulnerable to trauma. Having surgery done before radiotherapy can increase the probability of harm. Rarely, an impact might cause a piece of bone to begin degenerating and eventually perish. The medical term for this is osteoradionecrosis (ORN). Radiation therapy to the chest or pelvis, for example, can cause bone damage in the same way as it might damage the bones of the extremities.
Treatment with HBOT may be recommended after radiotherapy for head and neck cancer. The intention is to help stop jaw fractures from happening.
Constipation as a result of long-term radiation exposure
Bowel damage is a possible side effect of pelvic cancer radiotherapy. Radiation injury to the delicate digestive tract occasionally causes chronic sickness.
When other treatments haven’t worked, you may want to try hyperbaric oxygen therapy (HBOT).
