There are many ways to go about wound care.
Most wounds heal themselves over time with proper cleaning and care.
However, for people with certain conditions or abrasions with special cases, some wounds are harder to heal than others.
In this blog, we talk about how hyperbaric oxygen therapy is an effective alternative treatment for wound healing.
Wounds are typically defined as an injury by a cut or some other form of impact.
In most cases, the skin is broken or cut.
Wounds usually heal on their own but there are many ways to speed up the recovery process.
It’s important to keep wounds clean by washing them with mild soap or water.
Other remedies can include antibacterial treatments, aloe vera, turmeric paste, and more.
When a wound is too deep or seems serious, medical treatment may be needed.
Sometimes they may need medical-grade cleaning from debris or stitches when the wound does not stay closed.
When wounds are not properly cleaned or cared for, they can lead to infection which will need to be treated with antibiotics.
Hyperbaric oxygen therapy is a great treatment for wounds and has been proven to help the body recover faster.
How does hyperbaric oxygen therapy work to heal wounds?
Hyperbaric oxygen therapy heals wounds by providing the body with a lot of additional oxygen.
This extra oxygenation in the body allows wounds to heal much faster due to improved blood circulation and anti-inflammatory properties.
Oxygen is extremely important to the human body.
It turns food into energy, detoxifies blood cells, strengthens the immune system, aids in the absorption of nutrients, enhances memory and cognitive function, removes free radicals, and neutralizes pathogens, bacteria, and viruses.
Oxygen is so important to the body that 90% of our energy comes from it while only 10% comes from the food we eat.
Whenever we breathe, the air we take in is composed of around 21% oxygen and our body reaches around 96% oxygenation.
With hyperbaric oxygen therapy, we inhale 100% oxygen in the pressurized environment of a hyperbaric chamber.
This additional oxygen goes into our blood plasma which increases blood circulation and allows more oxygen to go into damaged cells, tissues, and organs.
This allows wounds in these areas to heal faster.
When we breathe under normal circumstances, it is just our red blood cells that carry oxygen through the blood.
This deprives important tissues and cells of oxygen after an injury due to inflammation of these areas.
Oxygen plays a critical factor in wound healing and being deficient in oxygen slows down the body’s natural ability to heal wounds and injuries.
Oxygen produces the energy our tissues need to defend against bacteria, produce collagen, regenerate and repair.
When our cells or tissues are wounded, it is difficult for oxygen to reach these damaged areas by just breathing normally and can slow down healing.
In some severe cases, wounds become non-healing due to a lack of oxygen.
To overcome this, the body needs a much more concentrated dose of oxygen in order to heal.
Hyperbaric oxygen therapy allows us to take in a much higher dose of oxygen to contribute to wound healing.
The pressurized environment of the hyperbaric chamber provides oxygen directly into our body’s plasma so that it can thoroughly get to the damaged areas where circulation has reduced.
This additional oxygenation naturally stimulates our body’s own healing capabilities.
HBOT allows our white blood cells to receive a sufficient amount of oxygen that reduces swelling and kills bacteria.
It helps promote angiogenesis, which is the body’s process of creating new blood cells.
This aids in healing wounds much faster and even helps non-healing wounds fully recover.
What wounds does HBOT treat?
Hyperbaric oxygen therapy can help speed up the healing of most kinds of wounds including burns, cuts, and infections.
Some wounds will need hyperbaric oxygen therapy more than others.
These wounds tend to have more difficulty in healing and would do well with the additional oxygen
Diabetic wounds and HBOT
Diabetes is a chronic health condition that relates to blood sugar, affecting the way the body turns food into energy.
Most of the food that we eat turns into sugar or glucose, and when our blood sugar levels rise, our pancreas releases insulin which allows glucose to enter our body’s cells to produce energy.
People with diabetes either do not produce enough insulin or their cells do not respond to it in the way it normally should.
Because of this, too much glucose remains in the bloodstream and can lead to other serious health problems.
There is currently no cure for diabetes yet, but it can be maintained by losing weight, having a healthy diet and being active.
A complication of diabetes affects the way our wounds heal.
Non-diabetic adults may be able to ignore minor cuts, wounds, and burns, but could cause more serious health issues among people with diabetes.
Wound healing is affected by diabetes because high blood glucose levels in the bloodstream inhibits the function of the body’s white blood cells, which are responsible for healing wounds.
Without these white blood cells functioning properly at the time of injury, the body is unable to fight bacteria efficiently.
It is more challenging for wounds to heal in diabetic people because the condition slows down the flow of red blood cells that carry oxygen, which makes it more difficult for injured areas to receive the oxygen they need in order to heal.
Apart from this, the nerve damage that is caused by diabetes lessens our awareness of injuries, particularly on the feet.
It’s very common for people with diabetes to acquire foot injuries or wounds which lead to infection without proper treatment.
These complications cause diabetic people to have wounds that do not heal due to extreme bacterial infections.
Hyperbaric oxygen therapy helps these wounds recover by providing enough oxygen in order for red and white blood cells to function properly and support wound healing.
Hyperbaric oxygen therapy treats radiation wounds
Hyperbaric oxygen therapy treats radiation wounds that are a side effect of radiation therapy, a form of treatment for cancer.
It uses radiation technology to shrink tumors and kill cancer cells.
Every person reacts differently to radiation treatment and can show symptoms of different side effects such as fatigue, skin problems, and hair loss.
While radiation therapy kills cancer cells, it also restricts blood flow and damages healthy tissues.
An adverse effect of radiation therapy are radiation wounds.
Because radiation is directly applied to areas with cancer in the body, it passes through the skin and creates harmful free radicals that affect strands of DNA and hinder the body’s natural wound healing abilities.
Radiation damage shows itself as burns or ulcers on the body.
These burns usually occur after treatment and because of the body’s lessened capacity to heal due to radiation therapy, this skin damage can last months or even years without healing if no intervention is done.
Because radiation therapy is usually done in quick succeeding doses, it inhibits the skin’s opportunity to heal even further.
Radiation wounds are very common in radiation patients, with about 85% experiencing them.
Hyperbaric oxygen therapy provides the body with much needed oxygen in areas damaged by radiation wounds and triggers deep healing in these tissues.
The additional oxygenation and improved blood flow allows radiation wounds to recover and prevents cancer patients from experiencing additional health problems brought about by the infections from radiation wounds.
Hyperbaric oxygen as burn treatment
Hyperbaric oxygen helps treat burns in the second and third degree.
Second and three degree burns cause the skin around the damaged areas to be more hypoxic (having low oxygen levels in blood cells) than normal.
Due to burn damage, the tissue in these areas become deprived of oxygen.
We have already mentioned that cells in our body need oxygen to heal, but second and third degree burns cause the areas around it to have difficulty in absorbing oxygen.
This makes the burn wounds take a much longer time to recover and can be prone to infection if not treated properly.
Burn treatments and medication help speed up the recovery process of burns.
When combined with HBOT, these wounds can heal much faster than normal.
The high levels of oxygen brought about by hyperbaric oxygen therapy helps to safeguard damaged tissues and minimize swelling.
Improved blood flow brought about by additional oxygen helps maintain the skin’s connective tissue.
HBOT also improves white blood cell function that helps against infection and encourages wound closure in more serious burns.
Adding hyperbaric oxygen therapy to typical wound treatment has proven to lessen scarring and avoid wound complications by as much as 80%.
Consider healing of wound in Morris County, New Jersey using hyperbaric oxygen therapy
If you have non-healing wounds or simply want your existing wounds to heal quicker, visit HBOT USA.
Try healing of wound in Morris County, NJ using hyperbaric oxygen therapy.
Our hyperbaric experts will provide you with a treatment program that is sure to aid in wound healing and your overall wellness.
For more information, visit https://hbotusa.com/.