Table of contents[Hide][Show]
Man needs oxygen to survive. In elementary school, we all learned that the air we breathe has 21% oxygen.
Our bodies use oxygen to make energy. In blood vessels, red blood cells take in oxygen and bind it to hemoglobin. It then dissolves in the plasma and flows out to the tissues of the body through the roots and capillaries.
Although we have known the role of oxygen in our health for hundreds of years, it was not until 1891 that Drs. JL Corning built a hyperbaric office in New York. Since then, we have continued to improve the rooms for the best possible combination of air and oxygen for therapeutic purposes.
What is Hyperbaric Oxygen Therapy?
Hyperbaric Oxygen Therapy (HBOT) is when a person breathes 100% pure oxygen as the air pressure rises. The oxygen supply helps the body to get better oxygen in the lungs and muscles.
The combination of increased oxygen and new pressure helps to move the oxygen to where our body needs it most.
There are three types of hyperbaric oxygen chambers. The first two are medical marks that you will see in hospitals and health centers.
- Many offices – Many diseases can live in it. Some are put on braces or breathing masks before putting the whole body on oxygen therapy.
- Monoplace rooms – One person can leave and stay for treatment.
- Soft leather rooms – For personal use you can buy for your own home. Stick yourself to this. High rates don’t increase, but they always offer amazing health benefits.
We measure the pressure as total air pressure (ATA). Soft shells can go up to 1.3-1.7 ATA, while hard shells can go up to 5.0 ATA, but humans can safely go down to 3.0 ATA.
In health care settings, the average time is 90 minutes, with 10 minutes on both sides to slowly increase and decrease the pressure. Two hours out of your day.
In a healthy setting, they are standard acrylic cabinets. The furniture in the home is opaque, usually with fabric. (I don’t mind the lack of awareness!)
Do not take anything into the room with you. You need to remove jewelry and electronics from your person (you don’t need to carry your phone in your bag!) In health care facilities, it is common to set up TVs for patients. to watch.
We are learning more about how HBOT helps the body. is it:
- Increased oxygen – in all parts of the body
- Regenerate blood vessels – by increasing blood flow and increasing blood flow in the body
- Reduces swelling and inflammation – by reducing common inflammatory symptoms
- Improves lymphatic flow – from increasing the pressure
- Develop core systems – which helps the body to heal again
- Kill infectious diseases – in the harmful anaerobic starvation of the environment in which they need to grow
All in all, it can help improve your cellular and mitochondria function.
Typically, the average amount of care prescribed by a doctor and covered by some insurance is 40 seasons. The FDA has approved the use of hard drives for these medical conditions:
- Depression – compare the amount of nitrogen from the fastest dive
- The death of carbon monoxide
- Healing pain
- Foot injury and chronic pain
- Radiation pain
- Skin diseases such as gangrene
- Skin skin
- Osteomyelitis – incurable bone diseases
- Sudden deafness or hearing loss
- Gas and air exit into the blood vessels
- It hurts
- The knowledge is lost
On the other hand, the FDA only allows soft tissues for high blood pressure (AKA mountain sickness).
In my podcast discussion with Dr. Scott Sherr on hyperbaric medicine pointed out that while there are only 14 FDA uses for HBOT, more than 70 countries have approved it.
We have a lot to learn about full -time work. However, physicians have continued to recommend hyperbaric therapy for off-label use.
- Cancer – regular use in combination with chemotherapy and radiation, can improve them
- Painful disease – can help reduce symptoms when high oxidative stress and C-reactive protein levels are high
- Ischemia – can reduce the long -term effects of heart attack and stroke
- Birth problems – can improve obesity and reverse erectile dysfunction
- It’s a chronic illness – from inflammatory bowel disease to Lyme disease, there are many reasons for the use of these diseases
- Painful brain injury
- Depression and chronic illness over time
- Parkinson’s disease
- Autism Spectrum Disorder
Most athletes use it for mild injuries, saying it speeds up the process. Some use it for anti-aging. Some veterinarians offer HBOT for animals.
Because of the small number of side effects, other clinicians are more likely to try HBOT for chronic diseases and other health conditions that do not respond to standard medications.
Hyperbaric Oxygen Side effects and maintenance
However, HBOT is not for everyone. As always, talk to your doctor about hyperbaric oxygen therapy before surgery.
You can breathe with a lot of good things like oxygen. There is something like oxygen. When the amount of oxygen is too high, reactive oxygen species can increase.
Some additional precautions should be taken:
- Past accidents – if you have had a traumatic event, health care providers need a scan to make sure there is no pneumothorax (an air sac in the lungs)
- Ear problems – Increased ear pressure can hurt the middle ear
- The lung disease
- Arrest problems
In animal studies, too much pressure causes cataracts and can lead to sinus problems. Some report short -term changes, but this is evident when the drugs are gone. Since 98% of the bacteria in the gut microbiome are anaerobic, one should consider combining them with Probiotics.
Some HBOT systems are thought to take antioxidants to help prevent oxidative stress when using high doses.
Hyperbaric Oxygen Therapy at Home
It’s amazing that we can harness the power of oxygen in the privacy of our own homes. (And spend a little money when maintaining the app.)
Brands I recommend:
- Hbot Plus – They offer two flexible options, one for sitting and one for sleeping. They have one hard -hitting design.
- HyperbaricPro – They have soft leather features for sleeping down, those in wheelchairs, and many people at the same time, in addition to the hard leather features.
I experienced hyperbaric oxygen with a friend who is battling Lyme disease. As I walk under the water, you can see a little pressure in your ears and your skin. It’s as if you’re in an airplane holding your ears when you open your mouth. I like to chew the rubbish in it to help the pressure.
This article was reviewed by Dr. Tim Jackson. He is a Physician in Physical Therapy and Orthopedic Rehabilitation, and an Occupational Therapist. He holds a BS Degree in Health Science and Chemistry from Wake Forest University. As always, this is not a personal advice and we encourage you to talk to your doctor.
Have you tried hyperbaric oxygen therapy? Will you try
- Jones, M.W., Brett, K., Han, N., & Wyatt, HA (2021). Hyperbaric Physics. In StatPearls. StatPearls Publishing.
- Ishihara A. (2019). Simple hyperbaric oxygen: processes and consequences. Journal of physiological science: JPS, 69(4), 573–580.
- Stepien, K., Ostrowski, R.P., & Matyja, E. (2016). Hyperbaric oxygen as an adjuvant drug in the treatment of chronic diseases, including cerebral palsy. Oncology (Northwood, London, England), 33(9), 101.
- Hentia, C., Rizzato, A., Camporesi, E., Yang, Z., Muntean, DM, Sandesc, D., & Bosco, G. (2018). An example of immune strategies against ischemia / reperfusion injury: The role of hyperbaric oxygen preconditioning. The brain and function, 8(5), e00959.
- Lim, SW, Sung, KC, Shiue, YL, Wang, CC, Chio, CC, & Kuo, JR (2017). Effects of Hyperbaric Oxygen on the Behavior of Weight-like Stress and Neuroinflammation in Traumatic Brain Injury Rats. Global neurosurgery, 100128–137.
- Kostiukow, A., & Samborski, W. (2020). Efficacy of hyperbaric oxygen therapy (HBOT) in children with autism spectrum disorders. Polish mercury medicine: organ Polskiego Towarzystwa Lekarskiego, 48(283), 15–18.
- Kirby, JP, Snyder, J., Schuerer, D., Peters, JS, & Bochicchio, GV (2019). Essentials of Hyperbaric Oxygen Therapy: 2019 Review. Medicine of Missouri, 116(3), 176–179.
- McMonnies CW (2015). Hyperbaric oxygen therapy and the possibility of ocular inflammation or contraindications. Clinical optometry and testing, 98(2), 122–125.