HBOT - Harch Hyperbarics
HBOT - Harch Hyperbarics  - Healing New Orleans With Pure Oxygen!
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Hyperbaric Oxygen Therapy Treatment

A Hyperbaric Oxygen Multiplace Chamber

 

Healing Under Pressure

 

A Testimony of Hyperbaric Oxygen Therapy By Kathy Summers

 

 

HBOT for Angiogenesis

Last summer I broke the neck of my femur clear through (technically a hip fracture) when my horse launched me like a rubber band into the dirt. But that wasn’t the scary part. The fracture was nothing compared to how I felt when the emergency room staff said the words “hip replacement. ”My orthopedic surgeon decided to try setting the bone first, but he gave me slim odds for healing. He said I had almost certainly severed the capillaries that feed the head of the femur, and with no backup blood flow it would begin to die (called avascular necrosis or AVN). When I asked what I could do to prevent this, he said, “Just one thing: hyperbaric oxygen. ”I immediately signed up for 20 daily treatments at Scottsdale Healthcare Osborn in Scottsdale, Arizona.

How HBOT Benefits Maximum Medical Improvement

To benefit from this peculiar therapy all you do is breathe. The key is to breathe 100 percent pure oxygen through a mask or hood for one to two hours a day while sitting in a pressurized chamber. Hyperbaric oxygen therapy (HBOT) works according to a simple law of physics that says oxygen under pressure dissolves into the body’s fluids—including blood plasma, lymph, and cerebral spinal fluid—where it can speed healing.

Hyperbaric Chambers

Hyperbaric hospitals and clinics typically operate monoplace chambers that resemble glass coffins, but I shared dives (as they sometimes call the treatments) in a 12-person multiplace chamber that looks like a submarine. Other than some ear pressure aI healed completely with no complications and no need for a hip replacement. I was lucky because few orthopedic surgeons refer hip fracture patients for HBOTnd temperature changes similar to landing in an airplane, the experience is comfortable with no serious side effects.

In cases like mine, HBOT can help the body develop new blood vessels [angiogenesis], remodel bone, and reduce secondary swelling and bruising if it is provided soon enough after the injury or surgery. “When you reduce the inflammatory edema you get rid of the bruising a lot quicker, so you get better circulation to the injured areas,” says Dennis Weiland, MD, Scottsdale Healthcare’s director of hyperbaric medicine. In fact, not only did my deep bruises disappear quickly, I healed completely with no complications and no need for a hip replacement. I was lucky because few orthopedic surgeons refer hip fracture patients for HBOT. Doctors are more likely to prescribe the treatments for wounds that won’t heal.

The Oxygen Cure

Helps Treat Infection, Burns, Stroke, Autism, Migraine,
 and MoreWhat is Hyperbaric Oxygen Therapy? Click Here

 

By Dr. Paul Harch

 
What do flesh-eating bacteria, diabetic foot ulcers and carbon monoxide poisoning have in common?
They all are on the list of 13 medical conditions approved for treatment with hyperbaric oxygen therapy (HBOT)-breathing 100% oxygen under pressure while fully enclosed in a hyperbaric oxygen chamber. And there are many other conditions not yet officially approved that can benefit from the way HBOT treats disease.
HBOT is best known as a treatment for scuba divers with decompression sickness, or "the bends'' -when nitrogen bubbles form in the blood and other tissues. HBOT works partly by compressing those bubbles and dissolving them.
 

13 APPROVED USES FOR HYPERBARIC OXYGEN THERAPY (HBOT)

 
In the 1960s, doctors in the Netherlands discovered that HBOT could treat a life-threatening infection called gas gangrene, which can occur after severe wounds, such as those from gunshots and car accidents. The oxygen kills the anaerobic (nonoxygen-using) bacteria that cause the infection.
In 1965, Japanese doctors used HBOT to treat carbon monoxide poisoning from a coal mine fire. The oxygen displaces the carbon monoxide that is stuck to red blood cells.
The doctors also found that burns healed faster among patients treated with HBOT, generating another use for the therapy. Oxygen can reduce the secondary inflammatory reaction that accompanies any injury-the activation of the immune system's white blood cells and their subsequent discharge of toxic chemicals and enzymes, which further damages tissue.
The Undersea and Hyperbaric Medical Society (UHMS)-an organization representing physicians, nurses and technicians in the field of hyperbaric medicine-met with the Food and Drug Administration (FDA) and recommended HBOT for 13 specific conditions. These conditions are eased or aggravated by reduced oxygen level in body tissue. More than 30 years later, those approved conditions remain much the same:
 

Man survived without oxygen for 25 minutes thanks to controversial rescue

by Meg Farris / WWLTV Eyewitness News

NEW ORLEANS – Years ago, a commercial diver from Terrytown spent nearly a half hour at the bottom of the Mississippi River with no oxygen. Today, he lives a normal life with no health problems.

Now a local doctor says the mistake that saved his life and prevented brain damage could also be used to save the lives of people who have cardiac arrest and keep them free of brain damage as well.

It was on a very hot August day in 1983, when Ray Parrish, a 35-year-old commercial diver, went to work in the middle of the muddy Mississippi River around Destrehan. His mission: go down to the bottom of the river, nearly 90 feet down in pure darkness, to find and hook up cables to a new tug that sank on her maiden voyage. On top was a barge and crane waiting to pull her up.

"This boat had a whole lot of sand and mud around it and it was too much to get anything underneath the bow," said Parrish, who now lives in California. So Parrish used an air lift, a huge vacuum hose suspended from a crane, to suck up silt and sand and mud with a tremendous force to clear the tug.

Then something went terribly wrong. "Something was killing me," Parrish said. He couldn't take in any air. "I wasn't breathing. I wasn't even trying to breath," he said. The large hose came in contact with the top of his helmet. He was being sucked up by a couple thousand pounds of pressure. He then realized he had to act then or die 89 feet below the city.

 

Dr. Van Meter is a senior partner to Dr. Paul Harch
Read full story at http://www.wwltv.com/ >