The 0 Treatment That Stops Swine Flu and Heart Disease

The 0 Treatment That Stops Swine Flu and Heart Disease

This year, flu season came months early. The government is warning about pandemics. It’s urging vaccinations, which you may know is a bad thing to do.

So I wanted to give you more information on how to dramatically reduce your risk of complications from the flu, or other infections. This is knowledge you just won’t hear from your conventional doctor. That’s sad since the information has been present in the mainstream medical literature for decades.

One of the best and most reliable (not to mention the safest) ways to fight any infection is with oxidative medicine. This includes hydrogen peroxide therapy, ozone, and ultraviolet blood irradiation. Other than oxygen itself, the simplest oxidant is hydrogen peroxide (H2O2), so we’ll start there.

H2O2 is simply a water molecule (H-O-H) which carries one extra oxygen atom (H-O-O-H). That atom is held rather loosely and can come off very easily. You can see that happens with your own eyes when you pour your store-bought H2O2 onto a surface where it bubbles.

It’s releasing oxygen, and becoming water. That’s how it kills pathogens. Most pathogens are very sensitive to oxidation. However, oxidation therapy with H2O2 is not topical. It is intravenous.

Sadly, the medical mob has conspired to obfuscate the truth of intravenous H2O2. You’ll be told that it is dangerous, that you can get “air” emboli. Nothing could be further from the truth.

First, peroxide releases oxygen, not air. And oxygen is soluble in your body’s fluids, and it burns far faster than you would ever receive it. For example, a typical IV of peroxide would release about 25 cc of oxygen gas during the 1.5 hour infusion.

You burn up over 125 cc of oxygen gas per minute. It’s impossible for the tiny amount of oxygen to harm you.

Furthermore, European doctors, for decades, have been giving up to 50 cc of oxygen gas over mere minutes for allergic conditions. No one has ever had a problem. But is H2O2 effective against the flu? Let’s look at some history.

In 1918 India, a British physician named Lawrence Oliver was desperate to save lives. The flu was killing millions around the world. He got the bold idea to infuse dilute hydrogen peroxide intravenously into dying victims.

The treatment shaved the death rate by 50%. The Lancet published his work in 1920. This was the first hospital use of an intravenous oxidation therapy. Unfortunately, mainstream medicine didn’t pick up Oliver’s work.

It was picked up, however, by my mentor, the late Dr. Charles Farr. He began his work in Oklahoma in the 1980s.

Hydrogen peroxide is a critical biochemical intermediary molecule. It’s involved in hundreds, if not thousands, of biochemical functions, especially in your immune system. Just for starters, your body requires H2O2 to produce thyroid, steroid hormones, cytokines (white blood cell hormones) and for glucose metabolism.

It is the actual “bullet” your immune cells produce to shoot and kill pathogens. Every cell in your body carries a pool or reserve of H2O2 for these and other essential purposes.

Dr. Farr began his own studies on the benefits of intravenous H2O2. He found that after several minutes, it increases your basal metabolic rate. That means your oxygen consumption increases, a key indicator of jump-starting energy production.

And, with a short series of infusions, the increase remains for weeks. Dr. Farr then performed measurements on patients with heart failure. He found infusions increased cardiac output, cardiac index, and decreased vascular resistance (an improvement in circulation).

He took slides of patients with gangrenous legs from no circulation. They recovered, with limbs spared, from the infusions. Blood flow to digits improved, as did their body temperature.

Back in the 1960s, Baylor University researchers administered peroxide directly into the arteries of patients with cancer. Not only did the patients get a much better response to radiation treatment, but atherosclerotic plaques literally melted away!

But that’s not all hydrogen peroxide can do. H2O2 stimulates both insulin production and utilization (increases insulin sensitivity). It increases glycogen production (your carbohydrate stores) from glucose.

That means there will be less glucose around to turn into fat. Dr. Farr demonstrated peroxide’s power for diabetics. He showed a patient’s very abnormal five-hour glucose tolerance test nearly normalizing after 10 infusions of H2O2.

I used intravenous H2O2 in a charitable Indian hospital. There, a mother of young children was dying of pneumonia. The X-ray suggested a staph infection, a rather horrible pneumonia to treat and to endure.

Antibiotics were not working. I gave her three H2O2 IVs. Within 48 hours of the first, the woman was well enough to be transferred out of the ICU. She went home five days later. Though we were light years apart in language, her glowing smile toward me crossed all language barriers.

It can even help so-called auto-immune diseases. As I mentioned earlier, peroxide is a major immune system modulator. That means it can turn up a weak immune system, or turn down an overactive one — helping “auto-immune illnesses”.

Please see Second Opinion December 2008 for home H2O2 use. Intravenous H2O2 infusions are relatively inexpensive as IV therapies go. In some clinics, an infusion is less than 0.

Most any physician can do it after proper training in oxidative medicine. It requires no special equipment, unlike other oxidation therapies. Because we’re in flu season already, I suggest you locate the nearest oxidation physician to you.

You can do this by visiting www.oxygenhealingtherapies.com or www.acam.org. If a devastating epidemic occurs, as is sure to happen sooner or later, your life might depend on it. If you can’t find a doctor near you who performs H2O2 therapy, please ask your doctor to look into it.

I’m currently teaching an ACAM workshop to physicians about the powers of oxidation medicine. Please have your physician contact ACAM for details on the workshop.