Dr. Jonathan V. Wright
NutRItION & HEALING
Vol. 13, Issue 8 . September 2006

Stop super- germs in their tracks with one powerful silver bullet.
By Jonathan V. Wright, M.D.

SARS. Avian flu. These and other big-time bugs called “super-germs” are making headline almost on a daily basis. People are scared, and rightly so. Super-germs mutate so quickly that antibiotics are virtually useless against them: As soon as an effective one is created, the germ mutates, and the antibiotic become obsolete. The same is true of many vaccines.

But there’s no need to feel defenseless because these mutating germs have finally met their match. And it’s been right under our noses all along. It’s colloidal silver.

Colloidal silver just might be the next germ-fighting wonder drug. And not just for the serious threats making headlines: It’s also effective against bacterial infections like strep throat, viruses like the flu, and fungal infections like Candida. No matter how much a germ mutates, it can’t change enough to escape the damaging effects of colloidal silver. And in the process, the silver doesn’t harm human tissue or kill off the good bacteria in the intestine the way antibiotics and other mediations do.
Battling America’s NO. 1 health crisisFrom 1900 to 1940, medical doctors in the U.S. used colloidal and other small- particle silver preparation intravenously to cure otherwise fatal infections. But then sulfa medication, penicillin, and other patented antibiotics were introduced and initially “worked like gangbusters.” Since silver preparations were unpatentable, they predictably fell into disuse and were even criticized as “old- fashioned” and “ineffective” by proponents of the patented competitors.
Some even claimed that even a little bit of silver is dangerous for your health. (I guess they didn’t realize that silver is a normal part of our diets: Whole wheat and mushrooms are just two of the sources that contain relatively large amount of silver.)

But all living things, from microbes to men, resist being killed. So after the first two to three decades of being killed off easily, bacteria have developed enough resistance to patented antibiotics that doctors are beginning to get worried again. Patented antifungal medications aren’t working as well as they did at first either, and the number of effective patented antiviral medications has always been very small. Now the situation is spiraling out of control.

To get an idea of the magnitude of the super-germ problem, take a look at the progression over the years. According to Newsweek, during 1992 at least 13,000 hospital patients died from drug-resistant infection despite being treated with antibiotics. But just one year later, super-germs raised the death toll to 70.000. As a result, in 1994 the Centers for Disease Control declared super-germs to be America’s





No 1 health crisis. Since that time, the number has skyrocketed to 2 million Americans per year who suffer from hospital-based super-germ infections.

While patent medication companies pour billions of dollars into developing patentable “space alien” molecules costing hundreds of dollars per prescription, others are calling for a re-examination of silver’s ability to treat infection of all kinds -- bacterial, fungal, and viral – apparently without inducting resistance.

A family of germ-fighting metals For several years, scientists have been looking closely at silver and the best candidate to thwart the looming epidemic of super-germs. Back in the 70s, a researcher reported on the germ-fighting power of silver. He said, “Thanks to eye-opening research, silver is emerging as a wonder of modern medicine. An antibiotic kills perhaps a 6 or so different disease organisms, but silver kills some 650. Resistant strains fail to develop. Moreover, silver is virtually non-toxic.

Silver belongs to the family of metals that also includes copper and gold (both of which can also have numerous health benefits when they’re used properly). One of the primary concerns people tend to have about using these metals is the risk that they’ll accumulate in the body and lead to heavy metal toxicity. But if you have plenty of antioxidants in your diet, such as selenium, vitamin E, and amino acids like N-acetyl cysteine, you’re safe from any harmful effects from this family of metals. Germs, however, are not.

Once a germ has entered human cells, it becomes more difficult for drugs to attack the infection without also becoming toxic to those cells. But according to a research study published in the European Journal of Biochemistry, silver (and the other metals in the family) bring about a key reaction without the body’s defense system: the production of hydrogen peroxide. Hydrogen peroxide is lethal to germs, but it’s not harmful to healthy human tissues when they’re protected by plenty of antioxidants.

The secret to silver’s success

Although researchers have know of silver’s germ-fighting effects for decades, it wasn’t 2000 that scientists finally understand why it works so well. But first, it’s important to understood antibiotics’ why it worked so well.. But first, it’s important to understand antibiotics’ Achilles’ heel. Although germs have three vulnerable targets, any single antibiotic can attack only one of them at a time: (1) the germ’s outer membrane, (2) its internal components, or (3) its delicate gene pool. When a germ becomes resistant to a antibiotic, it has learned how to fortify the specific target that the antibiotic attacks. You’d have to take several antibiotics to attack all of the germ’s targets simultaneously.

But that sets the stage for further problems. Taking multiple antibiotics just increases the odds of wiping out enough friendly bacteria to allow an infection by various fungi (including Candida and other yeast). And in place of the friendly bacteria, “resistant” bacteria set up camp, including the infamous, but all-too-common, hospital residents – staph aureus and clostridia

Antibiotics obviously don’t have what it takes to nip these super-bugs in the bud. But that’s where colloidal silver comes in. Silver attacks all three of the germ’s vulnerable targets at once. First, the silver ions easily rupture a germ’s outer membrane when present in the right amounts, causing the germ’s vital internal components to be exposed in the bloodstream to our white blood cells. While the while blood cells attack the internal components, the micro-particulate silver continues to destroy these vital internal components by cutting up vital enzymes.

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