The Dental Clean-up

There are two purposes for doing the dental clean-up:

1. to clear up Clostridium infection
2. to remove mutagens and carcinogens from your mouth.

Clearing up Clostridium infection requires removing abscessed teeth, teeth with micro leakage (infections in crevices under fillings), and eliminating infections in the jawbone itself where teeth once were, called cavitations.

Removing mutagens and carcinogens means all metals and plastic materials in your mouth. You may believe you have only “gold” or “silver” in your teeth. But these are really gold or silver alloys, containing many metals, including carcinogenic ones.

The Syncrometer detects about 30 metals in any "gold" or silver" filling. These include nickel, copper, cobalt, vanadium, thallium, germanium, cadmium, mercury, platinum, titanium, and even uranium! In my Syncrometer studies, I have found copper, cobalt, and vanadium to be present in every tumor. Seeping from both metal and plastic teeth, these metals are common denominators in advanced cancer cases. I have also found inorganic "bad" germanium in enough cases to consider it another common denominator. These begin to build up in your tissues in the early, tumor-forming stage. I am not sure whether these toxins play a role in actual tumor growth, but eventually they cause the anemia, liver failure, kidney failure, mutations, hypercalcemia, and immunity failure that causes death. So I want to emphasize again, that even if a magic wand shrank your tumors, you are still in mortal danger unless you get your dental work done!

If you have plastic materials in your dentalware, I find they will seep urethane, maleic acid, malonic acid, and various azo dyes. Methacrylate dentures even seep acrylic acid. Urethane and azo dyes have had decades of research in the past; they were found to be highly carcinogenic. Maleic and malonic acids were found to be respiratory inhibitors which, in turn, cause tumors to form. And acrylic acid, another carcinogen, is the same chemical that is made by frying foods in unsaturated fats. With so many well-studied carcinogens in dental materials, we should ask a child's question: Have they ever been tested for carcinogenicity? If so, what were the results?

Is it impossible to make plastics that don't have all these carcinogens? Not at all. The Syncrometer detected more dental ingredients that were free of them than those that had them. But if each dental material (such as composite, ceramic, glass ionomer) requires the use of ten ingredients, then the chance of finding the final restoration free of carcinogens is essentially zero. Using a Syncrometer, each ingredient could be tested separately for one dozen of the most harmful chemicals-not impossible-but quite impractical.

So to accomplish the two purposes of eliminating Clostridium infection and seeping carcinogens, you must extract teeth with large metal or plastic fillings, root canals, crowns or caps. They once were infected – before you had them "repaired". Now they are infected again and must be removed.

Why Is There Metal In Plastic?

Metal is not an essential ingredient of plastic manufacture. How can plastic material become polluted with it? I can speculate on several ways, but the fact is I am not the only one finding it. Perhaps the use of inferior "practical" grade chemicals to make plastics with, or recycled ingredients, causes wholesale pollution of dental materials with toxic metals, dyes, or solvents. I also find insufficient hardening of plastic in your mouth allows seepage of plasticizers, dyes, and other ingredients from the soft tooth.

A method for hardening (curing) your own dentures and partials is given in Recipes, page 574. Unfortunately, no way of hardening fillings and glues has yet been found.

Another possibility involves the chemical antiseptics used in manufacturing plastics. Although important, they are themselves polluted with metals, solvents and dyes. Pollution that stems from antiseptics spreads further and further. It is like having a wet kitchen sponge that drops to the ground; after that, dirt will be spread wherever the sponge is used to "clean" a surface. Ultimately, there is nothing left unpolluted with the antiseptics themselves and the toxins found in them. Look at the assortment of antiseptics legal for use in manufacturing processes, including the dental and plastic industries.

Learning to manufacture pure and safe dentalware should not be difficult for an industry with a research budget. Hopefully, it will soon develop. Learning to harden it adequately should be the second goal.

Be Your Own Dentist

Meanwhile, you must try to be your own dentist. Your teeth are too important not to understand the issues. If your dentist is willing to assist you, you are most fortunate. You may otherwise learn the basics from the following sample X-rays. Use this diagram to orient yourself

First, obtain a good quality panoramic X-ray of your mouth, in duplicate if possible. A panoramic views the entire mouth, including jaw and sinuses, allowing you to see much more than single teeth. Take one negative home to study.

On your panoramic you can identify metal, plastic, root canals, crowns, abscesses along roots, cavitations (hollow spaces or mushy bone at old extraction sites), and other suspicious things. Circle whatever your dentist or radiologist identifies as suspect for future reference. Make notes.

Here is a sample of a panoramic X-ray that has been printed. Remember that a print of an X-ray negative reverses the light and dark areas. Since you will be comparing this print with your own X-ray, you must compare light areas on the print shown here to dark areas on your X-ray.

To read your panoramic X-ray, tape it up on a window. First find the angles of your jawbone, noting top and bottom view, left and right side, with the right side (R) on your left, as if facing yourself Use a hand magnifying glass to study it.

You Be The Judge

It doesn't take an advanced degree in dentistry to judge whether it is a good or bad X-ray. Are all the root tips visible? If not, you wasted your money; you got the panoramic so you could see the root tips and beyond! Since the X-ray can be viewed right at the time it is made you can request a retake (it costs very little extra and supplies the duplicate you wanted anyway). This particular X-ray should have been done over, because, looking at the upper teeth, no root tips are visible. The mouth was not correctly positioned for the X-ray. Also, the teeth at the ends are a solid black, so nothing can be deduced about them. The intensity setting on the X-ray machine was not correct for them.

Next, look at the lower teeth. The root tips are on the print, but not very clear. The X-ray machine produced two dark vertical lines at the centers, obscuring the roots further (a good reason to get it redone on the spot). Under each end-tooth is a roundish white spot. On the X-ray film, which you would be examining, these would be dark spots. These are the holes in the jawbone that allow the nerve and blood vessels to pass through. A tooth was pulled three months ago on the lower left side. Note that the bone has already filled in almost to the top, so that a nearly flat line is seen to mark the ridge of the jaw bone from one side to the other. This shows good healing.

Locate the center. You have four small flat teeth in front on the lower side. The center is between them so two are on the left side and two on the right. The center on the upper side is easier to find; see the arrow.

The fifth tooth from the center at upper left (L) has a black cloud emerging upward from the root tip like a swarm of gnats above it. This is an infection, the bacteria are parading up towards the brain. Brain tumors are made of such events. Trying to save such a tooth would be a bad mistake, even though it "looks good and was giving no trouble." Plastic (black edges) can be seen on the inner edge of the top center teeth; this was done for cosmetic purposes. A few more bits of plastic are seen here and there. No cavitations (dark areas) are seen in the bottom half where the visibility is good.

A large tattoo (spattered amalgam) did not show up on this X-ray although the dentist spotted it easily just by searching visually, some time later, while working on the mouth. Tattoos can be notoriously difficult to find, either way.

The second panoramic, although poor quality, shows a large cavitation at the lower right. One or two teeth extracted there long ago left a large hole with infection (dark area) along the sides. Thorough cleaning will allow it to fill in with bone again and stop the chronic illnesses this patient suffered from.

At the upper right, a solitary tooth is sitting in a bed of infection. The dark black areas are metal. Syncrometer tests of this patient showed that the tooth bacteria, Staphylococcus and Clostridium, were both traveling to the breast. Staph was producing growth factors and Clostridium was turning RNA into DNA to spur the tumor there.

If you notice a suspicious tooth or location, but can't quite make a determination, repeat the x-ray at the tooth location; it is called a periapical X-ray. But not the regular kind. Newer digital X-ray equipment is much superior. Compare these digital X-ray frames with your panoramic. Two or three “takes” of each location may still be needed to find your hidden cavitations, "surprise" plastic leftovers, tattoos and simply, infected bone.

After examining your X-rays, make your decisions-do not ask the dentist to make them for you-and mark the teeth for extraction. The dentist may not agree with you because his/her job is to save teeth. Your job is to save your life. Your dentist can't be expected to know that your life depends on this. Another option is to go to a foreign country to find a sympathetic dentist (see Sources).

What You Can Salvage

How can you decide what is a large and not-so-large filling? Since this is to some extent a subjective decision, you should consider the options. If you mark for extraction a number of bad teeth, but leave single teeth behind that are marginally good, you will get a partial denture that must fit around the single stragglers. These will constantly get food clogged around them, giving you discomfort. You will need to take out the pa cleaning much more often than if you had a simpler partial included all the molars and premolars in any quarter (quadrant) of your mouth.

The same thinking applies to front teeth. If you have only two or three good front teeth, you should consider the need to remove partials for cleaning more frequently than you would need to remove a full denture.

Fillings that could be replaced with an inlay or onlay may simply be removed, leaving the hole open. Later, when your tumors are gone you may have them filled using zinc oxide and phosphate paste as the glue. But this does leave you with a grave risk-the risk that the dentist "didn't get it all." And this could hardly be considered the dentist's fault, since he/she must work blindly. Plastic is almost invisible and undetectable by M means. Even a digital X-ray could not detect a tiny bit left behind. A reliable plastic identifier has not yet been found. If you are terminally ill, the tiniest remnant of plastic could tip the scales to failure. Your spleen, bone marrow and liver are already full of plastic toxins, as a cup of water is "full" to the brim. Your spare storage tissue, fat, is full, too. Even a tiny plastic remnant is too much. Extraction is safer.

When the open tooth is brushed daily with oregano oil and colloidal silver, and occasionally with bleach (USP, more on this below), it does not decay further. I have not seen these teeth undergo further decay in one year's time. Remember that the purpose of the original filling was to stop decay. You can now do that without the filling so no harm is done for about one year, enough time for you to get well first. You will be able to monitor your teeth yourself by watching for discoloration. Any beginning infection can be quickly eliminated by yourself. (See Home Dentistry, page 91.)
Next Chapter

(From "The Cure for All Advanced Cancers", p. 69ff.)