Dr. Don's Antioxidant Toothpowder vs Toothpaste

After over 50 years of fluoride and other antibacterial toothpaste, there are still sugar bugs. But the real tragedy is that now there are hundreds of new resistant bacteria that are linked to gum disease. Toothpaste leaves a soap film that may lead to gum disease. Children under 6 should not use toothpaste that lathers because they tend to swallow the bubbles that could lead to allergies, digestive problems and slime. Our senior citizens also tend to swallow the lather that could lead to acid reflux disease? Most studies show that soaps are allergens. If there is a better way, why not use a powder that cleans and shines teeth but more important is also beneficial to the gums.

The case to use a toothpowder

Dentists use a powder to clean your teeth because powders are abrasives that have greater cleansing power. Toothpaste are weak abrasives and clean only with soaps and effective brushing with a hard bristle toothbrush. "In 2002, Indian and English research revealed at the International Association of Dental Research that a dentifrice of calcium compounds along with plant extracts make the best tooth cleansers because it also reduces inflammation, gingival bleeding, plaque and helps to prevent bacteria and debris accumulation".(http://iadr.confex.com/iadr/2002SanDiego/techprogram/abstract_18291.htm)

Almost all toothpastes contain a soap saponification that may be dangerous because the soap ingredient leaves a soap film. If the film stays on the gums, the gums are more vulnerable to periodontal disease because the IRB, iron related bacteria, may attract calcium compounds to the periodontal tissues. When the soap film is sodium lauryl sulfate residue and is attracted to the tongue, the SRB (Sulfate Reducing Bacteria) convert the sulfate to sulfides or methyl mercaptan to produce bad breath. Perhaps the biggest danger is when the soap is swallowed where the soap film can dry and attract infectious bacteria in the digestive tract. Could there be a link between Acid reflux disease and toothpaste? The soap film could be attracting the APB, acid producing bacteria in the esophagus. Young children may be most vulnerable because if the soap is swallowed, the soap residue may even get into the windpipe to increase in respiratory problems such as allergies and asthma. Soap is a known allergen. New bacterial research has found that the MIC, Microbiologically Influenced Corrosion, are comprised of ARB, SRB and IRB. These bacteria are associated with slime. Could toothpaste be a main cause of slime growing in the mouth, esophagus and trachea? We believe that if you use a dentifrice of mineral powders along with plant extracts, there can be a great decrease in slime.

Perhaps the greater danger is that toothpaste may contain mutagens, the chemicals that may create superbugs. Documented proof is shown by resistant bacteria have now been found to be able to withstand triclosan and chlorhexidene.

The best dentifrice in the mouth may be clay because of the absorption power of toxins and heavy metal poisons. The best clays for a dentifrice may be silica clay and volcanic calcium bentonite clay. The silica is similar to the flour of pumice that dentist use to clean slime off teeth. The calcium clay is similar to the chalk that dentist use to polish teeth. If toothpaste did an effective job, dentist would use toothpaste to clean and polish. The major problem with any toothpaste is that it leaves a soap film that takes away the shining radiance of teeth. Sodium lauryl sulfate is a strong cosmetic soap used in most toothpastes because of its strong bubbling and lathering properties. It is used as garage floor cleaners. But in the mouth, it leaves a definite soap film over the teeth, gums and tongue. The tongue film may be why there is so much chronic bad breath. The gum film may be why there is such a high epidemic of gum disease. The tooth film may be why there is the constant need to bleach the teeth. Until now, there may not have been a better way to clean than surfactants of cosmetic soaps. But thanks to Nanotechnology, non soap safe chemcals can clean equal to better than soaps without leaving a film that attracts slime and infectious bacteria.

Cleaning bubbles can be produced by mineral clays. Clay absorbs water to swell into a bubble. The outer surface retains an electrical charge to attract toxins and toxic metals. In the mouth, clay absorbs the water molecules of oral saliva. Healthy saliva may give even greater absorption of toxic chemicals. The clay bubbles can replace the need for cosmetic soaps. All bubbles have sonar resonance with the best cleansing bubbles having ultrasonic frequency resonance above 20 kHz.

The toothpowder contains over 60 minerals in the volcanic clay and over 30 colloidal minerals in the silica clay. The variety of minerals is needed to remove toxic metals from oral tissues. "The electrical and molecular components of clay rapidly change and produce an electrical charge. Its highest power lies in the ability to absorb toxins, impurities, heavy metals and other internal contaminants. The structure of clay assists it in attracting and soaking up poisons on its exterior wall and then slowly draw them into the interior center of the clay where it is held in a sort of repository. Bentonite clay is a swelling clay. When it becomes mixed with water, it rapidly swells open like a porous sponge. From here the toxins are drawn into the sponge through electrical attraction and once there, they are bound". www.botanical.com/products/learn/bentonite.html

The toothpowder contains flavor crystal made up of elderberry extract, cranberry concentrate and sour cherry that also serves as anti-adhesion agents. The chemicals of anti-adhesion are epicatechins and proanthocyanins.

The toothpowder resonance was measured by Quantum Computer Digital machines and found to have a high ultrasonic frequency, higher than dental ultrasonic cleaners and equal to industrial ultrasonic cleaners used to remove grease and grime off machinery without using harsh toxic chemicals. The ultrasound is created by EM Technology. The process is called Nanotechnology where organic living properties are incorporated into dead quartz. The fusion process creates a vacuum where the energy may travel in a vacuum at the speed of sound or faster (Aether or Zero Point Energy).

Why do toothpastes make poor dentifrices?

Toothpaste use chemical cleansers that release lather and bubbles to soap away stains and plaque. The chemicals produce oxidants that only wobble and not spin. Soaps called surfactants can only clean superficially. Dr. Don's Antioxidant toothpowder penetrates with spin similar to going to the dentist or dental hygienist.

Toothpaste has short lasting power because chemicals dissipate and cosmetic soaps lose their bubbles and lather. Dr. Don's toothpowder has long lasting cleaning and freshening because the process changes saliva to carry the memory of sweet berry taste. Before saliva can carry memory, the brain must be stimulated everyday and new saliva must be secreted hundreds of times a day, everyday. If your toothpaste was effective, you wouldn't need to have your teeth bleached yearly or you wouldn't have to use bresh fresheners throughout the day.

Remember, your toothpaste is full of chemical drugs that reverse when used everyday. Instead of cleaning and freshening breath, they actually stain teeth and create bad breath. Dr. Don's toothpowder can be used everyday because there is spin back and forth (Biodynamics). Biodynamics is created by EM technology organic silica particles.

Added bonus

Your toothpaste does not rejuvenate dental tissues. The surfactants and other ingredients suffocate oral tissues. Dr. Don's toothpowder uses vitamins and minerals to rejuvenate dental tissues. EM technology uses organic genes locked in the silica to allow vitamins and minerals ionize so that they can be absorbed and not form salts or plaque.