Almost all cavities in teeth occur where the brush cannot reach plague and trapped food between teeth and inside grooves on chewing surfaces. Chewing fibre cleans all tooth surfaces.
September 15, 2004 (Press Release) --
I am a research dentist that has developed a convenient, easy to use, disposable dental foam like a strip of chewing gum with bubbles that cleans gum margins like a toothbrush, between teeth like dental floss and is chewy like gum to remove food from inside grooves on chewing surfaces where over 80% of cavities occur.
Almost all cavities in teeth occur where the brush cannot reach plague and trapped food between teeth and inside grooves on chewing surfaces even in fluoridated communities that have about 60 % less cavities.
http://ndk.biz/pits.shtml
Wrigley and others have great market success with sugarless confection and gum but like the toothbrush do not gain access inside pits and fissures in grooves and do not reduce cavities there. Because the outer cup shaped cells easily fill with saliva, chewing the foam strips with toothpaste, forces the saliva mix inside grooves and around teeth to displace food under chewing pressure.
We found that toothpaste was better in a tablet or confection format and can seal grooves before eating and clean teeth after eating. We can even formulate sugarless confection or cheese to force a saliva mix inside to seal grooves before eating and to remove food after eating especially when used with a chewy strip of foam.
Food dye can be hygienically applied with the foam in school health/science projects to stain plaque on teeth and the foam can be seen to remove the stains. This is a great teaching aid and dentists can record plaque scores to record patients skill levels and compare the effectiveness of foam with a brush.
http://ndk.biz/plaque.shtml
Saliva helps neutralise acid and repair demineralised tooth and can be assisted by dental agents like fluoride and Recaldent. With the foam, this can greatly assist dentists in remineralisation therapy.
Laboratory tests and chewing Barium Sulphate tablets before dental x-rays highlights potential cavities in grooves and helps identify effective sealant confection.
This new technology is potentially very fast to produce and pack for little cost but can be highly profitable even in developing countries where better oral hygiene education and personal tooth care skills are even more needed especially where there is no fluoridation..
Two billion oral hygiene conscious public will find it is easy to use before and after any meal or snack when brushing is difficult especially in the armed forces, schools, confectionary and fast food outlets.
It may eventually replace the multi billion dollar the toothbrush, toothpaste and chewing gum industries.
Universities, conscientious dentists, hygienists and dental health authorities will find the simplicity, convenience and effectiveness of this technology will be of great benefit and will want to explore the potential of this technology that may eventually help over 5 billion people.
There is more infomation on our web site http://ndk.biz/toothcare or you can register on http://supertooth.ndk.biz
Almost all cavities in teeth occur where the brush cannot reach plague and trapped food between teeth and inside grooves on chewing surfaces even in fluoridated communities that have about 60 % less cavities.
http://ndk.biz/pits.shtml
Wrigley and others have great market success with sugarless confection and gum but like the toothbrush do not gain access inside pits and fissures in grooves and do not reduce cavities there. Because the outer cup shaped cells easily fill with saliva, chewing the foam strips with toothpaste, forces the saliva mix inside grooves and around teeth to displace food under chewing pressure.
We found that toothpaste was better in a tablet or confection format and can seal grooves before eating and clean teeth after eating. We can even formulate sugarless confection or cheese to force a saliva mix inside to seal grooves before eating and to remove food after eating especially when used with a chewy strip of foam.
Food dye can be hygienically applied with the foam in school health/science projects to stain plaque on teeth and the foam can be seen to remove the stains. This is a great teaching aid and dentists can record plaque scores to record patients skill levels and compare the effectiveness of foam with a brush.
http://ndk.biz/plaque.shtml
Saliva helps neutralise acid and repair demineralised tooth and can be assisted by dental agents like fluoride and Recaldent. With the foam, this can greatly assist dentists in remineralisation therapy.
Laboratory tests and chewing Barium Sulphate tablets before dental x-rays highlights potential cavities in grooves and helps identify effective sealant confection.
This new technology is potentially very fast to produce and pack for little cost but can be highly profitable even in developing countries where better oral hygiene education and personal tooth care skills are even more needed especially where there is no fluoridation..
Two billion oral hygiene conscious public will find it is easy to use before and after any meal or snack when brushing is difficult especially in the armed forces, schools, confectionary and fast food outlets.
It may eventually replace the multi billion dollar the toothbrush, toothpaste and chewing gum industries.
Universities, conscientious dentists, hygienists and dental health authorities will find the simplicity, convenience and effectiveness of this technology will be of great benefit and will want to explore the potential of this technology that may eventually help over 5 billion people.
There is more infomation on our web site http://ndk.biz/toothcare or you can register on http://supertooth.ndk.biz
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