According to recent reports, there has been remarkable progress in the reduction of dental caries - also known as tooth decay - in the United States over the past thirty years. The existence of children with no dental caries, which was known to be a rarity in the past, is no longer unusual. The use of fluoride in public water supplies, in toothpaste, and in professional dental products seems to be working as planned. additionally, improved oral hygiene and increased access to dental care have played major roles in this dramatic improvement.
Nevertheless, dental caries remains a significant problem for much of the population. Nearly one-fifth of children between the ages of two and four have some detectable caries, and by the age of seventeen nearly four-fifths of young people have had a cavity, which is a late manifestation of dental caries infection. In addition, more than two-thirds of adults age thirty-five to forty-four years have lost at least one permanent tooth due to dental caries, and older adults usually suffer from the problem of root caries.
In a bigger look at the picture, there remains a large segment of the population in which the disease is still a major problem. These health disparities, detailed in the Surgeon General's Report on oral health, tend to be clustered in minority children, the economically underprivileged, older persons, the chronically ill, and institutionalized persons; in other words the very populations with the lowest access to dental care.
It should be noted that dental caries is both an infectious and communicable disease. It results in destruction of tooth structure by way of acid-forming bacteria which are found in dental plaque, an intraoral biofilm, in the presence of sugar. The infection generally results in loss of tooth minerals if it goes unchecked. This damage begins on the outer surface of the tooth and can then progress through the dentin to the pulp, with the ultimate result of compromising the vitality of the tooth.
During the past few decades, dental hygienists have noted that changes have been observed not only in the prevalence of dental caries, but also in the distribution and pattern of the disease throughout the population. Specifically, it has been observed that the relative distribution of dental caries on tooth surfaces has changed. Also, the rate of lesion progression through the teeth is relatively slow for most people. These changes have important implications for diagnosis and management of incipient lesions and predicting caries risk. It could change the way we look at conducting effective disease prevention and management programs for individuals and populations throughout the world.
In order to make continued progress in eliminating this common disease, new methods and strategies will be required in order to provide enhanced access for those who suffer disproportionately from the disease. New plans are forming to provide improved detection of dental caries, risk assessment, and diagnosis. There is also a need to create improved methods to arrest or reverse the non-cavitated lesion while improving surgical management of the cavitated lesion.
Some of the conclusions of the National Institutes of Health's Consensus Development Conference:
Digitally acquired images have great potential in the detection of non-cavitated caries and in the diagnosis of secondary caries. Some promising new diagnostic techniques include fiber-optic transillumination and light and laser fluorescence.
So far, past caries experience is the most consistent predictor of caries risk in children. There is also evidence of matrilineal transmission of mutans streptococci in early childhood. So the presence of caries in the mother and siblings tends to increase the risk for the child.
Inadequate exposure to fluoride confers increased risk of dental caries. Other conditions that are also associated with caries risk include certain illnesses, physical and mental disabilities, and the presence of existing restorations or oral appliances. Medications containing glucose, fructose, or sucrose may also contribute to caries risk.
In the development of caries treatment, dentistry has historically moved to surgical restoration from extraction. Identification of early caries lesions and treatment with non-surgical methods, including remineralization, represent the next era in dental care.This stopping and reversing of caries depends on an early and accurate diagnosis, which remains a developing field. Improved diagnosis is essential if maximum benefits are to be obtained.
The caries process is known to be endemic and potentially both preventable and curable. This can only be achieved by identifying, arresting, and reversing the disease at an early stage. Although more research is needed, clinical strategies to do this already exist. The panel concluded that existing strategies for primary prevention in the general population are also likely to be effective for arresting or reversing early lesions. These strategies include application of fluorides, antimicrobials, salivary enhancers, chlorhexidine, sealants, and patient education. Fluorides and chlorhexidine can be delivered as rinses, varnishes, or gels.
The dental profession has had success in promoting the prevention of caries. The opportunity now exists to extend prevention and treatment of caries to nonsurgical methods.
These include further prevention, arrest of early noncavitated lesions, and remineralization. Controlled studies that inform third-party payers can do much to support the adoption of more advanced diagnostic and preventive nonsurgical techniques into the practice of dentistry. Studies that explore a range of reimbursement options may be helpful in identifying reimbursement methods that both reward and encourage preventive nonsurgical dental treatment. Practicing dental hygienists should have adequate incentives to apply these findings. Educational institutions and their curricula, state and national dental boards and board examiners, and accreditation agencies must also support the growing evidence for prevention and nonsurgical treatment where indicated in order to promote the continued eradication of caries.
The expert panel conclusively suggested that a continued appraisal of progressional reports, experimental findings, and case studies of the dental hygienist community and associated dental practitioners indicated by the accumulated information presented conclusively to the study presented at the National Institutes of Health's Consensus Development Conference is recommended in the form of further clinical analysis if a continued enlightenment of these preventative methodologies is to continue to implement it's progressive impact.
Prevalence Of Dental Caries
Tooth decay, or dental caries, is caused by prolonged exposure to acids produced by bacteria in the mouth. We cannot avoid bacteria in the air. When we breathe it enters the mouth and attaches itself to everything, including the teeth. In fact, there are more microcosms in one mouth than there are people on the earth.
Sugar is the main culprit in tooth decay, because that is what the bacteria eat. Bacteria then produce acids as a byproduct. Those acids eat at the enamel of our teeth, until hole or cavity in the tooth appears.
Our story begins in the 17th century, when sugar plantations developed in the “new world." Until then food was produced and prepared with much less added sugar. Then the 18th century saw sugar beets being harvested in England. Now, virtually everything we consume, from cereal in the morning to steak and eggs at night contains extra sugar. Bacteria on our teeth count themselves lucky to live in the 21st century, where there is an almost unlimited supply of free food for them to thrive on.
We are in cahoots with sugar and bacteria when we do not brush and clean our teeth. Leaving the bacteria to feed upon sugar and produce acids in our mouths allows the bacteria time to form a visibly organized colony between the gums and the tooth that we call plaque. Plaque actually acts as a cover for the acids that sit on the surface of our enamel. Without cleaning, acids will eat at out enamel almost at will, creating tooth decay and dental caries.
Decay is demineralization. In other words, the outer tissue of the tooth is so hard because it is 95% mineral. The inner tissue of the tooth, dentin, is a little softer because it is only 66% mineral. Normally, saliva is a natural remineralizer when acids have begun demineralizing, but when plaque is involved saliva is almost powerless to repair the damage. Acids will begin with a little hole in the enamel, and once it makes it through to the dentin, it eats the tooth tissue from the inside out. This means serious dental action: fillings, or even a root canal.
With plaque the acid concentration is also higher (Ph 4 or lower), packing a more potent punch through the outer enamel tissue of the tooth. Saliva could take two or more hours to even penetrate the plaque and begin the healing process.
There are a variety of preventative measures to take. I know people who have taken to a no-sweets diet to cut down on their sugar intake. There are many who bring toothpaste and a toothbrush to school or work with them in order to clean after each time they eat. Many more carry floss with them.
May I caution against two things? Please do not depend too heavily on fluoride. Little children who take in too much fluoride, even by swallowing toothpaste accidentally or unwittingly, develop dental flourosis, or yellow and white stains on their teeth in later childhood. Take it in healthy doses.
The second caution is to avoid too much brushing. People who brush excessively or applying too much pressure tear away the gums and expose the roots directly to the acids.
Now, may I suggest two things? Clean frequently and softly by brushing and by flossing. If you can hear the brushing sound as much as the other noise around the house, you are brushing too loudly. With brushing and floss, you don’t need to try too hard to eliminate the plaque or the bacteria.
My next suggestion is to carry around gum that is not only sugarless but also supplemented by a natural element called xylitol. Be careful that you choose a gum where xylitol is the leading ingredient. Xylitol fights against the habit bacteria has of settling into tissue to live. Xylitol is a natural bouncer, making cleaning throughout the day easier and cleaning in the morning or at night more thorough.
One transcendent element is sugar. It is almost impossible to escape, and it is not healthy to escape altogether. Though we cannot and should not escape it completely, we can control it and prevent its decaying effects on our teeth.
Both Josh Stone & Daina Desai are contributors for EditorialToday. The above articles have been edited for relevancy and timeliness. All write-ups, reviews, tips and guides published by EditorialToday.com and its partners or affiliates are for informational purposes only. They should not be used for any legal or any other type of advice. We do not endorse any author, contributor, writer or article posted by our team.
Josh Stone has sinced written about articles on various topics from Food And Drink, Social Issues and Cooking Tips. Freelance writer for over eleven years. . Josh Stone's top article generates over 60500 views. to your Favourites.
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