Posts for tag: tooth decay
Since the late 19th Century, dentists have used established protocols to successfully prevent and treat tooth decay. But there've been changes to this approach the last few years to improve its effectiveness, changes we now refer to as Minimally Invasive Dentistry or MID.
The older approach for treating dental caries (tooth decay) follows the protocols established by Dr. G.V. Black, considered the father of modern dentistry. Black advocated removing not only decayed structure but also some of the healthier but vulnerable portions of a tooth, to avoid further decay and make the tooth easier to clean. This resulted in larger fillings, although they've become smaller as dental techniques have advanced.
MID, on the other hand, aims to remove as little tooth structure as possible while still effectively treating and preventing future decay. To achieve that goal we begin first with a complete assessment of a patient's individual decay risk, known as Caries Management By Risk Assessment (CAMBRA).
With CAMBRA, we're looking at other factors besides individual tooth health: a patient's hygiene, lifestyle and dietary habits; the types and amount of bacteria present; and the quality of saliva flow, needed to neutralize mouth acid. With these the results we develop a customized prevention and treatment strategy.
MID also focuses on detecting dental caries as early as possible. Besides traditional x-rays, we're beginning to use other methods like dental microscopes, laser fluorescence, infrared photography or optical scanning. Early detection leads to early intervention, and with techniques that are much less invasive than the traditional approach.
The new approach also changes how we repair decayed teeth. We're increasingly using air abrasion, a technology that uses fine particles in a pressurized air stream to remove softer decayed tooth material and less healthy structure than the traditional dental drill. We're also using composite resin and other advanced materials for filings: these tooth-colored materials are stronger than previous versions and are quickly taking the place of metal amalgam, requiring less structural removal to accommodate them.
MID's core principles are early disease detection, proactive prevention and treatment with less structural removal. With this enhanced approach to effective dentistry, we're keeping your teeth healthy with minimal discomfort, lower costs and less long-term impact.
Sports and energy drinks — two different types of popular beverages. But though different they have one thing in common: they can both wreak havoc on your tooth enamel.
That's because each contains high concentrations of acid. And acid is tooth enamel's mortal enemy — prolonged exposure with it causes the minerals in enamel to soften and erode, a process called de-mineralization.
Demineralization becomes even more pronounced when the mouth's pH levels fall below 4.0 into the acidic range. A sampling of various brands of sports and energy drinks reveal mean pH levels below even that threshold. Energy drinks are especially harmful to enamel because the type of acid they contain is more concentrated.
So, what can you do to minimize this threat to your dental health? The optimal thing to do is avoid such beverages altogether, especially energy drinks. If you currently re-hydrate after hard work or exercise with sports drinks, consider switching to water, nature's hydrator.
If you do, however, continue to drink these beverages, then follow a few precautions to lessen the acidic levels in your mouth:
Wait until mealtimes. Saliva is your body's way of neutralizing acid in your mouth, but it takes about 30 to 60 minutes for it to fully buffer acid. If you're sipping between meals on acidic beverages, saliva can't keep up. So, wait until you eat or limit your sipping time on a drink.
Rinse with water. Since water's pH is neutral, swishing some in your mouth right after drinking a sports or energy drink will help reduce acidity.
Wait an hour to brush. Your enamel will begin demineralizing as soon as it encounters acid. If you brush right away you could be sloughing off miniscule amounts of softened minerals. By waiting an hour you give your saliva time to buffer and help re-mineralize the enamel.
Although popular, especially among teenagers and young adults, overindulgence in sports and energy drinks could damage your teeth and increase your risk for tooth decay. With a little moderation and common sense, you can keep your enamel strong and healthy.
If you would like more information on the effects of sports and energy drinks on dental health, please contact us or schedule an appointment for a consultation. You can also learn more about this topic by reading the Dear Doctor magazine article “Think Before you Drink.”
As we age we become more susceptible to dental diseases. A common but often initially unnoticed problem for seniors is root decay.
We’re all familiar with tooth decay in the crown, the visible tooth above the gum line. Bacteria feeding on leftover sugar in the mouth produce acid, which at high levels erodes the teeth’s protective enamel. This forms cavities and, if untreated, deeper infection within the tooth that could reach the bone via the root canals.
But decay can also directly attack a tooth’s roots below the gum line. Roots are made of dentin and covered by a very thin layer of mineralized tooth structure called cementum. Cementum, which is much softer than enamel, is often lost because of its thinness, thus exposing the root’s dentin. This can make the area more susceptible to decay than the enamel-covered crown. Normally, though, the roots also have the gums covering them as added protection against bacterial infection.
But gum recession (shrinkage), a common experience for people in their later years, can expose the root surfaces. As a result, the roots become much more susceptible to decay. And an ensuing infection could spread more quickly into the interior of the tooth than decay originating in the crown.
That’s why it’s important to remove the decayed material and fill the root cavity to prevent the infection’s spread. While similar to a crown filling, the treatment can be more difficult if the root cavity extends below the gum line. In this case, we may need to perform a surgical procedure to access the cavity.
There are other things we can do to help prevent root cavities or limit their damage. We can apply fluoride varnish to strengthen the teeth and provide extra protection against cavities, or prescribe a fluoride rinse for use at home. We can also keep an eye out and treat periodontal (gum) disease, the main cause for gum recession.
The most important thing, though, is what you do: brush and floss thoroughly each day to remove bacterial plaque and limit sugary or acidic foods in your diet. Preventing decay and treating cavities as soon as possible will help ensure you’ll keep your teeth healthy and functional all through your senior years.