Posts for tag: dental care
Modern dental restorations are not only more life-like than past generations, but also more durable. Today's fillings, crowns and bridges can last for years or even decades.
But that doesn't mean you can set them and forget them—they all require some level of maintenance and care. Here are 3 common restorations and what you need to do to make them last.
Fillings. Whether traditional dental amalgam ("silver") or tooth-colored composites, fillings today are incredibly strong and durable. But they do have one point of vulnerability, especially larger ones—the seam where the filling material meets the natural tooth. Bacteria tend to build up along this seam, which could lead to decay and the formation of a new cavity that weakens the filling. To avoid this, be sure you're brushing and flossing everyday and seeing your dentist at least twice a year.
Veneers. Dentists bond these thin shells of tooth-colored porcelain over the visible surface of teeth to hide chips, stains or other blemishes. But although the bonding agents we use create an incredibly strong hold, the bond between the veneer and tooth could weaken when subjected to higher than normal biting forces produced by nail-biting, ice-chewing or a tooth grinding habit. If you have such a habit, see your dentist about ways to minimize it and protect your veneers.
Bridges. Traditional bridges consist of an array of artificial crowns with those in the middle substituting for the missing teeth, while those on the end attach to the natural teeth on either side of the gap to support the bridge. Bridges can also be supported by dental implants. In either case, tooth decay or gum disease could undermine the natural teeth or bone supporting a bridge. To avoid a bridge failure, keep the areas around supporting teeth or implants clean and regularly checked by a dentist.
Above all, the danger dental disease poses to natural tissues also threatens the restorations that depend on them. Keeping your mouth free of disease is your best strategy for ensuring your dental work enjoys a long, functional life.
If you would like more information on protecting your dental work, 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 “Extending the Life of Your Dental Work.”
Today’s dental care has advanced leaps and bound over the last century. But these advances are tiny steps compared to what many believe may be coming in the next few decades. This optimism arises from our growing understanding of deoxyribonucleic acid (DNA), the chain-like molecule that houses the genetic instructions for the growth, function and reproduction of every cell in the body.
As researchers unlock the secrets of this vast genetic blueprint unique to each individual the possible applications from this knowledge are astounding. Here are just a few possibilities that could one day impact everyone’s oral health.
Preventing tooth decay. This rampant disease, triggered by bacteria (particularly Streptococcus mutans), can cause extensive damage in otherwise healthy teeth. There’s already some indications from the study of genomics that we may be able to stop or at least hinder this disease in its tracks. Already we’re seeing advances in gene therapy that might be able to inhibit the growth of Strep mutans and reduce its colonies in the mouth.
Growing new teeth. Composed of various layers, a natural tooth is part of a dynamic system of bone and gum ligaments that allow movement, protection and nourishment. Although dental implants are the closest and most advanced artificial approximation we now have to them, implants still can’t fully measure up to the function and capabilities of a natural tooth. But further insight into the genetic code may one day allow us to reproduce a living replacement tooth for a lost one.
Harnessing saliva for detecting disease. The impact of genomics related to the mouth could impact more than just the mouth itself. Researchers have discovered that saliva contains genetic information similar to blood, urine and other bodily fluids with markers for various disease conditions. Unlike other fluids, though, saliva is relatively easy to collect. The key is new equipment and testing protocols to take advantage of the information already available in a single drop of saliva.
These examples illustrate the range of possibilities for better health in the future: a reduction in dental disease early in life; new and better ways to restore missing teeth; and quicker ways to diagnose dangerous health conditions.
If you would like more information on new developments in dental care, 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 “The Future of Dentistry: A Sneak Preview of Your Dental Future.”