Posts for: May, 2018
If you've noticed one of your teeth feeling loose, you're right to believe it's not a good thing. Loose permanent teeth are a sign of an underlying problem.
Periodontal (gum) disease is usually the culprit. Caused by bacterial plaque, a thin film of food particles, gum disease causes the tissues that support teeth to weaken and detach. While a tooth can become loose from too much biting force (primary occlusal trauma), it's more likely bone loss from gum disease has caused so much damage that even the forces from normal biting can trigger looseness.
A loose tooth must be treated or you may lose it altogether. If it's from gum disease, your treatment will have two phases.
In the first phase we need to stop the gum infection by removing plaque and calculus (hardened plaque deposits). Hand instruments known as scalers or ultrasonic equipment are usually sufficient for removing plaque and calculus around or just below the gum line. If the plaque extends deeper near or around the roots, we may need to consider surgical techniques to access these deeper deposits.
Once the infection is under control and the tissues have healed, we can then undertake the second phase: reducing biting forces by breaking clenching and grinding habits, doing a bite adjustment for advanced problems and securing loose teeth with splinting.
Although there are different types of splinting — both temporary and permanent — they all link loose teeth to adjacent secure teeth much like pickets in a fence. One way is to bond dental material to the outer enamel of all the teeth involved; a more permanent technique is to cut a small channel extending across all the teeth and bond a rigid metal splint within it.
To reduce biting forces on loose teeth, we might recommend wearing a bite guard to keep the teeth from generating excessive biting forces with each other. We may also recommend orthodontics to create a better bite or reshape the teeth's biting surfaces by grinding away small selected portions of tooth material so they generate less force.
Using the right combination of methods we can repair loose teeth and make them more secure. But time is of the essence: the sooner we begin treatment for a loose tooth, the better the outcome.
If you would like more information on treating loose teeth, 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 “Treatment for Loose Teeth.”
You’ve recently learned one of your teeth needs a root canal treatment. It’s absolutely necessary: for example, if you have decay present, it will continue to go deeper within the tooth and it will spread to the roots and bone and could ultimately cause you to lose your tooth. Although you’re a little nervous, we can assure you that if we’ve recommended a root canal treatment, it’s the right step to take for your dental health.
There’s nothing mysterious — or ominous — about a root canal. To help ease any fears you may have, here’s a step-by-step description of the procedure.
Step 1: Preparing your mouth and tooth. We first take care of one of the biggest misconceptions about root canals: that they’re painful. We completely numb the tooth and surrounding tissues with local anesthesia to ensure you will be comfortable during the procedure. We isolate the affected tooth with a thin sheet of rubber or vinyl called a rubber dam to create a sterile environment while we work on the tooth. We then access the inside of the tooth — the pulp and root canals — by drilling a small hole through the biting surface if it’s a back tooth or through the rear surface if it’s in the front.
Step 2: Cleaning, shaping and filling the tooth. Once we’ve gained access we’ll clear out all of the dead or dying tissue from the pulp and root canals, and then cleanse the empty chamber and canals thoroughly with antiseptic and antibacterial solutions. Once we’ve cleaned everything out, we’ll shape the walls of the tiny root canals to better accommodate a filling material called gutta-percha, which we then use to fill the canals and pulp chamber.
Step 3: Sealing the tooth from re-infection. Once we complete the filling, we’ll seal the access hole and temporarily close the tooth with another filling. Later, we’ll install a permanent crown that will give the tooth extra protection against another infection, as well as restore the tooth’s appearance.
You may experience some mild discomfort for a few days after a root canal, which is usually manageable with aspirin or ibuprofen. In a week or so, you’ll hardly notice anything — and the tooth-threatening decay and any toothache it may have caused will be a distant memory.
If you would like more information on root canal treatments, 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 “A Step-by-Step Guide to Root Canal Treatment.”
With exciting innovations in cosmetic dentistry over the last few decades, we can now transform nearly any unattractive smile. One of the best and most cost-effective of these is the porcelain veneer. These thin layers of dental porcelain are bonded over the front of chipped, slightly misaligned or stained teeth to create an entirely new look.
Veneers have evolved over time, especially with the materials they contain that give them their beauty and life-likeness. The first veneers were made mainly of feldspathic porcelain, a mineral composition known for its similarity in color and translucence to natural teeth.
But because this early porcelain had a high amount of silica (in essence, glass), and because they were created through overlaying several thin layers that weren’t as strong as a single piece, they were prone to shattering. This made them problematic for teeth subject to heavy biting forces or patients with clenching or grinding habits.
The situation changed dramatically in the 1990s, when dental labs began adding Leucite, a sturdier glass-like mineral that didn’t diminish the porcelain’s translucence. Not only did Leucite make veneers more shatter-resistant, it also enabled dental technicians to fashion most of the veneer in one piece to further strengthen it.
More recent veneers may now incorporate an even stronger material called lithium disilicate. Because lithium disilicate has twice the strength of Leucite, veneers made with it can be as thin as 0.3 millimeters. Not only does this blend together the most desirable qualities expected of a veneer—strength, aesthetic appeal and easy fabrication—it allows for a broader range of situations and uses.
Both of these materials can be pressed or milled to assume the exact shape necessary to fit a particular tooth. The manufacturing process also allows for creating smaller veneers that can then be overlaid with porcelain for the most life-like appearance possible.
Thanks to these stronger materials enhancing the natural beauty of porcelain, we now have a wider creative palate for transforming your smile.
If you would like more information on porcelain veneers, 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 “Porcelain Veneers: Your Smile—Better Than Ever.”