Posts for: October, 2018
If you have periodontal (gum) disease, you’ve no doubt experienced red and swollen gums. If, however, you notice an especially inflamed area next to a tooth, you may have developed a gum abscess.
An abscess is a pus-filled sac that develops as a result of chronic (long-standing) gum disease, an infection caused by bacterial plaque that’s built up on tooth surfaces from inadequate oral hygiene or from a foreign body (food debris) getting stuck below the gums. The abscess, which typically develops between the tooth and gums, may be accompanied by pain but not always (the affected tooth may also be tender to bite on). Abscesses may grow larger, precipitated by stress or by a general infection like a common cold, and then abate for a time.
As with other abscesses in the body, a gum abscess is treated by relieving the pressure (after numbing the area with local anesthesia) and allowing it to drain. This is often followed by cleaning any infected root surfaces of bacterial plaque and then irrigating the area with a saline and/or antibacterial solution. We may also prescribe antibiotics afterward and some form of pain control (usually a non-steroidal anti-inflammatory drug like ibuprofen) to help with discomfort.
Although the results of this procedure can be dramatic, it’s just the first step in treating the overall gum disease. After a few days of healing, we continue with a complete examination and recommend further treatment, usually starting with removing bacterial plaque and calculus (hardened plaque deposits), the underlying cause for the infection and inflammation, from all tooth and gum surfaces. This may take several sessions before we begin seeing the gum tissues return to a healthier state.
The key to preventing an abscess recurrence (or any symptom of gum disease) is to remove plaque everyday through proper brushing and flossing, and visiting us twice a year (or more if you’ve developed chronic gum disease) for cleanings and checkups. Doing so will raise your chances of avoiding an uncomfortable and often painful gum abscess in the future.
If you would like more information on gum abscesses, 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 “Periodontal (Gum) Abscesses.”
There are many new and exciting ways now to transform an unattractive smile into one you'll be confident to display. But not all “smile makeover” techniques are new — one in particular has been around for generations: using braces to correct crooked teeth.
Braces have improved the smiles (and also dental health) for millions of people. But as commonplace this orthodontic treatment is, it wouldn't work at all if a natural mechanism for moving teeth didn't already exist. Braces “partner” with this mechanism to move teeth to better positions.
The jawbone doesn't actually hold teeth in place — that's the job of an elastic gum tissue between the teeth and bone called the periodontal ligament. Tiny fibers extending from the ligament attach to the teeth on one side and to the bone on the other. In addition to securing them, the dynamic, moldable nature of the ligament allows teeth to move incrementally in response to forces applied against them.
To us, the teeth feel quite stationary (if they don't, that's a problem!). That's because there's sufficient length of the tooth roots that are surrounded by bone, periodontal ligament and gum tissue. But when pressure is applied against the teeth, the periodontal ligament forms both osteoblasts (bone-forming cells) and osteoclasts (bone-resorbing cells) causing the bone to remodel. This allows the teeth to move to a new position.
Braces take advantage of this in a controlled manner. The orthodontist bonds brackets to the outside face of the teeth through which they pass a thin metal wire. They attach the ends of the wire to the brackets (braces), usually on the back teeth. By using the tension placed in the wire, the orthodontist can control the gradual movement of teeth to achieve proper function and aesthetics. The orthodontist continues to monitor the treatment progress, while making periodic adjustments to the tension.
It takes time, but through this marvelous interplay between nature and dental science you'll gain a more healthy and beautiful smile.
If you would like more information on improving your smile with orthodontics, 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 “Moving Teeth with Orthodontics.”
Root canal treatments are an essential part of dental care — countless teeth with deep decay would be lost each year without it. Now, this traditional dental care procedure is advancing to a new level of precision through lasers.
Root canal treatments have a simple goal: access a tooth's infected pulp and root canals, clean out the infected tissue and fill the empty pulp chamber and canals with a special filling. Once filled, the access is sealed and a porcelain crown later placed for additional protection against re-infection.
In the traditional procedure, we perform these steps manually with a dental drill and hand instruments. We may also need to remove a good portion of tooth structure, both healthy and infected tissue. A laser, on the other hand, is a highly focused beam of light with the ability to interact with healthy and infected tissues differently: destroying infected tissue while having no effect on nearby healthy tissue. The end result: we may be able to remove less healthy tissue with lasers than with the conventional procedure.
Lasers are also helpful with softening and precisely molding the filling material within each canal's particular shape. And, early reports seem to indicate a higher degree of comfort for patients (less drill noise and need for anesthesia), less bleeding and faster recovery times than the conventional approach.
But as a tool for root canal treatments, lasers do have a couple of disadvantages. While light travels in a straight line, root canals are rarely straight — conventional instruments with curved designs usually accommodate odd canal shapes better than a laser. Lasers can also raise temperatures within a tooth that can damage healthy tissue, both within the pulp and outward into the dentin.
Still, lasers for root canal treatments appear promising with some dentists using a combination of lasers and manual techniques to garner benefits from both approaches. While you won't see lasers replacing the traditional root canal treatment anytime soon, the future looks bright for more efficient ways to treat deep tooth decay.