Posts for tag: gum disease
Among dental restorations, implants are the closest prosthetic we have to real teeth. They not only replace the visible crown, but the titanium post imbedded in the jawbone adequately substitutes for the tooth root. Because of their unique design, implants are not only life-like, they’re highly durable and could potentially last for decades.
But while their success rate is remarkably high (more than 95% exceed the ten-year mark), they can fail. Ironically, one possible cause for implant failure is periodontal (gum) disease. Although an implant’s materials are themselves impervious to disease, the tissues and underlying bone that support the implant aren’t. If these natural tissues become infected, the secure hold the implant has can weaken and fail.
A gum infection usually begins with dental plaque, a thin biofilm of bacteria and food particles that builds up on tooth surfaces. Certain strains of bacteria within plaque can infect the gums. One particular form of the disease known as peri-implantitis starts as an initial infection and ensuing inflammation of gum tissues around an implant. The disease can quickly spread down to the bone and destroy the integration between the bone and the implant that helps keep the implant in place.
That’s why it’s important for you to keep the implant and the tissues around it clean of plaque, just as you would the rest of your natural teeth. This requires daily brushing and flossing around the implant and other teeth, and visiting your dentist regularly for more thorough dental cleanings.
You should also be alert to any signs of disease, especially around implants: gum redness, swelling, bleeding or pus formation. Because of the rapidity with which peri-implantitis can spread, you should see your dentist as soon as possible if you notice any of these signs.
Preventing gum disease, and treating it promptly if it occurs, is a key part of implant longevity. Preserving your overall dental health will help make sure your implant doesn’t become a loss statistic.
Although techniques for treating periodontal (gum) disease can vary, they all boil down to one objective: remove the bacterial plaque and calculus (hardened plaque deposits) that cause the infection. The initial treatment usually involves two techniques known as scaling and root planing.
Scaling uses hand instruments, ultrasonic equipment or a combination of both to manually remove plaque and calculus from the tooth and root surfaces. Root planing takes it a step further by minutely “shaving” infected material from the root surfaces. While more invasive techniques (including surgery) may be needed, scaling and root planing are the first line of treatment for any recent diagnosis of gum disease.
In recent years, an adaptation to these treatments has emerged using the Nd: YAG laser. The laser uses a particular crystal that’s adaptable for many different types of surgery. In the case of gum disease, it’s been found as effective as traditional methods for removing the infected linings of periodontal pockets. Voids created by detaching gum tissues as bone loss occurs, enlarge the small natural gap between the teeth and gums, which fill with pus and other infected matter. Removing the diseased lining from these pockets reduces bacteria below the gum line and speeds healing.
Periodontal laser therapy may have one advantage over traditional treatments: less tissue damage and swelling, and hence reduced post-treatment discomfort. While some research seems to confirm this, more controlled studies are needed to render a verdict on this claim.
Regardless of whether you undergo traditional scaling and root planing or a laser alternative, the aim is the same — to bring the disease under control by removing plaque and calculus and reestablishing good daily oral hygiene practices. Stopping gum disease as soon as possible will help ensure you’ll have healthy teeth and gums for a long time.
If you would like more information on treatments for periodontal (gum) disease, 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 “Lasers versus Traditional Cleanings for Treating Gum Disease.”
On your way to a more attractive smile, you’ll have to deal with some inconveniences while wearing braces like avoiding certain foods or habits or dealing with possible embarrassment about your new “metal smile.” But there’s one consequence of wearing braces that could dramatically affect your dental health: the difficulty they pose for keeping your teeth clean of dental plaque.
Dental plaque is a thin film of bacteria and food particles that if allowed to build up on tooth surfaces could trigger tooth decay or periodontal (gum) disease. Brushing and flossing thoroughly every day helps prevent this buildup.
Unfortunately, metal brackets and wires can get in the way and cause you to miss areas while performing these hygiene tasks. This could cause plaque buildup in those isolated areas that could trigger an infection. And if you (or someone you love) are also a teenager, the natural adolescent surge in hormones can increase your infection risk.
If while wearing braces you notice your gums are reddened, swollen or bleeding when you brush, these are all signs of infection and the body’s inflammatory response to it. The longer the infection continues, the weaker the tissues become, causing them to gradually detach from the teeth. Along with bone deterioration (another effect of the disease), this can ultimately lead to tooth loss.
To prevent this from happening, you’ll need to be as thorough as possible with daily brushing and flossing. To help make it easier, you can use special tools like an interproximal brush that can maneuver around the braces better than a regular brush. For flossing you can use a floss threader to more readily guide floss between teeth or a water flosser that uses a pressurized stream of water rather than floss thread to remove plaque.
This extra cleaning effort while wearing braces can greatly reduce your disease risk. But you’ll still need to keep an eye out for any symptoms like swollen or bleeding gums, and see your dentist as soon as possible. If the symptoms become severe you may need your braces removed until the disease can be brought under control. The health and future vitality of your teeth and gums is what’s of primary importance.
If you would like more information on dental care while wearing braces, 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 “Gum Swelling During Orthodontics.”
If you’ve had issues with periodontal (gum) disease, no doubt a few things have changed for you. You may be seeing us for dental cleanings and checkups more frequently and you have to be extra diligent about your daily brushing and flossing.
There’s one other thing you may need to do: change your diet. Some of the foods you may be eating could work against you in your fight against gum disease. At the same time, increasing your intake of certain foods could boost your overall oral health.
The biggest culprits in the first category are carbohydrates, which make up almost half the average diet in the Western world, mainly as added sugar. Although carbohydrates help fuel the body, too much can increase inflammation—which also happens to be a primary cause of tissue damage related to gum disease.
Of course, we can’t paint too broad a brush because not all carbohydrates have the same effect on the body. Carbohydrates like sugar or processed items like bakery goods, white rice or mashed potatoes quickly convert to glucose (the actual sugar used by the body for energy) in the bloodstream and increase insulin levels, which can then lead to chronic inflammation. Complex or unprocessed carbohydrates like vegetables, nuts or whole grains take longer to digest and so convert to glucose slowly—a process which can actually hinder inflammation.
Eating less of the higher glycemic (the rate of glucose conversion entering the bloodstream) carbohydrates and more low glycemic foods will help reduce inflammation. And that’s good news for your gums. You should also add foods rich in vitamins C and D (cheese and other dairy products, for instance) and antioxidants to further protect your oral health.
Studies have shown that changing to a low-carbohydrate, anti-inflammatory diet can significantly reduce chronic inflammation in the body and improve gum health. Coupled with your other efforts at prevention, a better diet can go a long way in keeping gum disease at bay.
If you would like more information on the role of diet in 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 “Carbohydrates Linked to Gum Disease.”
Periodontal (gum) disease can cause a number of devastating effects that could eventually lead to tooth loss. However, you may be more prone to a particular effect depending on the individual characteristics of your gums.
There are two basic types of gum tissues or “periodontal biotypes” that we inherit from our parents: thick or thin. These can often be identified by sight — thinner gum tissues present a more pronounced arch around the teeth and appear more scalloped; thicker tissues present a flatter arch appearance. While there are size variations within each biotype, one or the other tends to predominate within certain populations: those of European or African descent typically possess the thick biotype, while Asians tend to possess the thin biotype.
In relation to gum disease, those with thin gum tissues are more prone to gum recession. The diseased tissues pull up and away (recede) from a tooth, eventually exposing the tooth’s root surface. Receding gums thus cause higher sensitivity to temperature changes or pressure, and can accelerate tooth decay. It’s also unattractive as the normal pink triangles of gum tissue between teeth (papillae) may be lost, leaving only a dark spot between the teeth or making the more yellow-colored root surface visible.
While thicker gum tissues are more resilient to gum recession, they’re more prone to the development of periodontal pockets. In this case, the slight gap between teeth and gums grows longer as the infected tissues pull away from the teeth as the underlying bone tissue is lost. The resulting void becomes deeper and more prone to infection and will ultimately result in further bone loss and decreased survivability for the tooth.
Either of these conditions will require extensive treatment beyond basic plaque control. Severe gum recession, for example, may require grafting techniques to cover exposed teeth and encourage new tissue growth. Periodontal pockets, in turn, must be accessed and cleaned of infection: the deeper the pocket the more invasive the treatment, including surgery.
Regardless of what type of gum tissue you have, it’s important for you to take steps to lower your risk of gum disease. First and foremost, practice effective daily hygiene with brushing and flossing to remove bacterial plaque, the main cause of gum disease. You should also visit us at least twice a year (or more, if you’ve developed gum disease) for those all important cleanings and checkups.
If you would like more information on hereditary factors for gum disease, 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 “Genetics & Gum Tissue Types.”