Posts for tag: gum disease
You're doing the right things to avoid the return of gum disease: brushing and flossing every day, dental visits on a regular basis and watching for symptoms of another infection. But while you're at it, don't forget this other important part of gum disease prevention—your diet.
In relation to oral health, not all foods are alike. Some can increase inflammation, a major factor with gum disease; others strengthen teeth and gums. Carbohydrates in particular are a key part of this dynamic.
The body transforms these biomolecules of carbon, hydrogen and oxygen into the sugar glucose as a ready source of energy. But glucose levels in the bloodstream must be strictly controlled to avoid a harmful imbalance.
When elevated the body injects the hormone insulin into the bloodstream to bring glucose levels into normal range. Eventually, though, regular injections of insulin in high amounts in response to eating carbs—known as "spikes"—can increase inflammation. And, inflammation in turn increases the risk and severity of gum infections.
So, why not cut out carbohydrates altogether? That might be akin to throwing out the proverbial baby with the bath water. A wide range of carbohydrates, particularly fruits and vegetables, are a rich source of health-enhancing nutrients.
It's better to manage your carbohydrate consumption by taking advantage of one particular characteristic: Not all carbohydrates affect the body in the same way. Some cause a higher insulin response than others according to a scale known as the glycemic index. It's better, then, to eat more of the lower glycemic carbohydrates than those at the higher end.
One of the latter you'll definitely want to restrict is refined sugar—which also happens to be a primary food source for bacteria. You'll also want to cut back on any refined or processed foods like chips, refined grains or pastries.
Conversely, you can eat more of a number of low glycemic foods, most characterized as "whole", or unprocessed, like fresh fruits and vegetables, or whole grains like oatmeal. You should still, however, eat these in moderation.
Better control over your carbohydrate consumption is good for your health overall. But it's especially helpful to your efforts to keep gum disease at bay.
If you would like more information on nutrition and your oral 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 often involves more than gum inflammation. The real danger is what this bacterial infection may be doing to tissues beneath the gum line—including tooth roots and supporting bone.
Gum disease can do extensive damage to the forked areas where the roots separate from the main tooth body. If one of these areas, known as a furcation, becomes infected, the associated bone may begin to diminish. And you may not even know it's happening.
Fortunately, we may be able to detect a furcation involvement using x-rays and tactile (touch) probing. The findings from our examination will not only verify a furcation involvement exists, but also how extensive it is according to a formal classification system that dentists use for planning further treatment.
A Class I involvement under this system signifies the beginning of bone loss, usually a slight groove in the bone. Class II signifies two or more millimeters of bone loss. Class III, also called a “through and through,” represents bone loss that extends from one side of the root to the other.
The class of involvement will guide how we treat it. Obviously, the lower the class, the less extensive that treatment will be. That's why regular dental checkups or appointments at the first sign of gum problems are a must.
The first-line treatment for furcation involvements is much the same as for gum disease in general: We manually remove bacterial plaque, the main source of infection, from the root surfaces using hand instruments and ultrasonic equipment. This is often followed by localized antibiotics to further disinfect the area and stymie the further growth of the furcation involvement.
We also want to foster the regrowth of lost tissue, if at all possible. Classes II and III involvements may present a challenge in this regard, ultimately requiring grafting surgery to stimulate tissue regeneration.
The best approach by far is to prevent gum disease, the ultimate cause for a furcation involvement. You can reduce your chances of gum disease by brushing and flossing daily to remove disease-causing plaque. Regular dental cleanings and checkups, at least every six months, help round out this prevention strategy.
A furcation involvement could ultimately endanger a tooth's survival. We can stop that from happening—but we'll have to act promptly to achieve the best results.
If you would like more information on treating 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 “What are Furcations?”
Periodontal (gum) disease is a serious infection that can damage more than periodontal tissues — supporting bone structure is also at risk. Any bone loss could eventually lead to tooth loss.
To stop it from causing this kind of damage, we must match this disease's aggressiveness with equally aggressive treatment. The various treatment techniques all have the same goal: to remove bacterial plaque, the source of the infection, from all oral surfaces, including below the gum line. Buildup of plaque, a thin film of food particles, after only a few days without adequate brushing and flossing is enough time to trigger gum disease.
The basic removal technique is called scaling, using hand instruments called scalers to manually remove plaque and calculus (hardened plaque deposits) above or just below the gum line. If the disease or infection has advanced to the roots, we may use another technique called root planing in which we shave or “plane” plaque and tartar from the root surfaces.
Advancing gum disease also causes a number of complex problems like abscesses (localized infections in certain areas of gum tissue) or periodontal pockets. In the latter circumstance the slight normal gap between tooth and gums becomes deeper as the tissues weaken and pull away. This forms a void or pocket that fills with inflammation or infection that must be removed. Plaque buildup can also occur around furcations, the places where a tooth's roots divide off from one another.
It may be necessary in these more complex situations to perform a procedure known as flap surgery to gain access to these infected areas. As the name implies, we create an opening in the gums with a hinge, much like the flap of a paper envelope. Once the accessed area has been cleansed of plaque and infected tissues (and often treated with antibiotics to stop further infection), the flapped tissue is closed back in place and sutured.
To avoid these advanced stages it's important for you to see us at the first sign of problems: swollen, red or bleeding gums. Even more important is to reduce your risk for gum disease in the first place with dedicated daily brushing and flossing to remove plaque and regular dental visits for more thorough cleaning.
Gum disease can be devastating to your long-term dental health. But with diligent hygiene and early aggressive treatment you can stop this destructive disease in its tracks.
If you would like more information on treating 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 “Treating Difficult Areas of Periodontal Disease.”
In many parts of the country, summer is often a synonym for "blast furnace" and can be downright hot and miserable. If you find yourself in such a climate, it's imperative that you drink plenty of water to beat both the heat and heat-related injuries. Your teeth and gums are another reason to keep hydrated during those hot summer months.
Your body needs water to produce all that saliva swishing around in your mouth. When you have less water available in your system, the production of this important bodily fluid can go down—and this can increase your risk of dental disease. That's because saliva performs a number of tasks that enhance dental health. It helps rinse the mouth of excess food particles after eating that could become a prime food source for disease-causing bacteria. It also contains antibodies that serve as the first line of defense against harmful microorganisms entering through the mouth.
Perhaps saliva's most important role, though, is protecting and strengthening enamel, the teeth's outer "armor" against disease. Although the strongest substance in the body, enamel has one principal foe: oral acid. If the mouth's normally neutral pH becomes too acidic, the minerals in enamel begin to soften and dissolve. In response, saliva neutralizes acid and re-mineralizes softened enamel.
Without a healthy salivary flow protecting the mouth in these different ways, the teeth and gums are vulnerable to assault from bacteria and acid. As they gain the upper hand, the risk for tooth decay or periodontal (gum) disease can skyrocket. Keeping yourself adequately hydrated ensures your body can produce an ample flow of saliva.
By the way, summer heat isn't the only cause for reduced saliva: Certain prescription medications may also interfere with its production. Chemotherapy and radiation, if targeting cancer near the head or neck, can damage salivary glands and impact flow as well.
If you have reduced saliva from medication you're taking, talk to your doctor about switching to an alternative prescription that doesn't affect saliva production. If you're undergoing cancer treatment, be extra vigilant about your oral hygiene practice and regular dental visits. And as with summer heat, be sure you're drinking plenty of water to help offset these other effects.
Even when it's hot, summertime should be a time for fun and relaxation. Don't let the heat ruin it—for your health or your smile.
When we refer to periodontal (gum) disease, we’re actually talking about a family of progressive, infectious diseases that attack the gums and other tissues attached to the teeth. Caused primarily by bacterial plaque left on tooth surfaces from inefficient oral hygiene, gum disease can ultimately lead to tooth loss.
There’s only one way to stop the infection and restore health to diseased tissues — remove all of the offending plaque and calculus (hardened plaque deposits) possible from tooth and gum surfaces, including below the gum line at the roots. The basic tools for this task are specialized hand instruments called scalers or ultrasonic equipment that vibrates plaque loose. A series of cleaning sessions using these tools could stop the infection and promote healing if followed with a consistent, efficient daily hygiene habit.
There are times, however, when the infection has progressed so deeply below the gum line or into the tissues that it requires other procedures to remove the plaque and infected tissue. One such situation is the formation of an abscess within the gum tissues, a pus-filled sac that has developed in response to infection. After administering local anesthesia, the abscess must be treated to remove the cause and allow the infectious fluid to drain. The area is then thoroughly flushed with saline or an antibacterial solution.
The gum tissues are not completely attached to the tooth surface for a small distance creating a space. These spaces are called periodontal pockets when they are inflamed and continue to deepen as the disease progresses. These inflamed and sometimes pus-filled pockets form when tissues damaged by the infection detach from the teeth. If the pockets are located near the gum line, it may be possible to clean out the infectious material using scaling techniques. If, however, they’re located four or more millimeters below the gum line a technique known as root planing may be needed, where plaque and calculus are shaved or “planed” from the root surface. As the disease progresses and the pockets deepen, it may also be necessary for surgical intervention to gain access to the tooth roots.
To stop gum disease and promote soft tissue healing, we should use any or all treatment tools at our disposal to reach even the most difficult places for removing plaque and calculus. The end result — a saved tooth — is well worth the effort.
If you would like more information on treating periodontal 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 “Treating Difficult Areas of Periodontal Disease.”