Posts for tag: gum disease
Tooth loss is often the unfortunate conclusion to a case of untreated periodontal (gum) disease—incentive enough to try either to prevent it or aggressively treat an infection should it occur. In either case, the objective is the same: to remove all plaque from dental surfaces.
Dental plaque (and its hardened form, tartar) is a thin buildup of bacteria and food particles on tooth surfaces. It's a ready food source for sustaining the bacteria that cause gum disease. Removing it can prevent an infection or “starve” one that has already begun.
Your first line of prevention is brushing and flossing your teeth daily to remove any accumulated plaque. Next in line are dental cleanings at least twice a year: This removes plaque and tartar that may have survived your daily hygiene.
Plaque removal is also necessary to stop an infection should it occur. Think of it as a more intense dental cleaning: We use many of the same tools and techniques, including scalers (or curettes) or ultrasonic devices to loosen plaque that is then flushed away. But we must often go deeper, to find and remove plaque deposits below the gums and around tooth roots.
This can be challenging, especially if the infection has already caused damage to these areas. For example, the junctures where tooth roots separate from the main body of the tooth, called furcations, are especially vulnerable to disease.
The results of infection around furcations (known as furcation involvements or furcation invasions) can weaken the tooth's stability. These involvements can begin as a slight groove and ultimately progress to an actual hole that passes from one end to the other (“through and through”).
To stop or attempt to reverse this damage, we must access the roots, sometimes surgically. Once we reach the area, we must remove any plaque deposits and try to stimulate regrowth of gum tissue and attachments around the tooth, as well as new bone to fill in the damage caused by the furcation involvement.
Extensive and aggressive treatment when a furcation involvement occurs—and the earlier, the better—can help save an affected tooth. But the best strategy is preventing gum disease altogether with dedicated oral hygiene and regular dental visits.
If you would like more information on preventing and 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?”
Over the years, dentists have become quite proficient in treating even the most severe periodontal (gum) disease. Many of these positive outcomes are achieved through manual effort using simple hand instruments called scalars and conventional periodontal surgery.
But that might be changing soon: Periodontists (specialists who care for the gums and other supporting dental structures) are starting to use a different kind of tool for gum disease treatment—surgical lasers.
Although lasers are more commonplace in other fields of medicine, recent developments hint at a more prominent future role for them in dentistry. One of these developments is a laser procedure called Laser Assisted New Attachment Procedure (LANAP®) that treats deep spaces of infection called periodontal pockets, which develop advanced gum disease.
These pockets form as infected gums gradually detach from a tooth as the supporting bone is lost. This widens the normally narrow gap between the teeth and gums. The ensuing pocket fills with infection that must be removed to adequately treat the gum disease. As the pocket extends down to the root, it's often necessary to perform a surgical procedure through the adjacent gum tissue to fully access it.
But with the LANAP® procedure, the dentist can use a laser to access a deep pocket without opening the gums. Moving from above into the gap between the tooth and gums, the light from the laser has the ability to remove diseased tissue without damaging healthy tissue.
The dentist follows this with ultrasonic equipment and manual scalers to further decontaminate the tooth root surface. The laser is then employed once again to facilitate the formation of a blood clot between the teeth and gums to seal the area with a fibrin clot. Once treated, the dentist will monitor the tooth to ensure maximum bone regeneration and gum reattachment.
Although outcomes are the same for the most part, this laser technique for periodontal pockets may have some advantages over conventional surgery. Studies so far show that LANAP® causes less tissue removal and bleeding, less potential for gum recession and less discomfort experienced by patients.
It's not likely that lasers will fully replace conventional gum disease treatments any time soon. But if the encouraging evidence thus far continues, the laser will one day become as commonplace alongside the other tools used for gum disease treatment.
If you would like more information on treatments 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 “Treating Gum Disease With Lasers.”
There are important reasons not to smoke, like minimizing your risk for deadly diseases like heart disease or lung cancer. But here's another good reason: Smoking increases your risk of gum disease and possible tooth loss. And although not necessarily life-threatening, losing your teeth can have a negative effect on your overall health.
According to the U.S. Centers for Disease Control, individuals who smoke cigarettes, cigars, pipes or e-cigarettes are twice as likely as non-smokers to develop gum disease, and four times as likely the infection will become advanced. Your risk may also increase if you're regularly exposed to second-hand smoke.
There are a number of reasons for this increased risk. For one, smokers are less likely than non-smokers to recognize they have gum disease, at least initially, because they may not display classic symptoms of an infection like red, swollen or bleeding gums. This happens because the nicotine in tobacco smoke interferes with normal blood circulation. As a result, their gums may appear healthy when they're not.
That same circulation interference can also inhibit the production and supply of antibodies to fight infection. Not only can this intensify the infection, it can also slow healing and complicate treatment. In fact, smokers are more likely to have repeated episodes of infection, a condition called refractory periodontitis.
But there is good news—smoking's effect on your gum health doesn't have to be permanent. As soon as you stop, your body will begin to repair the damage; the longer you abstain from the habit, the more your gum health will improve. For example, one national study found that former smokers who had not smoked for at least eleven years were able to achieve an equal risk of gum disease with someone who had never smoked.
Quitting smoking isn't easy, but it can be done. If abrupt cessation (“cold turkey”) is too much for you, there are medically-supported cessation programs using drugs or other techniques that can help you kick the habit. And while it may be a long road, leaving smoking behind is an important step toward improving and maintaining good dental health.
If you would like more information on protecting your gum 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 “Smoking and Gum Disease.”
Periodontal (gum) disease is a bacterial infection, which if left untreated could cause gum recession, bone loss and eventually tooth loss. Caused mainly by plaque left on tooth surfaces from poor hygiene practices, the deeper the infection spreads below the gum line, the more difficult it is to treat.
One possible scenario involves parts of a tooth’s root structure known as furcations. These are branching forks formed during the early development of teeth with multiple roots where they take different paths from the base of the crown. As gum disease spreads around the root it may cause different degrees of bone loss at the point of the branch.
It’s imperative when treating gum disease to uncover and remove any bacterial plaque or calculus (hardened plaque deposits) found, including below the gum line. To address bacterial plaque at the root level, it’s important to first determine if bone loss has involved the furcations (where the roots separate, also referred to as a “furcation invasion”) and to what degree.
We usually classify this degree of involvement in three classes: Class I, the invasion has created a groove in the furcation, but minimal significant bone loss; Class II, the bone loss has extended into the furcation by at least two millimeters; or Class III, the bone loss extends completely from one end of the furcation to the other (or “through and through”).
Depending on the class, cleaning plaque and calculus from furcations and then maintaining them thereafter can be quite challenging. We may need to use specially shaped hand instruments known as scalers or curettes to reach and clean root surfaces, or ultrasonic scalers that use high-frequency vibrations and streaming water to loosen and flush away plaque debris. It may also prove helpful, though limited, to apply antimicrobials or antibiotics to the area to help limit the levels of bacteria.
Disease damage around furcations may also require surgical treatment to encourage new tissue and bone growth in the area. Surgery can also help make the area more accessible to future cleaning and maintenance, both for you and us. Renewed hygiene practices on your part and regular cleaning and checkups with us will help ensure that the situation involving your tooth roots can be kept under control and your tooth preserved for many years to come.
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?”