Posts for tag: gum disease
One of the most important revolutions in healthcare in recent decades is the increasing use of lasers. Now, laser technology is making a showing in dental care for the treatment of periodontal (gum) disease.
Lasers (an acronym for "Light Amplification by Stimulated Emission of Radiation") narrowly focus and amplify light within a small area. First developed in the early 1960s, laser technology rapidly advanced in the ensuing decades with more compact and precise devices that were eventually safe and effective for many types of medical procedures. Its remarkable features are now available for the primary focus of gum disease treatment—removing bacterial plaque.
Plaque is a thin, built-up film of bacteria and food particles on tooth and gum surfaces that serves as a haven for the bacteria that cause gum disease. The continuing presence of plaque and calculus (tartar) enables the infection to thrive and advance within the gum tissues, ultimately damaging them along with supporting bone. As the tissues weaken and bone volume diminishes, the teeth are at greater risk for loss.
It's necessary, therefore, first and foremost to remove all detectable plaque and calculus to stop the infection. This is traditionally done with special hand tools called scalers used to manually remove plaque, or with ultrasonic equipment that vibrates plaque loose to be flushed away with water. These procedures can take numerous sessions and may result in some minor post-procedural discomfort and bleeding during the cleaning.
But lasers specifically designed for plaque removal can minimize tissue damage and resulting discomfort. Because the particular laser light used reacts only with plaque and diseased tissue, it can remove them without disturbing nearby healthy tissue usually more efficiently than traditional scaling. Dentists who've used the technology frequently report less bleeding and higher patient satisfaction.
But before lasers for gum disease treatment are widely adopted, the procedure must undergo further scrutiny. Reports from dentists notwithstanding, not enough research studies have been performed to date that meet the necessary scientific criteria. But if the evidence so far from the field holds up, it's quite possible lasers will one day become a regular part of dental practice for treating gum disease.
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 “Lasers Versus Traditional Cleanings for Treating Gum Disease.”
Many people learn they have periodontal (gum) disease after noticing gum swelling, soreness or bleeding. But what you can see or feel may be only the tip of the iceberg — the damage may extend much deeper.
Gum disease is caused mainly by dental plaque, a thin film of bacteria and food particles built up on teeth due to ineffective brushing and flossing. Infection of the visible gums is only the beginning — left untreated, it can advance well below the gum line and even infect supporting bone.
One critical concern in this regard is the areas where the roots of a tooth separate from each other, known as furcations. Here an infection known as a furcation invasion can cause the bone to weaken and dissolve.
This usually occurs in stages (or classes) we can detect through manual probing and/or with x-rays. In the earliest stage, Class I, we might only notice a slight pocket in the gums with no significant bone loss. In Class II, though, the pocket between the roots has become a horizontal opening of two or more millimeters, indicating definite bone loss with increased pocket depth getting “under” the crown of the tooth. Class III, the last and most serious stage, describes an opening we can probe under the crown all the way to the other side of the tooth; the bone loss now extends “through and through” the furcation.
The basic goal of gum disease treatment is to remove plaque and calculus (tartar) from all tooth and gum surfaces. But removing plaque below the gum line, especially “into” the furcations, can be challenging. We will need instruments called scalers to clean root surfaces, assisted sometimes by ultrasonic equipment to vibrate plaque loose. With furcations we may also need to employ surgery to aid gum or bone tissue regeneration or to make the area easier to access for future cleaning.
Of course, the best way to protect against furcation invasions is to prevent gum disease in the first place. Be sure to brush and floss daily and visit us for thorough dental cleanings and checkups at least every six months.
And don’t delay contacting us if you see any signs of teeth or gum problems. The sooner we can identify gum disease, the more likely we’ll be able to prevent it from doing serious damage to your gums, bone and teeth.
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?”
Your smile may look healthy, but something quite unhealthy may be going on behind it. Unbeknownst to you, periodontal (gum) disease could even now be damaging tissues and bone that could lead to tooth loss. Caused by plaque, a thin film of food remnant and bacteria built up on the teeth due to poor oral hygiene, gum disease can aggressively spread deep into gum tissues without you even realizing it.
If you pay close attention to your gums, however, it’s still possible to pick up signs of the disease, even during its early “silent” stage. As the infection progresses, the signs will become more frequent — and consequential.
Here are 4 signs of gum disease you should definitely keep on your radar.
Bleeding. Unless you’re doing it too hard, healthy gums won’t normally bleed when you’re brushing or flossing. If they do bleed with just light to moderate pressure, it’s a sign the tissues have been inflamed and weakened by the infection.
Inflammation and redness. If you notice your gums seem swollen or reddened, it could mean they’re inflamed. Inflammation is the body’s response for fighting infection — however, if the inflammation becomes chronic it can actually damage the tissue it’s trying to protect.
Abscesses. These are localized areas in the gums where the infection has become isolated. They’ll typically be more swollen than surrounding gum tissues and are often filled with pus. They can also be sensitive to the touch and painful. Any sore spot like this that lasts for more than a few days should be examined.
Loose or moving teeth. Teeth that can move in the socket or appear to have shifted their position are signs of an advanced stage of gum disease. It’s an indication the gum and bone tissue that hold teeth in place have been weakened and are losing their attachment. Without immediate treatment, it’s just a matter of time before the teeth are lost altogether.
If you notice any of these signs, you should see us as soon as possible for a complete exam. The sooner we’re able to diagnose gum disease and begin treatment, the less likely it will permanently harm your teeth and gums.
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 “When to See a Periodontist.”
If you have periodontal (gum) disease, you probably already know you’re in danger of eventual tooth and bone loss if the infection isn’t brought under control. But if you also have diabetes, the effects from gum disease could extend well beyond your mouth.
Gum disease is a bacterial infection caused by plaque, a film of food remnant that builds up on tooth surfaces mainly due to poor oral hygiene. As the infection grows, your body’s immune system responds by flooding your gum tissues with antibodies to fight it, resulting in inflammation. As the inflammation persists, though, it damages the gum and underlying bone tissue, which in turn leads to gum and bone loss from the teeth.
Diabetes also causes an inflammatory response within the body. The disease develops either as a result of the body’s decreased ability to produce insulin to balance the glucose (sugar) levels in the bloodstream (Type 1) or the body develops a resistance to insulin’s effects (Type 2). As a result diabetics experience abnormally high blood glucose levels, a condition called hyperglycemia. This triggers chronic inflammation that can lead to inhibited wound healing, increased risk of heart, kidney or eye disease, coma or death.
Gum disease can worsen diabetic inflammation, and vice versa. The effects of the oral infection add to the body’s already overloaded response to diabetes. In turn, the immune system is already compromised due to diabetes, which can then increase the severity of the gum disease.
Research and experience, though, have found that pursuing treatment and disease management for either condition has a positive effect on managing the other. Treating gum disease through plaque removal, antibiotic therapy, surgery (if needed) and renewed oral hygiene will diminish the oral infection and reduce the body’s immune response. Caring for diabetes through medication, diet, exercise and lifestyle changes like quitting smoking will in turn contribute to a quicker healing process for infected gum tissues.
Treating gum disease when you have diabetes calls for a coordinated approach on both fronts. By caring for both conditions you’ll have a more positive effect on your overall health.
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.