Periodontal (gum) disease is an infectious condition that if left untreated could lead to tooth loss. While gum disease is primarily caused by a thin layer of bacterial plaque and calculus left on the teeth due to poor hygiene, you may also have extenuating factors that may make you more susceptible to the disease.
Gum disease is actually a group of infectious diseases in which some forms are more difficult to control than others. All these forms arise from interactions between the bacteria in the dental plaque and your body’s immune system. Depending on both your body’s individual response and the disease form, your resistance to the resulting bacterial infection may be low.
That low resistance to certain strains of bacteria may be genetic — something you’ve inherited from your parents. Your stress level, particularly when it’s high, can also diminish your body’s ability to resist disease. There are also numerous strains of bacteria that could lead to gum disease — your body may not be able to effectively resist the particular “mix” of strains contained in your dental plaque.
Aside from lifestyle issues like stress or oral hygiene, we can at least test and verify any susceptibility you may have due to uncontrollable factors like genetics or the particular bacterial makeup within your plaque. Unfortunately, a minority of people will continue to deal with gum disease even after treatment and adopting a more effective hygiene regimen. Although we can’t cure the disease, we can certainly control it with regular monitoring and treatment when necessary.
The key is to adopt a long-term strategy that will seek to preserve the teeth for as long as possible. In some cases, the best treatment approach is to prolong the life of the affected teeth for as long as possible to give you time to prepare emotionally and financially for eventual tooth replacement.
Indeed, any patient experiencing some form of gum disease should seek professional treatment, followed by a daily oral hygiene program and regular checkups and office cleanings. Taking the right steps in consultation with your dentist will assure you’ll preserve your teeth for as long as possible.
If you would like more information on treatment for 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 “Periodontal (Gum) Treatment and Expectations.”
Accidents can happen to your mouth, especially if you have an active lifestyle. For example, a sudden blow to the jaw while playing sports or exercising could result in a chipped tooth. And, while the internal tooth structure may be fine, the effect on your appearance can be disheartening.
Fortunately, we have techniques and materials to restore your smile after an injury. Bonding with composite resin is one such procedure: it’s ideal for mild to moderate chipping, especially in highly visible front teeth.
Composite resin is a dental material made of various substances mixed to match the color and texture of natural teeth. The composite is usually made of inorganic glass filler blended with a plastic-based matrix and joined together with a chemical “coupling” agent. The ratio of filler to matrix will depend on the type of tooth and damage — for example, back teeth, which encounter higher biting forces, require a composite with more filler for added strength.
To begin the procedure, we first prepare the damaged tooth by applying microscopic etchings (often with a chemical solution) that create tiny depressions or “undercuts”: these help create a seamless bond between the composite and the natural tooth. We then apply the composite in layers with a bonding agent, building up layer upon layer until we’ve achieved the desired shape for the tooth involved.
Bonding with composite resins doesn’t require much tooth preparation, can be placed quickly and is relatively inexpensive. Because of the wide spectrum of color possibilities, composite resins are superior to traditional amalgam (metal) restorations in creating a more life-like appearance. Its application, however, can be limited by the amount of tooth structure needing to be replaced: because it isn’t as strong as the tooth structure it replaces, the more tooth structure the bonded composite resin attempts to replace the less likely it can stand up over time to normal bite forces.
Still, composite resins are ideal for mild to moderate damage or disfigurement. If you’ve suffered such an injury, be sure to visit us to see if bonding with life-like composites is the right solution for restoring your smile.
If you would like more information on bonding with composite resins, 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 “Repairing Chipped Teeth.”
While oral hygiene, a nutritious diet and regular dental visits are all crucial to long-term oral health, these efforts complement what your body already does to keep your mouth healthy. One of the major players in this function is saliva.
Produced by hundreds of glands located throughout the mouth, saliva does much more than help you swallow and wash away food. As you chew, an enzyme in saliva known as amylase breaks down starches in your food to make it easier to digest in the stomach. Saliva also contains antibodies, similar to what’s in tears, which can fight bacteria and other disease-causing organisms.
Perhaps its most important function, though, is its ability to protect and maintain healthy tooth enamel. The strongest substance in the body, enamel nevertheless has one primary enemy — the acid found in certain foods or as a byproduct of bacteria feeding on sugar and other carbohydrates.
When the ideally neutral pH level of the mouth becomes too acidic (nearly every time you eat), minerals in the enamel begin to soften and dissolve. The increased saliva flow when we eat floods the mouth with buffering agents that neutralize the acid and restore the mouth’s normal pH level. Not only does saliva stop demineralization, but it also restores a good bit of the enamel’s mineral content.
In recent years, a new role for saliva has begun to emerge as a means to diagnose disease. Like blood, urine and other bodily fluids, saliva contains molecules that serve as biological markers for disease. Given the right equipment, saliva has the potential to indicate early signs of cancer (including oral), diabetes and other systemic conditions. As the means to examine saliva for these markers increases it promises to be easier and less expensive to collect and sample than blood, while reducing the chances of transmitting bloodborne diseases to healthcare workers.
It’s a lot to consider with this fluid that you hardly notice, except when it isn’t there. Saliva is proof that our efforts at keeping our mouths healthy cooperate and depend on our bodies’ amazing systems.
If you would like more information on saliva and other ways your body maintains a healthy mouth, 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 “Saliva.”
For lots of sports fans, March is the month to get caught up in basketball “madness.” But many people forget that basketball—whether it's played on a school court or a big-city arena—can be just as dangerous for your teeth as some “full-contact” sports. Just ask Chicago Bulls point guard Kris Dunn. In the last three minutes of the January 17 NBA game between the Bulls and the Golden State Warriors, Dunn stole the ball and went in for the dunk. But the momentum from his fast break left him tumbling head-over-heels, and his face hit the floor.
The game stopped as Dunn was evaluated by medical staff; they found he had dislocated his two front teeth. The next day, the Bulls announced that his teeth had been stabilized and splinted—but Dunn would be out indefinitely because of a concussion.
Teeth that are loosened or displaced are known in dental terminology as luxated. These are fairly common dental injuries in both children and adults—but surprisingly, they don't always produce painful symptoms. Treating luxated teeth generally involves repositioning them and then splinting them in place for stability. Depending on the severity of the injury, the outlook for splinted teeth can be quite favorable. However, it may involve several treatments over a period of time—for example, a root canal if the tooth's inner pulp has been damaged, and possibly additional restorative or cosmetic work.
If the injured teeth can't be saved, they can usually be replaced by dental implants or a bridge. Bridges rely on adjacent teeth (also called abutment teeth) for their support. These teeth must be prepared (reduced in size) to accommodate the dental crowns that will hold the bridge in place, as well as the ones that will replace the missing tooth or teeth. Dental implants, today's gold standard of tooth replacement, are supported by root-like inserts made of titanium that are set directly into the jawbone. These dental implants support lifelike crowns that look and feel like natural teeth, and can last for years with routine care.
Better still, many dental injuries can be prevented by wearing a protective mouthguard. We can provide a custom-fabricated mouthguard, made from an exact model of your bite, which offers the maximum in comfort and protection. This is a vital piece of safety equipment that should be part of every sports enthusiast's gear.
With good dental care, it's a sure bet that Kris Dunn will be smiling when he returns to the court. We wish him a speedy recovery.
If you have questions about treating injured teeth or obtaining a custom mouthguard, please contact our office or schedule a consultation. You can read more in the Dear Doctor magazine articles “Trauma and Nerve Damage to Teeth” and “Athletic Mouthguards.”
Spring means different things to different people—but to baseball fans, it means just one thing: the start of another thrilling season. All 30 Major League Baseball teams begin play this month, delighting fans from Toronto to Texas and everywhere in between.
The boys of spring carry on an age-old tradition—yet baseball is also changing with the times. Cigarette smoking has been banned at most ballparks for years; smokeless tobacco is next. About half of the MLB venues now prohibit tobacco of any kind, including “snuff” and “dip.” What’s more, a recent contract agreement bars new Major League players from using smokeless tobacco anywhere.
Why all the fuss? Because tobacco isn’t safe to use in any form. People who use smokeless tobacco get just as much highly addictive nicotine as cigarette smokers. Plus, they get a mouthful of chemicals that are known to cause cancer. This puts them at higher risk for oral cancer, cancer of the esophagus, pancreatic cancer and other diseases.
A number of renowned ballplayers like Babe Ruth, Curt Flood and Bill Tuttle died of oral cancer. The death of Hall of Famer Tony Gwinn in 2014 focused attention on tobacco use in baseball, and helped lead to the ban. Gwynn was convinced that his addiction to smokeless tobacco led to his getting oral cancer.
Yet tobacco isn’t the only cause of oral cancer. In fact, the disease is becoming more common in young people who do not smoke. That’s one more reason why it’s so important for people of all ages to keep to a regular schedule of routine dental exams. These visits offer a great opportunity to detect oral cancer in its earliest, most treatable stages.
So as you watch your favorite team, take a tip from the professional athletes’ playbook. If you don’t use tobacco, don’t start. If you do, now is a good time to quit. For help and support, call an expert at 1-800-QUIT-NOW or visit smokefree.gov.
If you have any questions about oral cancer, please contact us or schedule an appointment for a consultation. You can also learn more by reading the Dear Doctor magazine article “Diet and Prevention of Oral Cancer.”
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