Your teen is about to embark on an orthodontic journey to a straighter, more attractive smile. But although you're excited about the outcome, you both may be steeling yourselves for a few years of "life with braces."
But maybe not—your teen may be able to take advantage of a different kind of corrective appliance: clear aligners. This 21st Century teeth movement method has a number of advantages over braces. For teens, though, there's one big one that could have a huge impact on their social life—clear aligners are nearly invisible to other people.
Clear aligners consist of a series of clear, removable, computer-generated trays based on photographs, models and x-rays of an individual patient's teeth and bite. Each of the trays is slightly different from the previous one in the series, and by wearing each one for about two weeks before moving on to the next, the aligners gradually move the teeth to the desired new positions.
Besides reducing embarrassment often associated with wearing metal braces, clear aligners have other benefits. Unlike braces, they can be removed for eating, easier oral hygiene or for rare special occasions (although for best effectiveness, they should be worn for 20 to 22 hours each day). Recent developments like added elements that help target certain teeth for movement or "power ridges" for more controlled and efficient force have increased the range of bite problems they can be used to correct.
While this means clear aligners can be used for many bite problems, in some severe cases braces and other orthodontic treatments might still be necessary. And because they're not fixed like braces (only the orthodontist can remove them) the patient must have the maturity and self-discipline to wear them consistently.
Your teen will need to undergo a thorough orthodontic examination to see if clear aligners are a viable option for them. If so, it could make the next few treatment years less stressful for both of you.
If you would like more information on clear aligners, 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 “Clear Aligners for Teens: User-Friendly Orthodontics.”
In an instant, an accident could leave you or a loved one with a missing tooth. Thankfully, we can restore it with a dental implant that looks and functions like a real tooth—and the sooner the better.
But if the patient is a teenager or younger, sooner may have to be later. Because their jaws are still developing, an implant placed now could eventually look as if it's sinking into the gums as the jaw continues to grow and the implant doesn't move. It's best to wait until full jaw maturity around early adulthood and in the meantime use a temporary replacement.
But that wait could pose a problem with bone health. As living tissue, bone cells have a life cycle where they form, function and then dissolve (resorption) with new cells taking their place. This cycle continues at a healthy rate thanks to stimulation from forces generated by the teeth during chewing that travel through the roots to the bone.
When a tooth goes missing, however, so does this stimulation. Without it the bone's growth cycle can slow to an unhealthy rate, ultimately reducing bone volume. Because implants require a certain amount of bone for proper placement and support, this could make it difficult if not impossible to install one.
We can help prevent this by placing a bone graft immediately after the removal of a tooth within the tooth's "socket." The graft serves as a scaffold for new bone cells to form and grow upon. The graft will eventually resorb leaving the newly formed bone in its place.
We can also fine-tune and slow the graft's resorption rate. This may be preferable for a younger patient with years to go before their permanent restoration. In the meantime, you can still proceed with other dental treatments including orthodontics.
By carefully monitoring a young patient's bone health and other aspects of their dental care, we can keep on course for an eventual permanent restoration. With the advances in implantology, the final smile result will be worth the wait.
If you would like more information on dental care for trauma injuries, 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 “Dental Implants for Teenagers: Factors Influencing Treatment Planning in Adolescents.”
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.”
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.”
Removing plaque, a bacterial film that builds up on teeth, daily is crucial in preventing dental disease, but is your brushing and flossing making enough of a difference?
Plaque forms every day in our mouths as a result of eating. The bacteria in it produce acid, which can erode tooth enamel and cause tooth decay. Certain strains can also infect the gums and cause periodontal (gum) disease. Either of these primary diseases could lead to tooth loss.
Daily plaque removal with brushing and flossing keeps bacteria growth under control, so a quick swish of your toothbrush across your teeth won't be enough. Plaque's soft, sticky consistency enables it to hide in hard to reach places below the gum line, irregular biting surfaces, or in fillings or other dental work.
Because it's virtually invisible, it's hard to tell if you've successfully removed it. That's where disclosing agents can help. These are solutions, swabs or tablets with a dye that temporarily stains plaque while not staining tooth surfaces. Dental hygienists use them to show patients where they're missing plaque when brushing and flossing, but you can also use them at home to see how you're doing between dental visits.
After brushing and flossing, use the disclosure product according to the package directions. If you're using a solution, for example, swish it around in your mouth for about thirty seconds and then spit it out. The dye reacts with leftover plaque to stain it a bright color. Some products even offer a two-tone dye that displays older plaque in a different color from newer plaque.
After noticing the dyed plaque in a mirror, brush and floss until you don't see it anymore. You may have to change your approach, which will help you perform better in the future. Although safe in the mouth, you should still avoid swallowing the agent or getting it on your clothes. Any on your lips, gums or tongue will eventually wear off in a few hours.
A disclosing agent gives you a snapshot of where you need to improve your oral hygiene. Occasional “spot checks” will help keep your brushing and flossing well tuned.
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