Posts for: January, 2020
Your teenager is about to take a big step toward better health and a more attractive appearance — orthodontic treatment. You both know the benefits: better chewing function, lower risk of dental disease, and, of course, a straighter and more beautiful smile.
But your teen might also dread the next couple of years of wearing braces. And it's hard to blame them: although they're effective, wearing braces restricts eating certain snacks and foods, they require extra time and effort for brushing and flossing, and they're often uncomfortable to wear. And of high importance to a teenager, they may feel embarrassed to wear them.
But over the last couple of decades a braces alternative has emerged: clear aligners. This form of bite correction requires fewer food restrictions, allows greater ease in hygiene, and is considered more attractive than braces. In fact, most observers won't notice them when a wearer smiles.
Clear aligners are a series of clear plastic trays created by computer that are worn in a certain sequence. During wear each tray exerts pressure on the teeth to gradually move them in the desired direction. The patient wears a single tray for two weeks and then changes to the next tray in the sequence, which will be slightly different than the previous tray. At the end of the process, the teeth will have been moved to their new positions.
Clear aligners aren't appropriate for all bite problems. When they are, though, they offer a couple of advantages over braces. Unlike braces, a wearer can remove the aligner to brush and floss their teeth or for rare, special or important social occasions. And, of course, their appearance makes them less likely to cause embarrassment while wearing them.
In recent years, design improvements have increased the kinds of bites aligners can be used to correct. For example, they now often include “power ridges,” tiny features that precisely control the amount and direction of pressure applied to the teeth. They've also become thinner and more comfortable to wear.
If you're interested in clear aligners as a treatment option, talk with your orthodontist about whether your teen is a good candidate. If so, they could make orthodontic treatment for achieving a more attractive and healthy smile less of an ordeal.
If you would like more information on clear aligners as an orthodontic option, 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.”
While celebrating all that a new year brings, take a moment to remember the New Year's Day birthday of a true American patriot: the legendary Paul Revere. Ironically, he became a legend some 80 years after his midnight trek to warn colonists of approaching British troops, thanks to Henry Wadsworth Longfellow's 1861 poem “Paul Revere's Ride.” He was much better known to his fellow Bostonians as a prosperous silversmith, engraver—and “artificial teeth” maker.
That's right. Among his many business endeavors, Revere's résumé also included dental prosthetics, specifically custom dentures made of ivory. For the time, his work was state-of-the-art technology that far surpassed older tooth replacement methods.
But when we compare Revere's foray into the dental arts and today's restorations, his high quality 18th Century dentures were the proverbial “horse and buggy,” while modern denture technology seems like “supersonic transport.” Not only are today's dentures made of superior materials that are more “toothlike” in appearance, the means to create them using digital technology gives wearers a more secure and comfortable fit.
The modern denture—an appliance that replaces multiple or all lost teeth—is composed of a polymer base, usually acrylic that is colored to resemble gum tissue. Attached to this base are the prosthetic (“false”) teeth that replace those lost along the jaw. These new teeth are usually made of a durable dental material like porcelain that looks and functions like real teeth.
The basic design of today's denture hasn't changed much in the last century. What has changed is our ability to create dentures that follow an individual jaw contours much more precisely. Using the latest digital technology, we're able to obtain highly accurate impressions of the mouth to guide the manufacturing process. Fit is critically important for how dentures feel and function in the mouth. If they are too loose, they become uncomfortable and limit which foods you can eat.
If that weren't enough, recent advancements with dental implants have taken dentures to an entirely new level, beyond anything imaginable in Revere's day. We're now able to create dentures that connect or are permanently affixed to implants set within the jaw, which makes them more stable and secure. An implant-supported denture also helps prevent bone loss, a weakness of traditional dentures, causing them to loosen over time.
As amazing as they are, we wouldn't have the modern version of dentures without craftsmen like Paul Revere who helped advance the cause of dental restoration. So, lift a glass of holiday cheer this season to this hero of the American Revolution—and of American dentistry.
How do you know if you have periodontal (gum) disease? Sometimes your gums will tell you—when they’re red, swollen or bleed easily.
But your gums can also look and feel healthy while a gum infection still brews below the gum line. In this case, a regular dental visit could make the difference. Even without overt signs of infection, we may be able to detect gum disease with a slender metal instrument called a periodontal probe.
Gum disease is a bacterial infection that most of the time arises from dental plaque. This thin film of bacteria and food particles accumulates on tooth surfaces, especially because of poor or non-existent oral hygiene. A continuing infection can weaken gum tissues and cause them to pull away or detach from the teeth.
Normally, there’s a slight gap between the gums and teeth. But as the infected gums pull away, the gaps grow larger and deeper, forming what are known as periodontal pockets. They become filled with infection that soon spreads to the root and bone and increases the risk of tooth loss.
These pockets, though, could be the means for detecting a gum infection with the help of the periodontal probe. During a dental exam we gently insert the probe, which has millimeter depth markings etched on it, between a tooth and its adjacent gums. While a depth of 1 to 3 mm is normal, a probe measurement of 4 to 5 mm could be a sign of an early stage infection. A reading of 7 to 10 mm, on the other hand, may indicate more advanced disease.
Along with other factors, periodontal probing can be quite useful identifying both the presence and extent of a gum infection and then how to treat it. The goal of any treatment is to remove plaque and tartar (calculus) deposits that sustain the infection. But probing, along with other diagnostic methods like x-rays, could point to deeper infection below the gum line that require more extensive methods, including surgery, sometimes to access and remove the disease.
Achieving the best treatment outcome with gum disease often depends on finding the infection early. Periodontal probing helps to make that discovery more likely.