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?”
The primary goal of dental care is to preserve teeth. But there are circumstances in which removing a tooth, even a relatively healthy one, could prove best in the long run.
A malocclusion (poor bite) related to crowding might fit such a circumstance. Crowding occurs when the size of the jaw is too small for the teeth coming in. With not enough space, some teeth could erupt out of their proper positions. Removing certain teeth frees up space to eventually allow braces or other orthodontic devices to re-align the teeth.
The teeth most frequently removed are the first bicuspids, located between the cuspid (the "eyeteeth" directly under the eyes) and the back teeth, and the second premolar. Removing these won't normally affect appearance or functionality once orthodontic or cosmetic treatments are complete.
Because of the mechanics of jaw development it might be necessary to perform these extractions several years before orthodontic treatment. This could create another potential problem: the time lag could adversely affect bone health.
This is because bone, as living tissue, has a life cycle with cells forming, functioning and then dissolving, and new cells taking their place. When teeth are chewing or in contact with each other they generate force that travels through the tooth roots to the bone and stimulates cell growth at a healthy replacement rate.
But when a tooth is missing, so is this stimulation. This slows the replacement rate and eventually leads to decreased bone volume. Too much bone loss could create obstacles for orthodontic treatment or a future dental implant.
To avoid this, the dentist will often place a bone graft with processed bone mineral within the empty tooth socket right after extraction. The graft serves as a scaffold for bone cells to grow upon. The graft (plus any other added growth boosters) can help maintain a healthy level of bone volume to facilitate future orthodontic or restorative treatments.
Since targeted extraction for orthodontics is time-sensitive, you should have your child's bite evaluated by an orthodontist by age 7 to see if any action is necessary. The earlier a malocclusion is detected, the more likely a more attractive and healthy smile will be the ultimate outcome.
If you would like more information on correcting poor bites, 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 “Tooth Removal for Orthodontic Reasons.”
As a member of the best-selling pop group Spice Girls, Mel C (AKA Sporty Spice) enjoyed her share of musical superstardom. At the band’s peak in the Nineties, the young singer’s signature look featured baggy sweatpants, an assortment of tattoos, a nose stud and a gold-capped incisor, front and center in her mouth. Today, Melanie Chisholm is still singing — but now she’s a mom, an amateur triathlete… and that gold tooth is just a memory. Not only that, her smile looks more evenly spaced and whiter than it did when she was referred to as the “tomboy” of the group.
What happened? In our view, it all boils down to changing tastes — plus a little bit of help from dental professionals. As the “wannabe” singer proves, there’s no single standard when it comes to making your teeth look their best. Your own look is unique to you — and your smile can reflect that individuality.
For example, crowns (caps) are substantial coverings that may be placed on teeth when they are being restored. They are available in three types: gold, all-porcelain, or porcelain-fused-to-metal. The latter two are tooth-colored, while the gold is — well, shiny like gold bling. Which one is right for you? In many cases, it’s your choice.
Likewise, dental veneers — wafer-thin shells that can correct cosmetic issues by covering the surface of your teeth — can be made in a variety of shades. Their hues may range from natural ivory to Hollywood white, and everything in between. What’s the best color for you? Only you can say.
Some people opt for a “smile makeover” that uses small irregularities in the spacing and color of teeth to create a more “natural” look. Other folks want a perfectly even, brilliant white smile that dazzles the eye. Still others are looking to match or restore the smile they once had — perhaps even re-creating a signature gap between the teeth. As long as there are no other dental issues involved, the choice is yours.
So if you’re unhappy with your smile — or if you feel it doesn’t reflect the person you “wannabe” — why not talk to us about a smile makeover? Just call our office to schedule a consultation. You can learn more about this topic in the Dear Doctor magazine articles “Beautiful Smiles by Design” and “The Impact of a Smile Makeover.”
Porcelain veneers are one of the best ways to transform your teeth’s appearance with only a small amount of tooth preparation. But even that small amount could leave a veneered tooth permanently altered.
As the name implies, veneers are thin layers of custom-designed porcelain bonded to the outside of a tooth to cover defects. They’re usually ideal for minor chipping, staining or even slight tooth misalignments. But although they’re thin—often just a millimeter or so in thickness—they can still make a tooth appear or feel bulky.
To reduce this extra width, we usually need to remove some of the tooth’s surface enamel. Since enamel doesn’t replenish itself, this alteration could mean the tooth will require a restoration from then on.
But now, you may be able to take advantage of new advances in this popular restoration: No-Prep or Minimal Prep veneers that involve little to no tooth alteration. In most cases they’re simply bonded to the teeth with only slight enamel reshaping.
Because of their ultra-thinness, No-Prep veneers (usually between 0.3 to 0.5 mm, as thin as a contact lens) are bonded directly to teeth that are practically untouched beforehand. A Minimal Prep veneer usually requires only enamel reshaping with an abrasive tool before it’s placed. And unlike traditional veneers, they can often be removed if needed to return the teeth to their original form without another restoration.
These new veneers are best for people with small teeth, often from wear due to teeth grinding, narrow smiles (the side teeth aren’t visible while smiling), or slightly misshapen teeth like underdeveloped teeth that can appear peg-shaped. But people with oversized teeth, some malocclusions (bad bites) or similar dental situations may still require enamel removal to avoid bulkiness even with ultra-thin veneers.
If you don’t have those kinds of issues and your teeth are reasonably healthy, we can apply No-Prep or Minimal Prep veneers in as few as two appointments. The result could be life-changing as you gain a new smile you’re more than happy to share.
If you would like more information on no-prep veneers, please contact us or schedule an appointment for a consultation. You can also learn more about this topic by reading the Dear Doctor article “No-Prep Porcelain Veneers.”
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