Posts for category: Dental Procedures
Porcelain veneers are positive proof that unattractive teeth don't always require an intensive restoration to regain their beauty. These thin layers of translucent porcelain — custom-designed and color-matched to blend with your other teeth — are permanently bonded to the visible side of your front teeth.
Although they can't remedy every tooth defect, they're well suited for mild to moderate disfigurements like chipping, staining or gaps. There are now two types of porcelain veneers: the traditional veneer and the “no-prep” veneer.
The standard veneers require some tooth structure removal, referred to as “tooth preparation.” This is because although they're a millimeter or less in thickness, they can still appear bulky if bonded to an unprepared tooth. To accommodate their width, it's necessary to remove some of the tooth enamel. This permanently alters the tooth so that it will need some form of restoration from that time on.
In recent years, however, other veneer options have emerged that reduces — or even eliminates — this tooth alteration. No-prep veneers are so thin they can be applied to a tooth with virtually no preparation. A more common option, minimal-prep, requires only a minor reshaping with an abrasive tool to ensure the fitted veneer looks as natural as possible. Because of their thinness, these veneers also don't have to fit under the gum line like standard veneers.
To obtain no- or minimal-prep veneers, your tooth enamel needs to be in good, healthy shape. They're also best suited for people with small or worn teeth, narrow smiles (the side teeth can't be seen from the front), or slightly stained or misshapen teeth.
Because there's little invasiveness, these low preparation veneers won't typically create tooth sensitivity and they can often be applied without any form of anesthesia. And because tooth structure isn't removed, they can be “uninstalled” to return to your natural look. Of course, that's not always an easy process since the bonding between veneer and the enamel is quite strong, although today's lasers can be used to detach the veneer quite easily.
If you'd like to consider these minimally invasive veneers, talk with your dentist. If you're a good candidate, you may be able to gain a new smile without much change to your natural teeth.
If you would like more information on how veneers can change your smile, 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 “No-Prep Porcelain Veneers.”
During his former career as a professional footballer (that's a soccer star to U.S. sports fans) David Beckham was known for his skill at “bending” a soccer ball. His ability to make the ball curve in mid-flight — to avoid a defender or score a goal — led scores of kids to try to “bend it like Beckham.” But just recently, while enjoying a vacation in Canada with his family, “Becks” tried snowboarding for the first time — and in the process, broke one of his front teeth.
Some fans worried that the missing tooth could be a “red card” for Beckham's current modeling career… but fortunately, he headed straight to the dental office as soon as he arrived back in England. Exactly what kind of treatment is needed for a broken tooth? It all depends where the break is and how badly the tooth is damaged.
For a minor crack or chip, cosmetic bonding may offer a quick and effective solution. In this procedure, a composite resin, in a color custom-made to match the tooth, is applied in liquid form and cured (hardened) with a special light. Several layers of bonding material can be applied to re-construct a larger area of missing tooth, and chips that have been saved can sometimes be reattached as well.
When more tooth structure is missing, dental veneers may be the preferred restorative option. Veneers are wafer-thin shells that are bonded to the front surface of the teeth. They can not only correct small chips or cracks, but can also improve the color, spacing, and shape of your teeth.
But if the damage exposes the soft inner pulp of the tooth, root canal treatment will be needed to save the tooth. In this procedure, the inflamed or infected pulp tissue is removed and the tooth sealed against re-infection; if a root canal is not done when needed, the tooth will have an increased risk for extraction in the future. Following a root canal, a tooth is often restored with a crown (cap), which can look good and function well for many years.
Sometimes, a tooth may be knocked completely out of its socket; or, a severely damaged tooth may need to be extracted (removed). In either situation, the best option for restoration is a dental implant. Here, a tiny screw-like device made of titanium metal is inserted into the jaw bone in a minor surgical procedure. Over time, it fuses with the living bone to form a solid anchorage. A lifelike crown is attached, which provides aesthetic appeal and full function for the replacement tooth.
So how's Beckham holding up? According to sources, “David is a trooper and didn't make a fuss. He took it all in his stride." Maybe next time he hits the slopes, he'll heed the advice of dental experts and wear a custom-made mouthguard…
If you have questions about restoring damaged teeth, please contact our office to schedule a consultation. You can read more in the Dear Doctor magazine articles “Trauma and Nerve Damage to Teeth” and “Children's Dental Concerns and Injuries.”
In real life he was a hard-charging basketball player through high school and college. In TV and the movies, he has gone head-to-head with serial killers, assorted bad guys… even mysterious paranormal forces. So would you believe that David Duchovny, who played Agent Fox Mulder in The X-Files and starred in countless other large and small-screen productions, lost his front teeth… in an elevator accident?
“I was running for the elevator at my high school when the door shut on my arm,” he explained. “The next thing I knew, I was waking up in the hospital. I had fainted, fallen on my face, and knocked out my two front teeth.” Looking at Duchovny now, you’d never know his front teeth weren’t natural. But that’s not “movie magic” — it’s the art and science of modern dentistry.
How do dentists go about replacing lost teeth with natural-looking prosthetics? Today, there are two widely used tooth replacement procedures: dental implants and bridgework. When a natural tooth can’t be saved — due to advanced decay, periodontal disease, or an accident like Duchovny’s — these methods offer good looking, fully functional replacements. So what’s the difference between the two? Essentially, it’s a matter of how the replacement teeth are supported.
With state-of-the-art dental implants, support for the replacement tooth (or teeth) comes from small titanium inserts, which are implanted directly into the bone of the jaw. In time these become fused with the bone itself, providing a solid anchorage. What’s more, they actually help prevent the bone loss that naturally occurs after tooth loss. The crowns — lifelike replacements for the visible part of the tooth — are securely attached to the implants via special connectors called abutments.
In traditional bridgework, the existing natural teeth on either side of a gap are used to support the replacement crowns that “bridge” the gap. Here’s how it works: A one-piece unit is custom-fabricated, consisting of prosthetic crowns to replace missing teeth, plus caps to cover the adjacent (abutment) teeth on each side. Those abutment teeth must be shaped so the caps can fit over them; this is done by carefully removing some of the outer tooth material. Then the whole bridge unit is securely cemented in place.
While both systems have been used successfully for decades, bridgework is now being gradually supplanted by implants. That’s because dental implants don’t have any negative impact on nearby healthy teeth, while bridgework requires that abutment teeth be shaped for crowns, and puts additional stresses on them. Dental implants also generally last far longer than bridges — the rest of your life, if given proper care. However, they are initially more expensive (though they may prove more economical in the long run), and not everyone is a candidate for the minor surgery they require.
Which method is best for you? Don’t try using paranormal powers to find out: Come in and talk to us. If you would like more information about tooth replacement, please contact us or schedule an appointment for a consultation. You can learn more in the Dear Doctor magazine articles “Crowns & Bridgework,” and “Dental Implants.”
Orthodontics relies on certain mechanics in the mouth to move teeth to better positions. As the specialty has advanced, we've become ever more precise in moving teeth with braces, the “workhorse” of orthodontics, and other specialized appliances and techniques.
But although cooperating effectively with the mouth's natural ability for tooth movement is crucial for success, there's another aspect to consider if that success will be long-term: the growth and development of oral and facial structure. And not just development during childhood and adolescence: indeed, facial structure continues to change throughout a lifetime, including the senior years. Research has shown that although the rate of growth slows over time, it doesn't stop even for someone 80 years or older.
Our emerging understanding in this area has had an important impact on how and when we perform orthodontic treatment. As we develop a treatment strategy for an individual patient we consider not only the immediate outcome of a treatment, but also how it may change their facial appearance in the future. By taking continuing facial growth into consideration, we're more likely to achieve a new smile appearance that remains attractive later in life.
A key factor is to be sure we're initiating treatments at appropriate ages. We may detect developing bite problems as early as age 6, which might prompt preventive treatment at that time to diminish or even eliminate the problem. But it may also be prudent to wait on full-scale orthodontic treatment until late childhood or puberty. Furthermore, some form of orthodontic treatment might need to continue into early adulthood to ensure the most optimal outcome.
By taking a longer view of the treatment process, we're better able to work within the natural growth and development taking place now and in the future. As a result, a person is more likely to enjoy an attractive and youthful appearance even in their later years.
If you would like more information on aging factors for cosmetic enhancement, 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 “Understanding Aging Makes Beauty Timeless.”
Drilling teeth is an essential part of repairing and restoring the damage caused by tooth decay. For generations dentists have relied on the dental drill with its rotating burr to remove decayed and damaged tooth material.
But while the dental drill is effective it also has its disadvantages. In the process of removing decayed material it inadvertently removes healthy structure near the target material. It often requires anesthesia to deaden the work area. And its noise and vibration are often unsettling to patients.
There is a growing alternative, though: air abrasion, a technology that's been around since the mid-20th Century. But recent advances in controlling the dust created by using abrasion, as well as new tooth-colored bonding materials to replace tooth structure, have sparked new interest among dentists and patients alike.
Also known as particle abrasion, this drill alternative uses a pressurized stream of fine particles to remove decayed material. Using a hand wand a dentist can precisely aim the stream of particles (usually aluminum oxide) to the specific areas of decay or softened material that need to be removed. As a result, it removes only a fraction of healthy tooth structure compared to traditional drilling. Air abrasion has also proven effective for removing staining without harming enamel.
Air abrasion also eliminates the sound and vibration associated with dental drills, and may not always require local anesthesia. On the other hand, it does have some limitations. For one, it's not as effective with larger cavities or working around older fillings. The tooth or teeth to be worked on must be carefully isolated from the rest of the mouth to keep the patient from swallowing the abrasive particles. And without a high-volume suction pump and good isolation protocols, the particles can produce something of a “sandstorm” in the treatment room.
But as air abrasion continues to advance, we may see improvements in these limitations. In a future time, the traditional dental drill may go the way of the horse and buggy.
If you would like more information on air abrasion as an alternative to drilling, 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 “Air Abrasion Technology.”