Most of us wouldn't think of buying a new car without a “test drive.” It's a serious investment, so you want to make sure you're comfortable with your new ride.
Like an auto purchase, the plan you and your dentist agree on to cosmetically enhance your teeth and gums — a “smile makeover” — is a significant investment. Wouldn't it be nice to “test drive” your future smile before you undergo any procedures?
Actually, you can — two ways, in fact. For one, your dentist could use computer imaging software that alters a photo of your face to show how your smile will appear after dental work. These computer enhancements are a great planning tool for making decisions on the look you want to achieve.
But even the best computer images only provide a static, two-dimensional representation of your new smile. It can't capture all the angles and movement dynamics of any proposed changes. That's where the other way, a trial smile, is a true test drive — you can see your future smile in action.
With a trial smile, your dentist temporarily places tooth-colored material called composite resin on your teeth to simulate the proposed changes. The resin can be shaped and sculpted to create a life-like replica that you'll be able to view in all three spatial dimensions. What's more it will give you a chance not only to see what your new smile will look like, but to actually experience how it feels in your mouth.
Creating a trial smile is an added expense and it's only available during your consultation visit — the dentist will need to remove the resin before you leave. But you'll still be able to get a good impression of what your final smile will be like. You'll also be able to take photos you can show to family and friends to get their impressions of your proposed new look.
A trial smile allows you to know beforehand what your dental work investment will provide you, and even fine-tune your makeover plan before work begins. With this particular kind of “test drive” you'll have greater assurance that you'll be happy and satisfied with the end results.
If you would like more information on trial smiles, 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 “Testing Your Smile Makeover.”
You know the basics for a healthy mouth: daily oral hygiene and regular dental checkups. But there are other elements unique to you that also factor into your oral care: the mouth and facial structure you inherited from your parents (like a poor bite) and your past history with dental disease. Both of these help define your individual risk factors for potential dental problems.
That’s why you need a treatment strategy personalized to you to achieve the best health possible for your teeth and gums. We create this plan by using a detailed and thorough 4-step process.
Step 1: Identify your unique risk factors. To find your risk factors for dental disease, we carefully assess your history and other areas of oral function and health: the soundness of your supporting bone and gum structures; your teeth’s structural integrity and any effects from decay, enamel erosion or trauma; functional issues like a poor bite, a jaw joint disorder or a grinding habit; and problems with appearance like disproportional gums.
Step 2: Prioritize risk factors and form the treatment plan. Once we’ve identified your individual risk factors, we assess how each could impact you and whether any require immediate treatment. Any current dental disease should be treated immediately to minimize and prevent further damage. Depending on severity, other issues like bite problems or unattractive teeth may be scheduled for later treatment.
Step 3: Execute the treatment plan. With our priorities in place, we then proceed with treating your teeth and gums, the most pressing needs first. Throughout this step, our goal is to bring your oral health to the highest level possible for you.
Step 4: Monitoring and maintaining health. Once we’ve achieved an optimum level of health, we must remain vigilant about keeping it. So we monitor for any emerging problems and perform preventive treatments like clinical cleanings to help maintain that healthy state. This also means regularly repeating our 4-step process to identify and update any new, emerging risks and incorporate them into our treatment strategy.
While this process may seem overly methodical, it can actually result in more efficient and cost-effective treatment. It’s the best way to ensure good health for your teeth and gums throughout your lifetime.
If you would like more information on creating a long-term dental care plan, 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 “Successful Dental Treatment: Getting the Best Possible Results.”
There are a variety of methods for treating periodontal (gum) disease depending on its severity — from routine office cleanings to periodontal surgery. But the goal behind all of them remains the same: remove bacterial plaque and calculus (tartar), the root cause for gum disease, from all tooth and gum surfaces.
The traditional method for doing this is called scaling in which we use special hand instruments (scalers) to mechanically remove plaque and calculus. Scaling and a similar procedure called root planing (the root surfaces are “planed” smooth of plaque to aid tissue reattachment) require quite a bit of skill and experience. They're also time-consuming: full treatment can take several sessions, depending on how extensive the infection has spread.
In recent years, we've also seen a new method emerge for removing plaque: lasers. Commonly used in other aspects of healthcare, lasers utilize a focused beam of light to destroy and remove diseased or unhealthy tissue while, according to studies and firsthand accounts, minimizing healthy tissue destruction to a better degree than traditional techniques. Procedure and healing times are likewise reduced.
Because of these beneficial characteristics, we are seeing their use in gum disease treatment, especially for removing diseased and inflamed tissues below the gum line and decreasing sub-gingival (“below the gums”) bacteria.
Dentists who have used lasers in this way do report less tissue damage, bleeding and post-treatment discomfort than traditional treatments. But because research is just beginning, there's not enough evidence to say laser treatment is preferably better than conventional treatment for gum disease.
At this point, lasers can be an effective addition to conventional gum disease treatment for certain people, especially those in the early stages of the disease. As we continue to study this technology, though, the day may come when lasers are the preferred way to stop gum disease from ruining your dental health.
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.”
X-rays are such a routine part of dental care that it's easy to overlook how much this technology has revolutionized detecting and treating tooth decay. It's safe to say x-rays have helped save hundreds of millions of teeth over the last hundred years.
Thanks to its unique properties these invisible electro-magnetic waves give us precise images of the interior structure of teeth and gums. It's so precise that we can clearly detect even a small spot of softened, decayed tooth structure on an exposed x-ray film, often before it becomes visible to the naked eye. As a result, we can begin treating the decay earlier, minimizing the damage and increasing the chances for preserving the tooth.
There are a variety of ways we can utilize x-ray technology in diagnosing dental problems. The one, though, that's used the most is called the bitewing. The name comes from wing-like tabs extending out from a thin frame holding a segment of unexposed film. A technician places the frame inside the patient's mouth with the film on the tongue side of the teeth, and has them bite down on the tabs to hold the frame still. They then aim a camera at the patient's outer cheek, which then emits a very short burst of x-ray energy to expose the film.
Bitewings are popular because they give a full view of the back and side teeth, where decay is often hard to detect, with very little radiation exposure to the patient. And as x-ray technology has progressed over the years with digital processing and more efficient equipment, we can acquire sharper images with even less exposure. We've also developed standard protocols for when and how often we perform x-rays, so that we're getting the most diagnostic benefit for the least amount of exposure time.
Those few minutes getting an x-ray may seem routine, but the benefits to your dental health are truly amazing. The bitewing and other forms of x-rays play a huge role in helping us keep your teeth as healthy as they possibly can.
If you would like more information on x-ray diagnostics, 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 “Bitewing X-Rays.”
So, you're about to have a tooth capped with a crown. Do you know what you need to know before you undergo this common dental procedure?
Here's a short true or false quiz to test your knowledge of dental crowns.
All crowns are the same. False — while all crowns have the same basic design — a life-like prosthetic tooth fitted over and bonded or cemented to a natural tooth — their compositions can vary greatly. Early metal crowns consisted mainly of gold or silver and are still used today. Porcelain-fused-to-metal (PFM) crowns — a metal interior for strength overlaid by a porcelain exterior for appearance — became popular in the latter 20th Century. Although still widely used, PFMs have been largely surpassed by newer all-ceramic materials that are stronger than past versions.
Crowns can differ in their artistic quality. True — all crowns are designed to replicate a natural tooth's function — in other words, enable the tooth to effectively chew again. But a crown's appearance can be a different story, depending on how much attention to detail and artistry goes into it. The higher the individual craftsmanship, the more lifelike it will appear — and the more expensive it can be.
With digital milling equipment, dental labs are obsolete. False — although technology exists that allows dentists to produce their own crowns, the equipment is not yet in widespread use. Â The vast majority of crowns are still produced by a trained technician in a dental laboratory. And just as you base your choice of a dentist on your confidence in and respect for them, dentists look for the same thing in a dental lab — good, reliable and consistent results.
Your insurance may not cover what your dentist recommends. True — dental insurance will typically pay for a basic, functional crown. Aesthetics — how it will look — is a secondary consideration. As a result, your policy may not cover the crown your dentist recommends to function properly and look attractive. A new crown, however, is a long-term investment in both your dental function and your smile. It may be well worth supplementing out of pocket your insurance benefit to get the crown that suits you on both counts.
This website includes materials that are protected by copyright, or other proprietary rights. Transmission or reproduction of protected items beyond that allowed by fair use, as defined in the copyright laws, requires the written permission of the copyright owners.