Brushing and flossing every day are important for preventing dental disease. The object is to remove as much bacterial plaque, the thin biofilm most responsible for disease, from your teeth and gums as possible.
But how do you know your hygiene efforts are that effective? You can of course do the “tongue test” â?? feel your teeth with your tongue after brushing and flossing and see if they feel smooth and “squeaky” clean. We can also give you a “report card” at your regular cleaning appointment. There is, however, a more precise way you can find out at home by using a plaque disclosing agent.
A plaque disclosing agent is a formulation that when applied to the teeth will temporarily dye any bacterial plaque present a distinct color. While dental hygienists occasionally apply them, they’re also available over the counter for use at home. They’re usually found in a solution, tablet or swab form in various flavors.
To use the product you first brush and floss, then swish the disclosing liquid around in your mouth for about 30 seconds before spitting it out (or chew the tablet or apply the swab as directed). The agent will react with any remaining plaque and dye it a bright color. There are even two-tone agents available that can differentiate between old and new plaque and dye them different colors.
Examining your teeth in a mirror will give you a good idea where you need to concentrate your attention when brushing and flossing. If, for example, you see dyed plaque more along the gum line and less in other places, then that’s where you should focus your hygiene efforts.
While the dye will eventually wear off on its own, you should take the opportunity to brush and floss again to remove any remaining dyed plaque. Not only does this provide a more thorough cleaning at that moment, you’ll also get a better sense of how “thoroughness” feels for future brushing and flossing.
It’s always good to know how well you’re doing with your dental hygiene efforts. A plaque disclosing agent can give you just the right feedback to help you improve.
If you would like more information on proper oral hygiene habits, 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 “Plaque Disclosing Agents.”
The traditional way to restore a tooth with an artificial crown takes several weeks and multiple office visits: from tooth preparation and impression molding to crown production by a dental laboratory, followed by adjustments and cementing. Now, there’s an alternative that reduces this process to a fraction of the time, and all from your dentist’s office.
Computer-Aided Design/Computer-Aided Manufacturing (CAD/CAM) is a digital system that enables dentists to create dental restorations with laboratory-grade materials in minutes rather than weeks. As it continues to innovate, you’ll see more and more dentists investing in the new technology for their patients.
A crown restoration with CAD/CAM begins like any other with decay removal and preparation of the tooth. It diverges, though, from the traditional in how an impression of your teeth and gums is obtained: instead of rubber-like molding materials to create a physical impression, we lightly dust the mouth interior with a reflective powder. Using a scanning wand, the reflective powder allows us to capture multiple, detailed images of your mouth that the CAD/CAM computer transforms into an accurate three-dimensional model.
We use the model to first assess if the tooth has been effectively prepared for a restoration. If so, the design feature of the system will provide us with thousands of tooth forms to choose from to match with your natural teeth. You’ll be able to view the proposed size and shape of the new crown via computer simulation before signing off on the design.
Next is the actual manufacture of the crown that takes place right in the dentist’s office. A pre-formed block of ceramic material is inserted in the milling equipment where, following the pre-determined computer design, the milling heads carve the ceramic block. After milling, we fine-tune the crown surface and apply stains or glazes fired to create a life-like color and texture that matches your natural teeth. We can then adjust the crown in your mouth and permanently affix it to the tooth.
While much of the CAD/CAM system is automated, ultimate success still depends on the dentist’s expertise and artistry. CAD/CAM enhances those skills with greater precision and in much less time than traditional crowns. It’s certainly a growing option for many people to restore the form and function of decayed teeth.
If you would like more information on computer-aided dental restorations, 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 “Creating In-Office Dental Restorations with Computers.”
When they’re introducing a new movie, actors often take a moment to pay tribute to the people who helped make it happen — like, you know, their dentists. At least that’s what Charlize Theron did at the premiere of her new spy thriller, Atomic Blonde.
"I just want to take a quick moment to thank my dentists," she told a Los Angeles audience as they waited for the film to roll. "I don’t even know if they’re here, but I just want to say thank you."
Why did the starring actress/producer give a shout-out to her dental team? It seems she trained and fought so hard in the action sequences that she actually cracked two teeth!
“I had severe tooth pain, which I never had in my entire life,” Theron told an interviewer from Variety. At first, she thought it was a cavity — but later, she found out it was more serious: One tooth needed a root canal, and the other had to be extracted and replaced with a dental implant — but first, a bone grafting procedure was needed. “I had to put a donor bone in [the jaw] to heal,” she noted, “and then I had another surgery to put a metal screw in there.”
Although it might sound like the kind of treatment only an action hero would need, bone grafting is now a routine part of many dental implant procedures. The reason is that without a sufficient volume of good-quality bone, implant placement is difficult or impossible. That’s because the screw-like implant must be firmly joined with the jawbone, so it can support the replacement tooth.
Fortunately, dentists have a way to help your body build new bone: A relatively small amount of bone material can be placed in the missing tooth’s socket in a procedure called bone grafting. This may come from your own body or, more likely, it may be processed bone material from a laboratory. The donor material can be from a human, animal or synthetic source, but because of stringent processing techniques, the material is safe for human use. Once it is put in place your body takes over, using the grafted material as a scaffold on which to build new bone cells. If jawbone volume is insufficient for implants, it can often be restored to a viable point in a few months.
Better yet, when grafting material is placed in the tooth socket immediately after extraction, it can keep most of the bone loss from occurring in the first place, enabling an implant to be placed as soon as possible — even before the end of a movie’s shooting schedule.
Will Atomic Blonde prove to be an action-movie classic? Only time will tell. But one thing’s for sure: When Charlize Theron walks down the red carpet, she won’t have to worry about a gap in her smile.
If you have questions about bone grafting or dental implants, please contact our office or schedule a consultation. You can read more in the Dear Doctor magazine articles “Dental Implant Surgery” and “Immediate Dental Implant.”
Some patients who wear dentures face a kind of Catch-22: their denture fit may have loosened and become uncomfortable over time due to continued bone loss, yet the same bone loss prevents them from obtaining dental implants, a superior tooth replacement system to dentures.
But there may be a solution to this dilemma that combines the stability of implants with a removable denture. A set of smaller diameter implants — “mini-implants” — can support a removable denture with less bone than required by a conventional implant.
Like all living tissue, bone has a life cycle: after a period of growth, the older bone dissolves and is absorbed by the body, a process known as resorption. The forces generated when we bite or chew are transmitted by the teeth to the jawbones, which stimulates new bone formation to replace the resorbed bone. When the teeth are lost, however, the stimulation is lost too; without it, resorption will eventually outpace bone growth and repair, causing the bone mass to shrink.
Removable dentures also can’t supply the missing stimulation — bone loss continues as if the dentures weren’t there; and due to the compressive forces of a denture, bone loss accelerates. As the jawbone structure used to originally form the denture’s fit eventually shrinks, the denture becomes loose and difficult to wear. It’s possible to adjust to the new jaw contours by relining the dentures with new material or creating a new set of dentures that match the current bone mass. Without adequate bone, fixed crowns or bridges anchored by conventional implants may also be out of the picture.
On the other hand, mini-implants with their smaller diameter need less bone than the traditional implant. A few strategically placed within the jaw are strong and stable enough to support a removable denture. One other advantage: these mini-implants can be installed in one visit with local anesthesia and usually without the need for incisions or stitches.
If you would like more information on dentures supported by mini-implants, 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 “The ‘Great’ Mini-Implant.”
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.”
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.