Complete Family Dentistry Blog - Waukesha , WI
Posts for: June, 2015
Periodontal (gum) disease can cause a number of devastating effects that could eventually lead to tooth loss. However, you may be more prone to a particular effect depending on the individual characteristics of your gums.
There are two basic types of gum tissues or “periodontal biotypes” that we inherit from our parents: thick or thin. These can often be identified by sight — thinner gum tissues present a more pronounced arch around the teeth and appear more scalloped; thicker tissues present a flatter arch appearance. While there are size variations within each biotype, one or the other tends to predominate within certain populations: those of European or African descent typically possess the thick biotype, while Asians tend to possess the thin biotype.
In relation to gum disease, those with thin gum tissues are more prone to gum recession. The diseased tissues pull up and away (recede) from a tooth, eventually exposing the tooth’s root surface. Receding gums thus cause higher sensitivity to temperature changes or pressure, and can accelerate tooth decay. It’s also unattractive as the normal pink triangles of gum tissue between teeth (papillae) may be lost, leaving only a dark spot between the teeth or making the more yellow-colored root surface visible.
While thicker gum tissues are more resilient to gum recession, they’re more prone to the development of periodontal pockets. In this case, the slight gap between teeth and gums grows longer as the infected tissues pull away from the teeth as the underlying bone tissue is lost. The resulting void becomes deeper and more prone to infection and will ultimately result in further bone loss and decreased survivability for the tooth.
Either of these conditions will require extensive treatment beyond basic plaque control. Severe gum recession, for example, may require grafting techniques to cover exposed teeth and encourage new tissue growth. Periodontal pockets, in turn, must be accessed and cleaned of infection: the deeper the pocket the more invasive the treatment, including surgery.
Regardless of what type of gum tissue you have, it’s important for you to take steps to lower your risk of gum disease. First and foremost, practice effective daily hygiene with brushing and flossing to remove bacterial plaque, the main cause of gum disease. You should also visit us at least twice a year (or more, if you’ve developed gum disease) for those all important cleanings and checkups.
If you would like more information on hereditary factors for 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 “Genetics & Gum Tissue Types.”
Yes, you brush your teeth every day. But how much do you really know about this important habit? Test your knowledge with our quiz on dental vocabulary.
Choose the correct meaning for:
- Oral Hygiene
- Clean language
- The practice of keeping your teeth and gums clean
- A shade of lipstick
- A type of dental surgery
- A movie about a person’s life, such as “Ray Charles”
- A new kind of cling wrap
- An accumulation of bacteria that forms a whitish, sticky film
- A tooth whitener
- Dental plaque
- A type of instrument used to clean teeth
- Bacteria that accumulate on teeth and gums
- An award given at the Dental Oscar ceremony
- Your dentist’s framed diploma
- The body’s response to harmful bacteria
- A condition in which your gums become red and swollen and bleed easily
- A cause of gingivitis
- All of the above
- Periodontal disease
- Any disease caused by bacteria
- Tooth decay
- Whitish sores on the lips
- Gum disease caused by dental plaque
- Simple dyes that can stain plaque and make it visible
- Television reality shows
- Dental x-rays
- A section of your annual tax report
- Any infection in the oral area
- Tooth decay
- Inflammation of the gums that can lead to periodontal disease
- All of the above
- Dental caries
- Gum disease
- A task carried out during your teeth cleaning
- A technique of orthodontia
- Tooth decay
- A mineral that has been found to prevent tooth decay
- The location of a famous dental school
- A gasoline additive
- A type of house paint
- Inter-dental Area
- Referring to the area between your teeth
- The area regular proper flossing will keep clean
- Area that wood points and specially designed brushes can be used to clean
- All of the above
Answers: 1. b, 2. c, 3. b, 4. d, 5. d, 6. a, 7. c, 8. d, 9. a, 10. d
How did you do on our quiz? The more you know about keeping your teeth and gums clean and healthy, the better you will look and feel. Contact us today to schedule an appointment or to discuss your questions about oral hygiene. You can also learn more by reading the Dear Doctor article, “Oral Hygiene Behavior.”
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.”