A dental implant as a permanent replacement for a missing tooth can match or even look better than your original tooth. How this happens takes knowledge, skill, experience, and even some art.
Here are some of the factors involved:
- Bone quantity and quality: To look and function like an original tooth, an implant must be supported by an adequate base of (jaw) bone and gum tissue. Bone has a tendency to melt away or resorb after a tooth is lost. Using new bone grafting techniques can help minimize the bone loss that occurs during healing at the extraction site. Bone grafting can also be used to rebuild lost bone at the implant site.
- Adequate bone supporting neighboring teeth: If you lose bone that supports teeth on either side of an implant, the papillae (the little pink triangles of gum tissue between the teeth) may not regenerate after the implant is placed.
- Your inborn tissue type: If your gum tissues are thin and delicate rather than thick and robust, they will be more difficult to work with. To ensure that there is sufficient gum tissue support, (gum) grafting may be necessary.
- Using the temporary crown as a template: A dental implant actually replaces a tooth root. Most dental implants are made of commercially pure titanium, which fuses with the bone in your jaw, making it very stable. The crown, the part of the tooth that is visible above the gum line, is attached to the implant; a customized temporary crown can be fitted to the implant. The temporary crown is a trial for the final crown. It can be used to assess color, shape, the appearance of your smile, and the implantâ??s function in your bite and speech. It gives you the opportunity to decide about design adjustments before the final, permanent crown is placed.
- The skill, experience, and collaboration of your dental team: Each situation is different. The final success of your implant depends on your pre-surgical assessment and diagnosis, as well as how the surgical and restorative phases of treatment are performed. The use of an outstanding dental laboratory is vital to a successful result.
Contact us today to schedule an appointment for an assessment or to discuss your questions about dental implants. You can also learn more by reading the Dear Doctor magazine article “Matching Teeth & Implants.”
What and how you eat and drink has a significant impact on the health of your teeth and gums. Therefore, an effective oral hygiene regime must take your diet into account.
Acid is your teeth's enemy; it can erode their protective enamel coating (a process called demineralization). Certain foods and beverages (such as citrus drinks and coffee) contain it, and it's produced by bacteria in your mouth that feed on dietary sugar and release acid as a byproduct (a process called fermentation). Your allies are foods and beverages that neutralize acids, provide minerals and vitamins to repair tooth enamel, and stimulate saliva.
Sugar & Decay
Sugars, the leading promoter of dental decay, exist in many forms in our diet. Some occur naturally, while others — referred to as “free sugars” — are added by the manufacturer, cook or consumer. The latter are most often linked with decay. Soft drinks are the primary source of dietary free-sugars in the U.S.
Sugars in fruit, vegetables, milk and unprocessed, starch-rich foods such as rice, potatoes and whole grains, do not appear to be harmful to teeth. Note, however, that dried fruits contain a highly concentrated sugar level and can stick to tooth surfaces. The sugar substitutes xylitol and sorbitol appear not to promote decay. In fact, there's evidence that chewing xylitol-sweetened gum three to five times daily for at least five minutes (after meals) stimulates saliva flow, which helps protect against decay.
Acids & Erosion
In addition to eroding tooth enamel, acidic foods and beverages create an environment where it's easier for decay-promoting bacteria to flourish. Saliva can reduce acidity but it must have time to work, at least 30–60 minutes. That's why behaviors that maintain acid levels, such as sipping coffee throughout the day, can be harmful.
Saliva is a front-line defense against erosion and decay. It helps remove food particles and contains minerals that help neutralize acid and promote remineralization of the tooth surface. Foods that stimulate saliva and/or contribute essential minerals include:
- Cheese — stimulates saliva and is rich in calcium, contributing to the re-calcification of teeth and protecting against the loss of calcium,
- Cow's milk — contains decay-counteracting calcium, phosphorous and casein,
- Plant foods — are fibrous and require chewing, which mechanically stimulates saliva,
- Water — keeps you hydrated, which is important for saliva production and preventing dry mouth (a condition that promotes acid-producing bacteria), and helps wash away food particles; fluorinated water bestows the protective properties of fluoride (a compound that makes tooth enamel more resistant to acid erosion and promotes re-calcification).
As you can see, brushing and flossing effectively is just part of the oral hygiene equation.
If you would like more information about nutrition and oral hygiene, 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 “Nutrition & Oral Health.”
Dentists go to great lengths to save an adult permanent tooth. Even though restoration technology is incredibly advanced, none can completely replace the biological function of natural teeth. Treating a diseased tooth to preserve it is a high priority in dentistry.
It would seem, though, that a child’s primary (baby) tooth might not warrant the same treatment. Since the tooth eventually detaches from the jaw to make way for a permanent tooth, why save it?
It is worth the effort, because primary teeth provide more than a chewing function: they also serve as guides for their permanent successors. When they’re lost prematurely, the permanent teeth may not come in correctly, leading to a malocclusion (poor bite). Other areas of development, like speech and dental bone growth, may suffer as well from the longer time gap between the premature loss and the permanent tooth eruption.
Saving an infected primary tooth should be considered, especially if significant time remains in its lifespan. Due to differences between primary and permanent teeth, though, the treatment approach isn’t the same. For example, the body gradually absorbs the roots of a primary tooth (a process called resorption) as the permanent tooth beneath erupts applying pressure to the primary roots (this is what enables its eventual detachment). Dentists must factor this process into their diagnosis and treatment plan for a primary tooth.
The level of treatment may vary depending on how deep the infection has advanced. If the decay is limited to the tooth’s outer layers and only partially affects the pulp, the innermost layer of the tooth, a dentist may remove as much soft decay as possible, apply an antibacterial agent for any remaining hardened infection, and then restore the tooth with filling materials.
For deeper infection, the dentist may remove some or all of the pulp, disinfect and clean the area, and then fill and seal the empty space with a filling. A filling material like zinc oxide/eugenol paste should be used that’s capable of resorption by the body to coincide with the natural root resorption. After treatment, the tooth should continue to be monitored for changes in appearance or gum swelling, just in case the infection returns or advances.
Although it may seem counterintuitive, treating a primary tooth as you would its successor is worth the effort. Your child will reap the health benefits, both now and long after the primary tooth is gone.
If you would like more information on endodontic treatment for children, 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 “Root Canal Treatment for Children’s Teeth.”
Periodontal (gum) disease is sometimes called a “silent” malady — meaning that its symptoms don’t generally announce themselves with great fanfare (or pain, as conditions like tooth decay and root canal issues often do). Yet this disease is estimated to affect almost half of the adult population in the United States, causing deterioration of the gums and the bone surrounding the teeth… and possibly leading to bacterial infections, loss of teeth, and even systemic (whole-body) problems.
So what exactly is periodontal disease? Actually, it’s the broad name for a group of related diseases which attack the soft tissue of the gums and the tooth-supporting bone. Most periodontal diseases are caused by the buildup of harmful bacteria in a biofilm (thin, sticky layer), which coats teeth in the absence of effective oral hygiene. And yes, that means if you don’t brush and floss daily, you’re much more likely to develop gum disease.
Even the most attractive smile could have gum disease lurking beneath it. How do you know if you may be affected? Some early warning signs include redness or inflammation of the edges of the gums, a bad taste in your mouth or bad breath, plus any degree of bleeding when you brush your teeth (brushing should never cause gums to bleed). As the disease progresses, you may develop painful inflammation or a pus-filled abscess, bone loss, loose teeth… and eventually tooth loss.
But don’t wait until then to seek treatment! If you see your general dentist regularly, and if he or she notices signs of gum disease, you may be referred to a periodontist. But you don’t need a referral — you can simply make an appointment and come in for a check-up. That may be wise if you have noticed any warning signs — especially if it has been a while since you’ve had an exam. Periodontal disease may be a silent malady, but that doesn’t mean you have to let it affect your oral health.
If you would like more information about periodontal disease, call our office for a consultation. You can learn more in the Dear Doctor magazine articles “When To See A Periodontist” and “Warning Signs of Periodontal (Gum) Disease.”
Electric-powered toothbrushes have been in use for decades, and continue to enjoy wide popularity. But since their inception in the 1950s, there’s been a continuous debate not only about the best choice among powered toothbrushes, but whether powered toothbrushes are as effective in removing plaque as manual toothbrushes.
These debates are fueled by a large body of research over many years on powered toothbrushes. For instance, an independent research firm known as the Cochrane Collaboration has evaluated over 300 hundred studies of powered toothbrushes (over a thirty-year span) using international standards to analyze the data.
Surprisingly, they found only one type of powered toothbrush (using a rotation-oscillation action) that statistically outperformed manual toothbrushes in the reduction of plaque and gingivitis. Although from a statistical point of view the difference was significant, in practical terms it was only a modest increase in efficiency.
In all actuality, the most important aspect about toothbrushes in effective oral hygiene isn’t the brush, but how it’s used — or as we might say, “it’s not the brush so much as the hand that holds it.” The fact remains, after first flossing, a manual toothbrush can be quite effective in removing plaque if you brush once or twice a day with a soft-bristle brush using a gentle brushing motion.
Although a powered toothbrush does much of the work for you, it still requires training to be effective, just as with a manual toothbrush. We would encourage you, then, to bring your toothbrush, powered or manual, on your next cleaning visit: we would be happy to demonstrate proper technique and give you some useful tips on making your brushing experience more effective.
Remember too: brushing your teeth and flossing isn’t the whole of your oral hygiene. Although a critical part, brushing and flossing should also be accompanied with semi-annual professional cleanings to ensure the removal of as much disease-causing plaque as possible.
If you would like more information on types of toothbrushes, 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 “Manual vs. Powered Toothbrushes.”
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