When it's time for your child to visit the dentist (we recommend around their first birthday), you may want them to see your family dentist. But you might also want to consider another option: a pediatric dentist.
The difference between the two is much the same as between a pediatrician and a family practitioner. Both can treat juvenile patients — but a family provider sees patients of all ages while a pediatrician or pediatric dentist specializes in patients who haven't reached adulthood.
Recognized as a specialty by the American Dental Association, pediatric dentists undergo about three more years of additional post-dental school training and must be licensed in the state where they practice. They're uniquely focused on dental care during the childhood stages of jaw and facial structure development.
Pediatric dentists also gear their practices toward children in an effort to reduce anxiety. The reception area and treatment rooms are usually decorated in bright, primary colors, with toys and child-sized furniture to make their young patients feel more at ease. Dentists and staff also have training and experience interacting with children and their parents to help them relax during exams and procedures.
While a pediatric practice is a good choice for any child, it can be especially beneficial for children with special needs. The “child-friendly” environment is especially soothing for children with autism, ADHD or other behavioral/developmental disorders. And pediatric dentists are especially adept in treating children at higher risk for tooth decay, especially an aggressive form called early childhood caries (ECC).
Your family dentist, of course, can presumably provide the same quality care and have an equally welcome environment for children. And unlike a pediatric dentist who will typically stop seeing patients when they reach adulthood, care from your family dentist can continue as your child gets older.
In the end it's a personal choice, depending on the needs of your family. Just be sure your child does see a dental provider regularly during their developing years: doing so will help ensure a lifetime of healthy teeth and gums.
If you would like more information on visiting a pediatric dentist for your child's dental needs, 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 “Why See a Pediatric Dentist?”
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.”
After months of wearing braces it's time for the big reveal: your new and improved smile! Your once crooked teeth are now straight and uniform.
But a look in the mirror at your straighter teeth might still reveal something out of place: small chalky-white spots dotting the enamel. These are most likely white spot lesions (WSLs), points on the enamel that have incurred mineral loss. It happens because mouth acid shielded by your braces contacted the teeth at those points for too long.
Most mouth acid is the waste product of bacteria that thrive in dental plaque, a thin film of food particles that can build up on tooth surfaces. High levels of acid are a definite sign that plaque hasn't been removed effectively through brushing and flossing.
But normal hygiene can be difficult while wearing braces: it's not easy to maneuver around brackets and wires to reach every area of tooth surface. Specialized tooth brushes can help, as well as floss threaders that help maneuver floss more easily through the wires. A water irrigator that uses pulsating water to remove plaque between teeth is another option.
However, if in spite of stepped-up hygiene efforts WSLs still develop, we can treat them when we've removed your braces. One way is to help re-mineralize the affected tooth surfaces through over-the-counter or prescription fluoride pastes or gels. It's also possible re-mineralization will occur naturally without external help.
While your teeth are sound, their appearance might be diminished by WSLs. We can improve this by injecting a liquid tooth-colored resin below the enamel surface. After hardening with a curing light, the spot will appear less opaque and more like a normal translucent tooth surface. In extreme cases we may need to consider porcelain veneers to cosmetically improve the tooth appearance.
In the meantime while wearing braces, practice thorough dental hygiene and keep up your regular cleaning visits with your general dentist. If you do notice any unusual white spots around your braces, be sure to see your dentist or orthodontist as soon as possible.
If you would like more information on dental care during orthodontic treatment, 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 “White Spots on Teeth during Orthodontic Treatment.”
X-ray imaging is a routine part of a child's dental care — and it undeniably makes a difference in preventing and treating dental disease. It's so routine, we can easily forget they're being exposed to an invisible form of electromagnetic radiation.Â And just like other sources of radiation, too much x-ray exposure could increase the risk of cancer.
But while it's possible for your child to be over-exposed to x-rays, it's highly unlikely. That's because healthcare professionals like dentists adhere to a standard known as ALARA when considering and administering x-rays. ALARA is an acronym for “as low as reasonably achievable.” In other words, we only want to expose a patient to the lowest and safest levels of x-ray dosage and frequency that will achieve the most benefit.
To achieve that standard, professional dental organizations advocate the use of x-rays only after a clinical examination of the patient, as well as a thorough review of their medical history for any usage of x-rays for other conditions. If x-rays are warranted, we then take further precautions to protect the patient and staff, and only use the type of x-ray application that's absolutely necessary. For most children that will be a set of two or four bitewing radiographs, which are quite effective for detecting decay in back teeth.
This dosage of radiation in a session of bitewing radiographs is roughly a fifth of the background radiation in the environment a child may be exposed to every day. By spacing these sessions at least six months apart, we're able to achieve a high level of decay detection at a safe and reasonable amount of x-ray exposure.
On top of that, the digital advances in x-ray imaging have reduced the amount of radiation energy needed to achieve the same results as we once did with film. These lower exposure levels and the ALARA standard helps ensure your child's exposure to x-rays will be well within safe limits.
If you would like more information on the use of x-rays with 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 “X-Ray Safety for Children.”
It's no exaggeration — dental implants have revolutionized teeth replacement. Life-like and durable, implants are the closest thing in design and function to a natural tooth.
In fact, there's only one thing better than a dental implant — a real tooth. For function and long-term oral health, you can't beat what nature provided you in the first place. So before you finally decide to remove and replace that problem tooth, consider these other options for saving it.
Root canal therapy. Tooth decay can do more than cause cavities — it can work its way into the pulp, the innermost layer of a tooth. If it isn't stopped here, it could continue on to the roots and put the tooth in real danger of loss. A root canal treatment removes the infection from the pulp and root canals and replaces the space with a filling. A life-like crown is then bonded or cemented to the tooth to protect it from further infection.
Aggressive treatment for periodontal (gum) disease. This other dental disease is just as damaging as tooth decay. Caused by bacterial plaque, the gums around a tooth become infected and inflamed. As it moves deeper into the tissues and inflammation progresses, it can affect supporting bone causing it to dissolve. To prevent this potential bone loss, it's important to seek out and remove hidden pockets of plaque. This may require surgery to access the roots for plaque and calculus (tartar) removal, but it's well worth it to preserve the tooth.
Bone grafting. As mentioned before, gum disease can ultimately lead to bone loss. But even when bone loss has occurred (a substantial threat to a tooth's survival) we may be able to reverse it with bone grafting techniques. During this procedure we insert grafting material at the loss site along with substances that stimulate growth. The graft serves as a scaffold for new bone cells to grow upon. Over time the bone volume increases and helps stabilize a weak tooth.
Of course, your best option is to avoid dental disease in the first place with daily brushing and flossing and regular dental visits for cleanings and checkups. That and treating dental disease in its earliest stages will help ensure you'll have the best teeth possible — your own.
If you would like more information on options for treating diseased teeth, 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 “Save a Tooth or Get an Implant?”
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