Posts for: April, 2017
As in other parts of medicine, lasers are beginning to change the way we provide dental care. More and more dentists are using lasers to make earlier diagnoses of dental disease or provide surgical treatment. One area prime for change is the treatment of teeth with deep decay and in danger of being lost.
For decades now, the best way to save teeth in this condition is with root canal treatment. In this common procedure we access the pulp, remove the infected tissue with specialized hand instruments, and then fill and seal the pulp chamber and root canals with a special filling.
We can now potentially improve the efficiency and increase the success rate of this treatment with laser technology. With their focused light, lasers emit a concentrated burst of energy that's extremely precise. In many instances laser energy can remove the target diseased tissue without damaging nearby healthy tissue.
In this form of root canal treatment, we use lasers to remove tissue and organic debris within the pulp and then shape the root canal walls to better receive the filling. We can also utilize the heat from laser energy to soften and mold the filling, so that it better conforms within the walls of the root canals.
Using lasers in root canal treatments may require less local anesthesia than the traditional approach and also eliminates disturbing or discomforting sounds and vibrations. Dentists who've used the new technology also report less bleeding during the procedure and less pain and occurrences of infection afterwards.
But there are a couple of disadvantages for using lasers in root canal treatment. For one, light travels in a straight line — and many root canal networks are anything but straight. More complex root canal networks may still require the traditional approach. Laser energy could also increase the tooth's inner temperature, which could potentially damage tissues even on the tooth's outer surfaces.
Used in the right circumstances, though, lasers can be an effective means to treat diseased teeth. Â As laser technology continues to advance and becomes a mainstay in dental care, you may soon find it part of your next dental procedure.
Wearing braces is all about the future: you undergo many months of treatment to gain a lifetime of better mouth function and a more attractive smile.
In the meantime, though, you'll have to deal with a few new realities during treatment: restrictions on foods, limitations with mouth function, and (perhaps) embarrassment over your new “metallic” smile.
There's one reality, though, that trumps all others in importance: your risk for developing dental disease increases significantly during orthodontic treatment. The brackets and wires of your braces make it more difficult to remove bacterial plaque, the main cause of dental disease, which allows places for disease-causing bacteria to thrive. To combat this, you'll need to step up your hygiene efforts to remove daily plaque.
One sign your efforts might not be getting the job done is red, swollen or bleeding gums. Although gums can swell in reaction to the braces themselves, it's often because plaque-induced periodontal (gum) disease has infected the gum tissues.
Gum disease is an aggressive infection. If it isn't stopped it can damage the gums and underlying bone that support your teeth — damage that could eventually lead to tooth loss. To stop it, we must remove plaque from all tooth and gum surfaces, even below the gum line. In some advanced cases it may even be necessary to remove the braces to better treat the disease.
That's why preventing gum disease through effective hygiene is so important. Besides continuing routine visits with your family dentist, you should also brush and floss every day to remove plaque. Be sure you're brushing above and below the braces. It may be helpful to use an interproximal brush specifically designed to maneuver around these tight spaces. You can also use a floss threader or a water irrigator to make the job of flossing easier.
If you do notice gum redness, swelling or bleeding, don't delay — call your dentist at once. An examination will determine if you have gum disease and to what degree, which will guide treatment. The sooner this happens, the less the impact on your dental health and your orthodontic treatment.
If you would like more information on dental care while wearing braces, 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 “Gum Swelling During Orthodontics.”
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.”