Posts for tag: pediatric dentistry
Along with daily brushing and flossing, limiting your child’s sugar consumption is an important way to prevent tooth decay. We all know the usual suspects: candy, sugar-added snacks and sodas. But there’s one category you may not at first think fits the profile—juices. But even natural juices with no added sugar can raise your child’s risk of tooth decay if they’re drinking too much.
Tooth decay is caused by certain strains of bacteria in the mouth, which produce acid. Sugar in any form (sucrose, fructose, maltose, etc.) is a primary food source for these bacteria. When there’s a ready food source, bacteria consume it and produce abnormally high levels of acid. This can cause the mineral content of tooth enamel to dissolve faster than saliva, which neutralizes acid, can reverse the tide.
Juices without added sugar still contain the natural sugar of the fruit from which they originate. The American Academy of Pediatrics conducted a study of the effect of these natural juice sugars on dental health. Their conclusion: it can have an effect, so the amount of juice consumed daily by a child should be restricted according to age.
They’ve since published guidelines to that effect:
- Under age 1 (or any child with abnormal weight gain): no juice at all;
- Ages 1-3: no more than 4 ounces a day;
- Ages 4-6: no more than 6 ounces a day;
- Ages 7-18: no more than 8 ounces (1 cup) a day.
Again, these are guidelines—you should also discuss the right limits for your individual child with your dentist or pediatrician. And if you’re wondering what kind of beverages pose less risk of tooth decay, you can look to low or non-fat milk. And, of course, don’t forget water—besides containing no sugar, nature’s hydrator has a neutral pH, so it won’t increase acidity in the mouth.
Tooth decay is one of the biggest health problems many kids face. But with good teeth-friendly habits, including restricting sugar intake in any of its many forms (including juices) you can go a long way in reducing their risk of this destructive disease.
The best way to prevent dental visit anxiety in your children is start those visits around their first birthday, and continue with them through childhood. Age One visits are the best way to ensure they're comfortable with the dentist now and that they'll continue the habit into adulthood.
But in spite of your best efforts and those of your dental provider, there's no guarantee your child won't experience dental visit anxiety at some point. If that happens, we recommend conscious sedation.
Conscious sedation is the use of certain medications to help a patient relax. It's not the same as anesthesia, which eliminates pain by numbing tissues (local anesthesia) or inducing unconsciousness (general anesthesia). During conscious sedation a patient remains awake or at the most in a dream-like state, can still respond to touch or verbal commands, and although monitored doesn't require assistance in heart or lung function.
We can induce this relaxed state in a number of ways: orally, with medication given by mouth a short time before the visit; intravenously, the medication delivered through a drip directly into the bloodstream; or by inhalation, usually nitrous oxide gas mixed with oxygen and delivered by mask.
Oral sedation is the most common. On the day of the procedure, we'll give your child one or more sedative drugs, usually in syrup form. For best results we advise they eat a low-fat dinner the night before and not eat or drink any food or liquid afterward. We typically use Midazolam and Hydroxyzine, both of which are proven safe and fast acting.
During the procedure, we'll also assign a team member to monitor their vital signs while they're under the influence of the drugs. We may also employ special positioning or immobilization equipment to keep movement to a minimum.
After the procedure, we'll continue to monitor vitals until they return to pre-sedation levels. The child should remain home the rest of the day to rest and return to school the next day.
Conscious sedation is regulated by states: providers must be trained and licensed to administer sedation drugs with continuing education requirements. Even so, the use of sedation for children is becoming more widespread and helps to safely ensure they're getting the dental care they need.
If you would like more information on comfortable dentistry 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 “Sedation Dentistry for Kids.”
Many things can affect your child’s future dental health: oral hygiene, diet, or habits like thumb sucking or teeth grinding. But there’s one you might not have considered: how they breathe.
Specifically, we mean whether they breathe primarily through their mouth rather than through their nose. The latter could have an adverse impact on both oral and general health. If you’ve noticed your child snoring, their mouth falling open while awake and at rest, fatigue or irritability you should seek definite diagnosis and treatment.
Chronic mouth breathing can cause dry mouth, which in turn increases the risk of dental disease. It deprives the body of air filtration (which occurs with nose breathing) that reduces possible allergens. There’s also a reduction in nitric oxide production, stimulated by nose breathing, which benefits overall health.
Mouth breathing could also hurt your child’s jaw structure development. When breathing through the nose, a child’s tongue rests on the palate (roof of the mouth). This allows it to become a mold for the palate and upper jaw to form around. Conversely with mouth breathers the tongue rests behind the bottom teeth, which deprives the developing upper jaw of its tongue mold.
The general reason why a person breathes through the mouth is because breathing through the nose is uncomfortable or difficult. This difficulty, though, could arise for a number of reasons: allergy problems, for example, or enlarged tonsils or adenoids pressing against the nasal cavity and interfering with breathing. Abnormal tissue growth could also obstruct the tongue or lip during breathing.
Treatment for mouth breathing will depend on its particular cause. For example, problems with tonsils and adenoids and sinuses are often treated by an Ear, Nose and Throat (ENT) specialist. Cases where the mandible (upper jaw and palate) has developed too narrowly due to mouth breathing may require an orthodontist to apply a palatal expander, which gradually widens the jaw. The latter treatment could also influence the airway size, further making it easier to breathe through the nose.
The best time for many of these treatments is early in a child’s growth development. So to avoid long-term issues with facial structure and overall dental health, you should see your dentist as soon as possible if you suspect mouth breathing.
It’s important for your child’s current and future health that we watch out for tooth decay. Taking x-rays is a critical part of staying one step ahead of this common disease.
But while x-ray imaging is commonplace, we can’t forget it’s still a form of radiation that could be potentially harmful, especially for a child whose tissues are rapidly developing. We must, therefore, carefully weigh the potential benefits against risk.
This concern has given birth to an important principle in the use of x-rays known as ALARA, an acronym for “As Low As Reasonably Achievable.” In basic terms, we want to use the lowest amount of x-ray energy for the shortest period of time to gain the most effectiveness in diagnosing tooth decay and other conditions.
A good example of this principle is a common type of radiograph known as a bitewing. The exposable x-ray film is attached to a plastic devise that looks like a wing; the patient bites down on it to hold it in place while the x-ray exposure takes place. Depending on the number of teeth in a child’s mouth, an appointment usually involves 2 to 4 films, and children are typically spaced at six months apart. Frequency of x-rays depends on your child’s tooth decay risk: lower risk, less need for frequent intervals.
Each bitewing exposes the child to 2 microsieverts, the standard unit for radiation measurement. This amount of radiation is relatively low: by contrast, we’re all exposed to 10 microsieverts of background radiation (natural radiation occurring in the environment) every day or 3,600 microsieverts annually. Even two appointments of four bitewings each year is a fraction of a percent of the background radiation we’re exposed to in the same year.
This conservative use of x-rays is well within safe parameters for children. As x-ray technology continues to advance (as with the development of digital imaging) we anticipate the exposure rate to diminish even more. Prudently used, x-rays remain one of our best tools for ensuring your child’s teeth are healthy and developing normally.
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.”
At no other time in a person’s life will their teeth and mouth change as rapidly as it will between infancy and adolescence. In this short span an entire set of teeth will emerge and then gradually disappear as a second permanent set takes its place.
While the process may seem chaotic, there is a natural order to it. Knowing what to expect will help ease any undue concerns you may have about your child's experience.
The first primary teeth begin to appear (erupt) in sequence depending on their type. The first are usually the lower central incisors in the very front that erupt around 6-10 months, followed then by the rest of the incisors, first molars and canines (the “eye” teeth). The last to erupt are the primary second molars in the very back of the mouth just before age 3. A similar sequence occurs when they’re lost — the central incisors loosen and fall out around 6-7 years; the second molars are the last to go at 10-12 years.
A little “chaos” is normal — but only a little. Because of the tremendous changes in the mouth, primary teeth may appear to be going in every direction with noticeable spaces between front teeth. While this is usually not a great concern, it’s still possible future malocclusions (bad bites) may be developing. To monitor this effectively you should begin regular checkups around the child’s first birthday — our trained professional eye can determine if an issue has arisen that should be treated.
Protecting primary teeth from tooth decay is another high priority. There’s a temptation to discount the damage decay may do to these teeth because “they’re going to be lost anyway.” But besides their functional role, primary teeth also help guide the developing permanent teeth to erupt in the right position. Losing a primary tooth prematurely might then cause the permanent one to come in misaligned. Preventing tooth decay with daily oral hygiene and regular office visits and cleanings (with possible sealant protection) is a priority. And should decay occur, it’s equally important to preserve the tooth for as long as possible for the sake of the succeeding tooth.
Your child’s rapid dental development is part of their journey into adulthood. Keeping a watchful eye on the process and practicing good dental care will ensure this part of the journey is uneventful.
If you would like more information on the process of dental development in 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 “Dentistry & Oral Health for Children.”