Posts for tag: pediatric dentistry
It’s often best health-wise to preserve even the most troubled tooth—including a child’s primary (“baby”) tooth. If that sounds like too much effort for a tooth that lasts only a few years, there’s a big reason why—if it’s lost prematurely, the incoming permanent tooth above it could erupt out of position.
Preserving a decayed primary tooth could include procedures similar to a root canal treatment, commonly used in adult permanent teeth with inner decay. However, we may need to modify this approach to protect the primary tooth’s pulp. This innermost layer plays a critical role in early dental development.
Because an adult tooth has reached maturity, removing diseased pulp tissue has little effect on its permanent health. But the pulp contributes to dentin growth (the layer between it and the outer enamel) in primary and young permanent teeth, so removing it could ultimately compromise the tooth’s long-term health.
Our goal then with a child’s tooth is to remove as much diseased tissue as possible while involving the pulp as little as possible. What techniques we use will depend on how much of the pulp has become infected.
For example, if decay has advanced to but hasn’t yet penetrated the pulp, we may remove all but a small amount of the decayed structure just next to the pulp to avoid its exposure. We may then apply an antibacterial agent to this remaining portion and seal the tooth to curb further infection.
If on the other hand the pulp has become infected, we may try to remove only the infected portion and leave the remaining pulp intact. We’ll only be able to do this, however, if we deem the remaining pulp healthy enough to remain infection-free after the procedure. If not, we may need to remove the entire pulp as with a traditional root canal. This option, though, is a last resort due to the possible effect on dentin growth and the tooth’s long-term health.
As you can see attempts to preserve a primary tooth can be quite involved. But if we can help it reach its full life span, it could mean better dental health for a lifetime.
If you would like more information on caring for primary 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 “Root Canal Treatment for Children’s Teeth.”
Even though baby teeth are not meant to last forever, they serve some very important functions for the time they are around. Healthy baby teeth allow your child to bite and chew food, articulate sounds correctly during speech, and, of course, to smile! They also help guide the permanent teeth, which will one day replace them, into proper alignment. So it’s important to take good care of them while they’re here. Let’s answer some frequently asked questions about pediatric dentistry.
Can I get my teeth cleaned while I’m pregnant?
Yes — and you should! Both the American Dental Association and the American Congress of Obstetricians and Gynecologists recommend that women keep up with their regular schedule of dental cleanings and exams during pregnancy. Not doing so can allow disease-causing oral bacterial to flourish, which can be a health risk for both the expectant mother and her fetus.
Do infants need their teeth brushed?
Yes, it’s important to start a daily oral hygiene routine as soon as the first baby tooth appears — usually sometime between six and nine months of age. Use a very soft-bristled child-sized toothbrush and just a smear of fluoride toothpaste (the size of a grain of rice). When your child turns 3, increase the amount of fluoride toothpaste to the size of a pea.
When should I take my child in for her first dental appointment?
The answer to this one may surprise you: All children should see a dentist by the age of 1. Early dental visits get children accustomed to having their mouths examined and their teeth cleaned. Establishing this healthy habit early will go a long way toward promoting a lifetime of good oral health.
Should I worry that my child sucks his thumb?
That depends on how old he is. Thumb sucking is a normal, comforting habit for babies and toddlers. Most outgrow it by the time they are 4. But kids who don’t are at increased risk for orthodontic issues later on. If your child seems unable to break the habit, let us know; we can give you more detailed recommendations at your next appointment.
What can I do to prevent my children from getting cavities?
Make sure your children have an effective daily oral hygiene routine that includes brushing with fluoride toothpaste twice a day and flossing at least once per day. If they are too young to do a good job by themselves, help them complete these important tasks. Keep their sugar consumption as low as possible; pay particular attention to beverages — soda, sports drinks and even 100 % natural fruit juices can all promote tooth decay. We can offer individualized advice on fighting cavities, and even provide fluoride treatments and dental sealants for extra protection against cavities. So don’t forget to bring your child in to the dental office for regular exams and cleanings!
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.”
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.”
Your child’s dental care wouldn’t be the same without x-ray imaging. It’s one of our best tools for finding and treating tooth decay.
But since x-rays emit radiation, is your child in any danger when they’re exposed?
X-rays, an invisible form of electromagnetic energy, will form images on exposed film after passing through the body. Because it takes longer for x-rays to pass through dense tissue like teeth and bones, the corresponding areas appear lighter on the film than less dense tissue like the gums. We can detect decay because the diseased tooth structure is less dense and thus appears darker against healthier tooth structure.
The downside of x-rays, though, is the radiation they emit could potentially alter cell structure and increase the risk of future cancer, especially with children. That’s why we follow a principle known as ALARA when using x-ray imaging. ALARA is an acronym for “as low as reasonably achievable,” meaning the doses for an x-ray session will be as low as possible while still gaining the most benefit.
Advances in technology, particularly the development of digital processing, has helped reduce the amount of radiation exposure. We’re also careful with what types of x-rays we use. The most common type is the bitewing, a device with the film attached to a long piece of plastic that the child holds in their mouth while biting down.
Depending on the number of our patient’s teeth, we can usually get a comprehensive view with two to four bitewings. A typical bitewing session exposes them to less radiation than what they’re receiving from natural environmental background sources each day.
Keeping the exposure as low and as less frequent as possible greatly reduces health risks while still getting the full benefit of early decay detection. Still, if you have concerns about your child’s x-ray exposure, we’ll be happy to discuss our approach and all the precautions we take using x-ray imaging.
If you would like more information on x-ray diagnostics and your child, 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.”