Posts for category: Oral Health
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.”
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.”
Pediatricians and dentists alike recommend beginning your child's regular dental visits at an earlier age rather than later. Most say children's first visits should happen around their first birthday.
Some may question whether that's necessary given the state of a child's dental development at that age. At that stage they normally have only a few primary teeth, which will eventually give way to their permanent set soon enough.
But regular dental visits can make a positive difference even at that early age. Here are 3 oral health areas that could benefit from seeing the dentist by Age One.
Protecting primary teeth from decay. It's true that primary teeth don't last long when compared to a normal lifespan. But during their short tenure, they do play a critical role in a child's health and development. Not only do they provide a child dental function for eating, speaking and smiling, they also preserve the space for the permanent teeth that will succeed them. Without them, permanent teeth can erupt out of position to form a poor bite (or malocclusion). That's why early dental care to prevent and treat decay in primary teeth helps them remain for as long as they should.
Detecting developing malocclusions. A malocclusion doesn't form overnight—there can be subtle signs of its development during early childhood. A dentist, especially a pediatric dentist or orthodontist, can often detect those signs before the malocclusion fully develops (one reason why every child should have an orthodontic evaluation around age 6). With early detection, an orthodontist can use interventional techniques that will lessen or even stop a malocclusion from forming. As a result, later orthodontic treatment may not be as extensive—or expensive—as it could have been.
Developing a healthy dentist-patient relationship. Dental anxiety is a real problem for many adults—in some cases it can be so severe they avoid professional dental care altogether. The roots of that dental fear often go back to unpleasant experiences during childhood. Starting dental visits when a child is very young appears to minimize the development of dental anxiety. A young child, especially visiting a "kid-friendly" dental clinic, will more likely view dental care as a routine part of life and will less likely be afraid.
If you would like more information on dental care 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 “Age One Dental Visit: Why It's Important for Your Baby.”
Ask any kid and they'll tell you just how valuable "baby" teeth really are—out of the mouth, of course, and under their pillow awaiting a transaction with the Tooth Fairy. But there's more to them than their value on the Fairy Exchange Market—they play a critical role in future dental health.
Primary teeth provide the same kind of dental function as their future replacements. Children weaned from nursing can now eat solid food. They provide contact points for the tongue as a child learns to speak. And they play a role socially, as children with a "toothsome" smile begin to look more like what they will become when they're fully mature.
But primary teeth also serve as guides for the permanent teeth that will follow. As a future tooth develops below the gum line, the primary tooth preserves the space in which it will erupt. Otherwise, the space can be taken over by other teeth. This crowds out the intended tooth, which may erupt out of position or remain impacted below the gum line.
In either case, the situation could create a poor bite (malocclusion) that can be quite costly to correct. But if we can preserve a primary tooth on the verge of premature loss, we may be able to reduce the impact of a developing malocclusion or even prevent it.
We can help primary teeth last for their intended lifespan by preventing tooth decay with daily oral hygiene or clinically-applied sealants and topical fluoride. If they do become infected, it may be worth the effort to preserve them using procedures similar to a root canal treatment.
If a tooth can't be preserved, then we can try to reserve the empty space for the future tooth. One way is a space maintainer, which is a stiff wire loop attached to metal band bonded around an adjacent tooth. This keeps other teeth from drifting into the space until the permanent tooth is ready to erupt, at which time we can remove the appliance.
Your child may be anxious to get another tooth to put under their pillow. But helping that primary tooth go the distance will be more than worth it for their future dental health.
If you would like more information on the care and treatment of baby 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 “Importance of Baby Teeth.”
The American Academy of Pediatrics and other healthcare organizations recommend breastfeeding as the best means for infant feeding. While bottle feeding can supply the nutrition necessary for a baby's healthy development, breastfeeding also provides emotional benefits for both baby and mother.
But there might be an obstacle in a baby's mouth that prevents them from getting a good seal on the mother's breast nipple—a small band of tissue called a frenum. This term describes any tissue that connects a soft part of the mouth like the upper lip or tongue to a more rigid structure like the gums or the floor of the mouth, respectively.
Although a normal part of anatomy, frenums that are too short, thick or inelastic can restrict a baby's lip or tongue movement and prevent an adequate seal while nursing. The baby may adjust by chewing rather than sucking on the nipple. Besides a painful experience for the mother, the baby may still not receive an adequate flow of breast milk.
Bottle-feeding is an option since it may be easier for a baby with abnormal frenums to negotiate during nursing. But the problem might also be alleviated with a minor surgical procedure to snip the frenum tissue and allow more freedom of movement.
Often performed in the office, we would first numb the frenum and surrounding area with a topical anesthetic, sometimes accompanied by injection into the frenum if it's abnormally thick. After the numbing takes effect, we gently expose the tissue and cut it with either surgical scissors or a laser, the latter of which may involve less bleeding and discomfort. The baby should be able to nurse right away.
If you wait later to undergo the procedure, the baby may already have developed compensation habits while nursing. It may then be necessary for a lactation consultant to help you and your baby "re-learn" normal nursing behavior. It's much easier, therefore, to attempt this procedure earlier rather than later to avoid extensive re-training.
While there's little risk, frenum procedures are still minor surgery. You should, therefore, discuss your options completely with your dental provider. Treating an abnormal frenum, though, could be the best way to realize the full benefits of breastfeeding.