Posts for tag: pediatric dentistry
Dental disease doesn’t discriminate by age. Although certain types of disease are more common in adults, children are just as susceptible, particularly to tooth decay.
Unfortunately, the early signs of disease in a child’s teeth can be quite subtle—that’s why you as a parent should keep alert for any signs of a problem. Here are 3 things you might notice that definitely need your dentist’s attention.
Cavities. Tooth decay occurs when mouth acid erodes tooth enamel and forms holes or cavities. The infection can continue to grow and affect deeper parts of the tooth like the pulp and root canals, eventually endangering the tooth’s survival. If you notice tiny brown spots on their teeth, this may indicate the presence of cavities—you should see your dentist as soon as possible. To account for what you don’t see, have your child visit your dentist at least twice a year for cleanings and checkups.
Toothache. Tooth pain can range from a sensitive twinge of pain when eating or drinking hot or cold foods to a throbbing sharp pain. Whatever its form, a child’s toothache might indicate advancing decay in which the infection has entered the tooth pulp and is attacking the nerves. If your child experiences any form of toothache, see your dentist the next day if possible. Even if the pain goes away, don’t cancel the appointment—it’s probable the infection is still there and growing.
Bleeding gums. Gums don’t normally bleed during teeth brushing—the gums are much more resilient unless they’ve been weakened by periodontal (gum) disease (although over-aggressive brushing could also be a cause). If you notice your child’s gums bleeding after brushing, see your dentist as soon as possible—the sooner they receive treatment for any gum problems the less damage they’ll experience, and the better chance of preserving any affected teeth.
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.
Often as children grow older, their participation in sports or similar activities increases. While generally encouraged, this greater activity does increase injury risk, especially to the mouth.
In fact, the late childhood to early adulthood demographic is the most prone portion of the population to incur dental injuries. To complicate matters, their dental development is often incomplete, posing a number of treatment obstacles for an injured tooth.
For example, the primary means for preserving an injured adult tooth is a root canal treatment: damaged or diseased tissue within the pulp, the tooth’s innermost layer, is removed and the empty chamber and root canals filled and sealed to prevent infection. But while a fully matured tooth can function without the nerves and blood vessels of the pulp, a developing tooth needs these tissues for continued tooth formation. Otherwise, tooth development can stall and cause problems later on.
The most common solution for younger teeth is to remove any damaged tooth structure without disturbing the pulp if at all possible followed by a filling. That’s contingent, though, on whether we find the pulp unexposed or undamaged—if it is, we’ll try to remove only damaged or diseased pulp tissue and leave as much healthy tissue intact as possible. To aid with healing and tissue re-growth, we may also place medicinal stimulators between the pulp and the filling.
Jaw development may also pose a challenge if the injured tooth is too far gone and must be removed. Our best choice is to replace it with a dental implant; but if we install the implant while the jaw is still growing, it may eventually appear out of place with the rest of the teeth. It’s best to postpone an implant until full jaw maturity in early adulthood.
In the meantime we could provide a temporary solution like a removable partial denture or a modified bonded bridge that won’t permanently alter nearby teeth. These methods can adequately restore the function and appearance of missing teeth until the jaw is mature enough for an implant.
While injuries with young permanent teeth do pose extra challenges, we have effective ways to address them. With the right approach, the outcome can be just as successful as with a mature tooth.
If you would like more information on dental care in the formative years, 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 “Saving New Permanent Teeth after Injury.”
Watching your newborn develop into a toddler, then an elementary schooler, a teenager, and finally an adult is one of the most exciting and rewarding experiences there is. Throughout the years, you’ll note the passing of many physical milestones — including changes that involve the coming and going of primary and permanent teeth. Here are some answers to frequently asked questions about children’s dental development.
When will I see my baby’s first tooth come in?
The two lower front teeth usually erupt (emerge from the gums) together, between the ages of 6 and 10 months. But your baby’s teeth may come earlier or later. Some babies are even born with teeth! You will know the first tooth is about to come in if you see signs of teething, such as irritability and a lot of drooling. The last of the 20 baby teeth to come in are the 2-year molars, so named for the age at which they erupt.
When do kids start to lose their baby teeth?
Baby teeth are generally lost in the same order in which they appeared, starting with the lower front teeth around age 6. Children will continue to lose their primary teeth until around age 12.
What makes baby teeth fall out?
Pressure from the emerging permanent tooth below the gum will cause the roots of the baby tooth to break down or “resorb” little by little. As more of the root structure disappears, the primary tooth loses its anchorage in the jawbone and falls out.
When will I know if my child needs braces?
Bite problems (malocclusions) usually become apparent when a child has a mixture of primary and permanent teeth, around age 6-8. Certain malocclusions are easier to treat while a child’s jaw is still growing, before puberty is reached. Using appliances designed for this purpose, orthodontists can actually influence the growth and development of a child’s jaw — to make more room for crowded teeth, for example. We can discuss interceptive orthodontics more fully with you at your child’s next appointment.
When do wisdom teeth come in and why do they cause problems?
Wisdom teeth (also called third molars) usually come in between the ages of 17 and 25. By that time, there may not be enough room in the jaw to accommodate them — or they may be positioned to come in at an angle instead of vertically. Either of these situations can cause them to push against the roots of a neighboring tooth and become trapped beneath the gum, which is known as impaction. An impacted wisdom tooth may lead to an infection or damage to adjacent healthy teeth. That it is why it is important for developing wisdom teeth to be monitored regularly at the dental office.
If you have additional questions about your child’s dental development, please contact us or schedule a consultation. You can also learn more by reading the Dear Doctor magazine articles “Losing a Baby Tooth” and “The Importance of Baby Teeth.”
Around ages 6 to 8, a child's primary teeth will begin to loosen to make way for their permanent teeth. If all goes well, the new set will come in straight with the upper teeth slightly overlapping the bottom.
But sometimes it doesn't go that well: a child may instead develop a poor bite (malocclusion) that interferes with normal function. If we can detect the early signs of a developing malocclusion, however, we may be able to intervene and lessen its impact. You as a parent can play a vital role in this early detection.
The first thing you should be watching for is teeth spacing.Â Normal teeth come in straight with a slight gap between them. But there are two abnormal extremes to look for: teeth having no space between them or crowded together in a crooked, haphazard manner; or they seem to have too much space between them, which indicates a possible discrepancy between the teeth and jaw sizes.
You should also notice how the teeth come together or “bite.” If you notice the lower front teeth biting in front of the upper (the opposite of normal) it may be a developing underbite. If you see a space between the upper and lower teeth when they bite down, this is a sign of an open bite. Or, if the upper front teeth seem to come down too far over the lower, this could mean a deep bite: in extreme cases the lower teeth actually bite into the roof of the mouth behind the upper teeth.
You should also look for crossbites, in which the teeth in one part of the mouth bite abnormally in front or behind their counterparts, while teeth in other parts bite normally. For example, you might notice if the back upper teeth bite inside the lower teeth (abnormal), while the front upper teeth bite outside the lower front teeth (normal).
The important thing is to note anything that doesn't look right or seems inconsistent with how your child's teeth look or how they function. Even if you aren't sure it's an issue, contact us anyway for an examination. If it really is a developing bite problem, starting treatment now may lessen the extent and cost of treatment later.