Regular dental visits are an important part of teeth and gum health at any age, including young children. But the clinical nature of a dental office can be intimidating to children and create in them an anxiety that could carry over into adulthood and disrupt future care.
You can, though, take steps to "de-stress" your child's dental visits. Here are 3 ways to reduce your child's dental anxiety.
Start visits early. Most dentists and pediatricians recommend your child's first visit around age one. By then, many of their primary teeth have already erupted and in need of monitoring and decay prevention measures. Beginning visits early rather than later in childhood also seems to dampen the development of dental visit anxiety.
Take advantage of sedation therapy. Even with the best calming efforts, some children still experience nervousness during dental visits. Your dentist may be able to help by administering a mild sedative before and during a visit to help your child relax. These medications aren't the same as anesthesia, which numbs the body from pain—they simply take the edge off your child's anxiety while leaving them awake and alert. Coupled with positive reinforcement, sedation could help your child have a more pleasant dental visit experience.
Set the example. Children naturally follow the behavior and attitudes of their parents or caregivers. If they see you taking your own hygiene practices seriously, they're more likely to do the same. Similarly, if they notice you're uncomfortable during a dental visit, they'll interpret that as sufficient reason to feel the same way. So, treat going to the dentist as an "adventure," with a reward at the end. And stay calm—if you're calm and unafraid, they can be too.
If you would like more information on effective dental care for kids, 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 “Taking the Stress out of Dentistry for Kids.”
Your child’s teeth and gum development is truly a wonder. In just a little more than two decades they’ll gain and lose one set of teeth, while the subsequent permanent set will grow in coordination with other facial and oral structures. All of these structures will finally reach maturity sometime in early adulthood.
Sometimes, though, obstacles can arise: disease, trauma or even genetics can derail normal development and endanger future health. So although nature does most of the heavy lifting, there are things you should do to keep your child’s dental development on track.
For instance, begin oral hygiene practices before their first teeth come in. By wiping their gums after feeding with a clean damp cloth, you can help reduce the numbers of disease-causing bacteria in the mouth. Once teeth appear switch to brushing.
There are also habits to avoid. Don’t kiss your baby directly on the lips—you may transfer to them your own mouth bacteria, which their young immune system can’t yet adequately handle. Also, avoid putting them to bed with a sleep-time bottle filled with sugary fluids (including milk or formula) because the constant contact between the sugar and their teeth could increase their risk for tooth decay, the number one dental disease in young children.
Of course, not all prevention efforts depend on you alone—we’re your partner in helping to keep your child’s dental development progressing normally. We can provide preventive treatments like sealants or topical fluoride to reduce the risk of tooth decay, while continually monitoring for signs of the disease that may require treatment. We also look for signs of emerging bite problems that may require intervention before their effects worsen.
This is all part of regular dental visits, usually at six-month intervals, which are best begun around your child’s first birthday. Not only does this enable us to stay ahead of dental problems, it also helps your child become more comfortable with dental visits and increase the likelihood they’ll continue the habit in adulthood.
As we said, nature is responsible for most of this amazing development without any help from us. But we can assist development and hopefully prevent issues that could diminish their dental health in years to come.
Basketball isn't a contact sport—right? Maybe once upon a time that was true… but today, not so much. Just ask New York Knicks point guard Dennis Smith Jr. While scrambling for a loose ball in a recent game, Smith's mouth took a hit from an opposing player's elbow—and he came up missing a big part of his front tooth. It's a type of injury that has become common in this fast-paced game.
Research shows that when it comes to dental damage, basketball is a leader in the field. In fact, one study published in the Journal of the American Dental Association (JADA) found that intercollegiate athletes who play basketball suffered a rate of dental injuries several times higher than those who played baseball, volleyball or track—even football!
Part of the problem is the nature of the game: With ten fast-moving players competing for space on a small court, collisions are bound to occur. Yet football requires even closer and more aggressive contact. Why don't football players suffer as many orofacial (mouth and face) injuries?
The answer is protective gear. While football players are generally required to wear helmets and mouth guards, hoopsters are not. And, with a few notable exceptions (like Golden State Warriors player Stephen Curry), most don't—which is an unfortunate choice.
Yes, modern dentistry offers many different options for a great-looking, long lasting tooth restoration or replacement. Based on each individual's situation, it's certainly possible to restore a damaged tooth via cosmetic bonding, veneers, bridgework, crowns, or dental implants. But depending on what's needed, these treatments may involve considerable time and expense. It's better to prevent dental injuries before they happen—and the best way to do that is with a custom-made mouthguard.
Here at the dental office we can provide a high-quality mouthguard that's fabricated from an exact model of your mouth, so it fits perfectly. Custom-made mouthguards offer effective protection against injury and are the most comfortable to wear; that's vital, because if you don't wear a mouthguard, it's not helping. Those "off-the-rack" or "boil-and-bite" mouthguards just can't offer the same level of comfort and protection as one that's designed and made just for you.
Do mouthguards really work? The same JADA study mentioned above found that when basketball players were required to wear mouthguards, the injury rate was cut by more than half! So if you (or your children) love to play basketball—or baseball—or any sport where there's a danger of orofacial injury—a custom-made mouthguard is a good investment in your smile's future.
If you would like more information about custom-made athletic mouthguards, please contact us or schedule an appointment for a consultation. You can learn more by reading the Dear Doctor magazine articles “Athletic Mouthguards” and “An Introduction to Sports Injuries & Dentistry.”
One of the key elements in a child’s development is their first set of teeth. Although primary (“baby”) teeth last only a few years, they’re critically important for enabling a child to eat solid foods, speak and smile.
But they also provide one more important benefit—they hold the space in the jaw reserved for the permanent teeth developing just under the gums until they erupt. But if a child loses a primary tooth prematurely because of disease or injury, other teeth may drift into the vacant space and crowd it out for the intended permanent tooth. It may then come in misaligned or remain stuck within the gums (impaction).
To avoid this, we try to treat and preserve a diseased primary tooth if at all practical. For a primary molar, one of the large teeth in the back of the mouth, this might include capping it with a stainless steel crown.
Why a metal crown? Primary molars normally don’t fall out until around ages 10-12, so it may be years for a younger child before their permanent molars erupt. All during that time these particular teeth will encounter heavier biting forces than teeth in the front.
A steel crown is often the best solution for a molar given their longer lifespans and encountered biting forces. The crown’s metal construction can stand up to these forces while still protecting the tooth from re-infection from decay. And because molars are typically outside of the “smile zone” occupied by more visible front teeth, the crown’s metal appearance isn’t usually an aesthetic issue.
Crowning a molar usually takes one visit, a dentist typically performing the procedure with local anesthesia and possibly a mild sedative like nitrous oxide gas (“laughing gas”). After removing any decayed structure from the tooth, the dentist will then fit a pre-formed crown over the remaining structure, sized and shaped to match the original tooth as close as possible.
A stainless steel crown is a cost-effective way to added needed years to a primary molar that could otherwise be lost prematurely. Preserving it may help a child avoid bite problems and expensive future treatments.
If you would like more information on dental care 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 “Stainless Steel Crowns for Kids: A Safe and Effective Way to Restore Primary Molars.”
Fluoride has been proven to strengthen tooth enamel against decay. That’s why it’s not only added to toothpaste and other dental products, but also to drinking water — in nearly three-quarters of U.S. water systems.
While research has eased most serious health questions about fluoride, there remains one moderate concern. Too much fluoride over time, especially in infants and young children, could lead to “enamel fluorosis,” an excess of fluoride in the tooth structure that can cause spotting or streaking in the enamel. While often barely noticeable, some cases of fluorosis can produce dark staining and a pitted appearance. Although not a symptom of disease, fluorosis can create a long-term cosmetic concern for the person.
To minimize its occurrence, children under the age of 9 shouldn’t regularly ingest fluoride above of the recommended level of 0.70 ppm (parts per million). In practical terms, you as a parent should monitor two primary sources of fluoride intake: toothpaste and drinking water.
Young children tend to swallow toothpaste rather than spit it out after brushing, which could result in too much fluoride ingestion if the amount is too great. The American Academy of Pediatric Dentistry therefore recommends a small “smear” of toothpaste for children under two, and a pea-sized amount for children up to age six. Brushing should also be limited to no more than two times a day.
Your child or infant could also take in too much fluoride through fluoridated drinking water, especially if you’re using it to mix infant formula. You should first find out the fluoride levels in your local water system by contacting the utility or the health department. If your system is part of the U.S. Centers for Disease Control and Prevention’s (CDC) “My Water’s Fluoride” program, you may be able to access that information on line at //apps.nccd.cdc.gov/MWF/Index.asp.
If the risk for developing fluorosis in your area is high, you can minimize your infant’s intake with a few recommendations: breastfeed rather than use formula; use “ready-to-feed” formula that doesn’t need mixing and contains lower fluoride levels; and use bottled water specifically labeled “de-ionized,” “purified,” “de-mineralized,” or “distilled.”
Fluoride can be a wonderful adjunct to dental care in reducing risk for tooth decay. Keeping an eye on how much fluoride your child takes in can also minimize the chance of future appearance problems.
If you would like more information on the possible effects of fluoride on young 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 “Tooth Development and Infant Formula.”
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