Posts for tag: oral health
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.
In the last half century, fluoride has become an effective weapon against tooth decay. The naturally occurring mineral helps strengthen enamel, the teeth's hard, protective cover.
Although it's safe for consumption overall, too much during early tooth development can lead to fluorosis, a brownish, mottled staining in enamel. To avoid it, a child's daily consumption of fluoride should optimally be kept at around 0.05-0.07 milligrams per kilogram of body weight, or an amount equal to one-tenth of a grain of salt per two pounds of weight.
The two main therapeutic fluoride sources have limits to help maintain this balance: utilities that fluoridate drinking water are required to add no more than 4 parts fluoride per million (ppm) of water; toothpaste manufacturers likewise only add a small amount of fluoride compared to clinical gels and pastes dentists apply to teeth for added decay protection.
But drinking water and toothpaste aren't the only sources of fluoride your child may encounter. Even if you have a non-fluoridated water supply, you should still keep a close watch on the following items that could contain fluoride, and discuss with us if you should take any action in regard to them.
Infant formula. The powdered form especially if mixed with fluoridated water can result in fluoride concentrations 100 to 200 times higher than breast or cow's milk. If there's a concern, use fluoride-free distilled or bottled spring water to mix formula.
Beverages. Many manufacturers use fluoridated water preparing a number of packaged beverages including sodas (two-thirds of those manufactured exceed .6 ppm), soft drinks and reconstituted fruit juices. You may need to limit your family's consumption of these kinds of beverages.
Certain foods. Processed foods like cereals, soups or containing fish or mechanically separated chicken can have high fluoride concentrations, especially if fluoridated water was used in their processing. When combined with other fluoride sources, their consumption could put children at higher risk for fluorosis.
Toothpaste. Although mentioned previously as a moderate fluoride source, you should still pay attention to how much your child uses. It doesn't take much: in fact, a full brush of toothpaste is too much, even for an adult. For an infant, you only need a smear on the end of the brush; as they grow older you can increase it but to no more than a pea-sized amount.
If you would like more information on fluoride and how it strengthens 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 “Fluoride & Fluoridation in Dentistry.”
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.
As if the preteen years didn’t give kids and their parents enough to think about, new oral health concerns loom on the horizon. Along with major changes to the body, brain and emotions, additional risk factors for tooth decay and gum disease appear during adolescence — the period of development starting around age 10 and extending through the teen years that marks the transition from childhood to adulthood.
Even with declining rates of tooth decay across the nation, the cavity rate remains high during adolescence. According to the American Academy of Pediatrics, 1 in every 5 adolescents has untreated tooth decay. What’s more, the onset of puberty — usually beginning around age 10-11 in girls and 11-12 in boys — brings changes in hormone levels that can affect gum health.
We all have millions of microorganisms in our mouth, representing hundreds of different species of mostly helpful, but some harmful, bacteria. Research has shown that total oral bacteria increases between ages 11 and 14, and new types of bacteria are introduced, including some that are not friendly to teeth and gums. Some unfamiliar microbes trigger an exaggerated inflammatory response to dental plaque, so gum bleeding and sensitivity are experienced by many children in this age group. In fact, “puberty gingivitis,” which peaks around age 11-13, is the most common type of gum disease found during childhood.
A combination of hormones, lifestyle changes and poor oral hygiene habits raises the risk of oral health problems among adolescents. A more independent social life may be accompanied by a change in eating habits and easier access to snacks and beverages that are sugary, acidic (like sports drinks and soda) or full of refined carbohydrates — none of which are tooth-healthy choices. And as children move toward greater independence, parents are less likely to micromanage their children’s personal care, including their oral hygiene routines. Good oral hygiene can keep dental plaque at bay, lowering the chance of having gingivitis and cavities. But let’s face it: Adolescents have a lot to think about, and keeping up with their oral health may not be a priority.
To help your preteen stay on top of their oral health, keep healthy snacks at home for your children and their friends and make sure you are well stocked with supplies such as new toothbrushes, floss and toothpaste. In addition, most preteens (and teens) can benefit from gentle reminders about oral hygiene routines.
For optimal oral health through all stages of life, make sure your preteen keeps up with professional teeth cleanings and exams, and talk with us about whether fluoride treatments or sealants may be appropriate for your child.
For more on your child’s oral health, read “How to Help Your Child Develop the Best Habits for Oral Health” and “Dentistry & Oral Health For Children” in Dear Doctor magazine.
Ah, the baby teeth: those cute little pearl buttons that start to appear in a child’s mouth at around 6 to 9 months of age. Like pacifiers and bedtime stories, they’ll be gone before you know it — the last usually disappear by age 10-13. So if the dentist tells you that your young child needs a root canal, you might wonder why — isn’t that tooth going to be lost anyway?
The answer is yes, it is — but while it’s here, it has some important roles to play in your child’s development. For one thing, baby teeth perform the same functions in kids as they do in adults: Namely, they enable us to chew, bite, and speak properly. The primary teeth also have a valuable social purpose: they allow us to smile properly. If a baby tooth is lost prematurely at age 6, the child may suffer detrimental effects for five years or more — and that’s a long time for someone so young!
Even more important, baby teeth have a critical function in the developing mouth and jaw: Each one holds a space open for the permanent tooth that will eventually replace it — and it doesn’t “let go” until the new tooth is ready to come in. If a primary (baby) tooth is lost too soon, other teeth adjacent to the opening may drift into the empty space. This often means that the permanent teeth may erupt (emerge above the gum line) in the wrong place — or sometimes, not at all.
The condition that occurs when teeth aren’t in their proper positions is called malocclusion (“mal” – bad; “occlusion” – bite). It can cause problems with eating and speaking, and often results in a less-than-perfect-looking smile. It’s the primary reason why kids get orthodontic treatment — which can be expensive and time-consuming. So it makes sense to try and save baby teeth whenever possible.
Procedures like a root canal — or the similar but less-invasive pulpotomy — are often effective at preserving a baby tooth that would otherwise be lost. But if it isn’t possible to save the tooth, an appliance called a space maintainer may help. This is a small metal appliance that is attached to one tooth; its purpose is to keep a space open where the permanent tooth can come in.
If your child is facing the premature loss of a primary tooth, we will be sure to discuss all the options with you. It may turn out that preserving the tooth is the most cost-effective alternative in the long run. If you have questions about your child’s baby teeth, please contact us or schedule an appointment for a consultation.