Posts for tag: oral health
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.
In the sports world, athletes are always looking for an edge. And it’s not just college or professional sports—even Little Leaguers are focused on enhancing their performance.
That’s why sports and energy drinks have rocketed in popularity. With marketing pitches promising to increase stamina or replace lost nutrients from strenuous workouts, it’s not unusual to find these beverages in sports bags or the team water cooler.
But there’s a downside to them regarding your dental health—they’re often high in sugar and acidity. Both drink types could increase your risk of tooth decay or periodontal (gum) disease over time.
Sugar is a primary food source for the bacteria that can trigger a gum infection. They also produce acid, which at high levels can erode tooth enamel and lead to tooth decay. The risk for enamel erosion also increases with the drink’s acidity.
You can lessen your risk of these unpleasant outcomes by restricting your consumption of these beverages. In fact, unless your sports activity is highly strenuous for long periods, your best hydration choice is usually water.
But if you do drink a sports or energy drink for an extra lift, be sure to take these precautions for the sake of your teeth:
Try to drink them only at mealtimes. Continually sipping on these drinks between meals never gives your saliva a chance to neutralize mouth acid. Reserving acidic foods and beverages for mealtimes will allow saliva to catch up until the next meal.
Rinse with water after your drink. Water usually has a neutral pH. This can help dilute mouth acid and reduce the mouth’s overall acidity.
Don’t brush right after drinking or eating. Increased acid that can occur right after drinking or eating can immediately soften tooth enamel, but saliva can neutralize and help restore minerals to tooth enamel within an hour. Brushing during this period could remove tiny bits of the enamel’s minerals.
Taking these precautions will help keep sports or energy drinks from eroding your tooth enamel. Once it’s gone, you won’t be able to get it back.
If you would like more information on protecting your tooth enamel, 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 “Think Before You Drink: Sports and Energy Beverages Bathe Teeth in Erosive Acids.”
Is there a link between periodontal (gum) disease and cardiovascular disease? Medical researchers are endeavoring to answer this intriguing question, but early findings seem to say yes. If it bears true, the findings could advance treatment for both diseases.
There is one thing that can be said for certain: inflammation is a factor in both diseases’ progression. Gum disease begins as an infection caused by bacteria growing in plaque, which is made up of bacteria and a thin film of food remnant that adheres to tooth surfaces. The body responds to this infection through tissue inflammation, an attempt to prevent the infection from spreading. Likewise, inflammation appears to be a similar response to changes in blood vessels afflicted by cardiovascular disease.
While inflammation is part of the body’s mechanism to heal traumatized tissue, if it becomes chronic it can actually have a damaging effect on the tissues intended to benefit. For patients with gum disease, chronic inflammation causes connective tissues to detach from teeth, leading eventually to tooth and bone loss. Similarly, inflammation damages the linings of blood vessels in cardiovascular disease patients.
Researchers want to know what role bacteria may also play in the progression of cardiovascular disease. Initial studies seem to indicate that proactively treating the gum disease by removing all plaque from oral surfaces in patients with both conditions does appear to improve the health of diseased blood vessel linings. Whether this could ultimately reduce the occurrence of heart attack or stroke still needs to be ascertained.
As we learn more about the possible connections between these two diseases, there’s hope it will lead to new advancements that could improve health outcomes for both. It may prove to be the case, then, that maintaining a healthy mouth promotes a healthy heart, and vice-versa.
If you would like more information on the connection between gum disease and heart disease, 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 “Periodontal Inflammation and Heart Disease.”
To get your child on the right track for lifelong dental health we recommend you begin their dental visits around their first birthday. You can certainly visit your family dentist, especially if you and your family feel comfortable with them. But you also might want to consider a pediatric dentist for your child's dental needs.
What's the difference between a family dentist and a pediatric dentist? Both offer the same kind of prevention and treatment services like cleanings, fluoride applications or fillings. But like their counterparts in medicine — the family practice physician and pediatrician — the family dentist sees patients of all ages; the pediatric dentist specializes in care for children and teens only.
In this regard, pediatric dentists undergo additional training to address dental issues specifically involving children. Furthermore, their practices are geared toward children, from toys and child-sized chairs in the waiting room to “kid-friendly” exam rooms decorated to appeal to children.
While your family dentist could certainly do the same, pediatric dentists are also skilled in reducing the anxiety level that's natural for children visiting the dental office. This can be especially helpful if you have a special needs child with behavioral or developmental disorders like autism or ADHD. A pediatric dentist's soothing manner and the calm, happy environment of the office can go a long way in minimizing any related anxiety issues.
Your child may have other needs related to their oral health that could benefit from a pediatric dentist. Some children have a very aggressive form of dental caries disease (tooth decay) called early childhood caries (ECC).Â If not treated promptly, many of their teeth can become severely decayed and prematurely lost, leading to possible bite problems later in life. Pediatric dentists are well-suited to treat ECC and to recognize other developmental issues.
Again, there's certainly nothing wrong with taking your child to your family dentist, especially if a long-term relationship is important to you (your child will eventually “age out” with a pediatric dentist and no longer see them). It's best to weigh this and other factors such as your child's emotional, physical and dental needs before making a decision.
Thanks to treatments like chemotherapy and radiation, your chances of surviving cancer are greater than ever. These treatments, however, often produce unwelcome side effects. Treating throat or oral cancer, for example, could damage your mouth's salivary glands or bone.
Saliva is essential to oral health, providing antibodies to curb the growth of disease-causing bacteria and neutralizing acid, which can erode enamel. But salivary glands damaged during cancer treatment may not be able to produce enough saliva. The resulting “dry mouth” creates an environment conducive to bacterial growth and elevated acid levels.
You can help reduce the effects of dry mouth during your treatment (and after, if the damage is permanent) by drinking more water or by using substances that stimulate saliva. Cutting back on acidic foods and beverages will also help lower your mouth's acidity. And be sure to keep up daily oral hygiene and regular dental visits.
The more ominous threat to oral health during cancer treatment, though, is osteoradionecrosis. This occurs when radiation targets specific areas of bone. The bone can lose blood supply and living cellular tissue, which inhibit its ability to heal or replenish itself. If this occurs in the jawbone of teeth that may be lost, the bone tissue could be adversely affected during healing.
Depending on your treatment needs, your risk for osteoradionecrosis might be unavoidable if teeth are to be lost. It's important we discuss that risk because it could impact future dental treatment. In the worst case, before cancer treatment, we may not be able to save affected teeth and your restorative options might be limited.
If your risk of osteoradionecrosis is minimal, though, we may be able to restore any resulting damaged or missing teeth with a wide range of options like dental implants or crowns before or after your cancer treatment.
As with other aspects of health, taking care of your teeth and gums while undergoing cancer treatment can be challenging; some problems may be unavoidable. But with a proper dental treatment plan during and after chemotherapy and radiation, we can minimize those problems and help to eventually restore your smile.