Posts for tag: oral health
Between infancy and the onset of puberty, your child will grow one set of teeth, lose it and grow another; their jaw structure will also change dramatically. This rapid development sets the course for their oral health later in life.
That’s why it’s so important to care for their teeth and gums in these early stages through daily hygiene and regular dental visits for disease prevention and treatment. Hygiene is the cornerstone of this care, and should begin in earnest when your child’s first tooth erupts in the gums, by first gently cleaning around the newly erupted teeth and gums after each feeding with a water-soaked gauze pad.
As they pass their first birthday you can switch to a small, soft-bristled toothbrush and just a smear of fluoridated toothpaste. Children should begin learning to brush around age 2, first by modeling you as you brush together. They should be adept enough by age 6 to brush on their own, at which time you can introduce flossing. We’re more than happy to advise you on technique for both of these hygiene tasks.
Age one is also the time for them to begin regular dental visits for cleanings and checkups. This will help us stay ahead of any developing decay or other issues and perform preventive treatments like dental sealants or fluoride applications. It will also help your child become comfortable with the dental office, which can make it easier for them to develop a long-term habit of regular dental care.
There are also habits you should practice (or avoid) that support good oral health for your child. For example, you shouldn’t allow them to sleep with a pacifier or a bottle filled with anything but water. Breast milk and formula contain some forms of sugar that bacteria can feed on; if this becomes too frequent it can result in higher acid levels that soften enamel and lead to decay. You should also take preventive actions to protect your child from teeth-damaging injuries like playing too close to hard furniture.
All these common sense measures support your child’s oral development. You can then let Nature takes its course as your child develops a healthy mouth for a lifetime.
If you would like more information on oral 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 “Top 10 Oral Health Tips for Children.”
Many people have questions about the proper use of antibiotics — especially today, as the overuse of these medications has become a concern. It isn’t necessary for most people to take antibiotics before having a dental procedure. But for a few — notably, those with particular heart conditions and, in some cases, joint replacements — pre-medication is advisable. The question may be even more confusing now, because the standard recommendations have recently changed — so let’s try and sort things out.
First, why would anyone need antibiotics before dental treatment? Essentially, it’s because of the chance that an open wound could allow bacteria from the mouth to enter the bloodstream. For people in good health, the body is capable of quickly containing and neutralizing the bacterial exposure. But people with some types of heart disease, heart transplants, and/or total joint replacements have a greater likelihood of developing a bacterial infection, which can be dangerous — or even life-threatening. The same may be true of people whose immune systems are compromised.
At one time, people with a broad range of heart problems and artificial joints were advised to pre-medicate; today, new research indicates that fewer people need to take this step. Antibiotics are currently recommended before dental procedures if you have:
- An artificial heart valve, or a heart valve repaired with artificial material
- A history of endocarditis
- A heart transplant with abnormal heart valve function
- Cyanotic congenital heart disease (a birth defect where blood oxygen levels are lower than normal) that hasn’t been fully repaired — including children with surgical shunts and conduits
- A congenital heart defect that has been completely repaired with artificial material or with a device — but only for the first six months after the repair procedure
- Repaired congenital heart disease with residual defects, such as leakage or abnormal flow
In addition, not everyone who has an artificial joint needs antibiotic premedication. Instead, your health care providers will rely on your individual medical history to determine whether this step is required in your situation. However, having a compromised immune system (due to diabetes, cancer, arthritis, chemotherapy and other factors) is still an indication that antibiotics may be needed.
The question of whether or not to pre-medicate is an important one — so it’s vital that you share all relevant medical information with your doctors and dentists, and make sure everyone is in the loop. That way, the best decisions can be made regarding your treatment.
While most dental problems are caused by disease or trauma, sometimes the root problem is psychological. Such is the case with bulimia nervosa, an eating disorder that could contribute to dental erosion.
Dental erosion is the loss of mineral structure from tooth enamel caused by elevated levels of acid in the mouth, which can increase the risk for decay and eventual tooth loss. While elevated acid levels are usually related to inadequate oral hygiene or over-consumption of acidic foods and beverages, the practice of self-induced vomiting after food binging by bulimic patients may also cause it. Some of the strong stomach acid brought up by vomiting may remain in the mouth afterward, which can be particularly damaging to tooth enamel.
It’s often possible to detect bulimia-related erosion during dental exams. The bottom teeth are often shielded by the tongue during vomiting, so erosion may be more pronounced on the unshielded upper front teeth. The salivary glands may become enlarged, giving a puffy appearance to the sides of the face below the ears. The back of the mouth can also appear red and swollen from the use of fingers or objects to induce vomiting.
Self-induced vomiting may not be the only cause for dental erosion for bulimics. Because the disorder causes an unhealthy focus on body image, bulimics may become obsessed with oral hygiene and go overboard with brushing and flossing. Aggressive brushing (especially just after throwing up when the tooth enamel may be softened) can also damage enamel and gum tissue.
Treatment must involve both a short — and long-term approach. Besides immediate treatment for dental erosion, a bulimic patient can minimize the effect of acid after vomiting by not brushing immediately but rinsing instead with water, mixed possibly with a little baking soda to help neutralize the acid. In the long-term, though, the eating disorder itself must be addressed. Your family doctor is an excellent starting point; you can also gain a great deal of information, both about eating disorders and treatment referrals, from the National Eating Disorders Association at their website, www.nationaleatingdisorders.org.
The effects of bulimia are devastating to mental and physical well-being, and no less to dental health. The sooner the disorder can be treated the better the person’s chance of restoring health to their mind, body — and mouth.
If you would like more information on the effect of eating disorders on oral health, 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 “Bulimia, Anorexia & Oral Health.”
Each part of the human body is an intricate wonder. Take your teeth, for example: they’re so woven into everyday life we don’t notice them, yet they each work seamlessly with the jaws and mouth so we can eat, speak and even smile.
Here, then, are a few facts to help you understand — and appreciate — these tiny, amazing wonders we call teeth.
Layer Upon Layer. Rather than one solid mass, teeth are composed of different layers of slightly different tissues each with a unique role in protecting and enabling a tooth to function. Innermost is the pulp filled with connective tissue encasing blood vessels and nerves that transmit sensations to the brain. The next layer out is the dentin, a bone-like material sensitive to touch and other stimuli, which also absorbs some of the forces generated when biting or chewing. The outermost layer is enamel, the hardest material in the body and the tooth’s first defense against infection and other dangers.
Front and Center. Teeth perform different functions depending on their type and location. Front teeth are our “onstage performers” — they help us to speak and enunciate words clearly and, of course, contribute to our smile. They’re also adept at cutting through food when it first enters our mouths.
The Support Team. In keeping with our theater analogy, back teeth are our “backstage crew”: they help support our facial height, provide balance for the jaws as we swallow and protect the front teeth from too much vertical force. They’re also able to crush food before we finally swallow, which aids in the digestive process.
Intended for a Lifetime. If you consider all the environmental factors our teeth face — acidic foods, biting forces and temperature swings to name a few — you then can appreciate their resiliency. Of course, teeth have their enemies: decay, infection and trauma. With daily brushing and flossing and at least a couple of visits a year to our office for cleanings and checkups, you can help thwart many of those enemies. With both our efforts we can make sure your teeth really do last a lifetime.
Teeth are composed of layers of different types of tissue. The main inner layers — the pulp and dentin — help the teeth respond and adapt to external forces. But they’re vulnerable to decay and quite sensitive to environmental extremes. They are protected from all these by a coating of enamel, made of the hardest material found in the human body.
But while enamel is strong, it’s not invincible — it can soften and dissolve (de-mineralize) if the mouth environment becomes too acidic. While de-mineralization occurs normally whenever the mouth becomes too acidic after eating or drinking, saliva helps neutralize the acid (buffering); in fact, saliva can restore to the enamel some of the calcium and other minerals it has lost (a process called re-mineralization).
If the acidic level remains too high for too long it can overwhelm saliva’s buffering ability and cause permanent mineral loss to the enamel. This erosion leaves teeth more susceptible to decay and disease and could lead to tooth loss. With this in mind, here’s some ways you can help preserve your enamel:
- Wait about thirty to sixty minutes after eating or drinking to brush your teeth. Counterintuitive as this may sound, it takes about thirty minutes for saliva to restore a normal pH level and re-mineralize the enamel. If you brush within this window of time, you could brush away some of the softened minerals from the enamel.
- Only brush twice a day. Over-brushing causes undue enamel wear, as well as contributing to receding gums.
- Take advantage of less acidic or mineral-rich beverages. Drink milk or water most of the time, rather than juices, sodas or sports drinks. The calcium in milk or as an additive to acidic beverages aids in buffering and re-mineralization.
- Use a straw for acidic beverages. With a straw your teeth avoid direct contact with most of the beverage’s acid, a key factor in de-mineralization.
- Avoid eating just before bed. Saliva flow decreases significantly when we sleep. If you eat right before bed, there may be less saliva available for buffering and re-mineralization.
Following these tips, along with effective oral hygiene, will go a long way in protecting your teeth’s enamel coating — and preserving your teeth in the long run.
If you would like more information on enamel erosion and how to prevent it, 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 “6 Tips to Help Prevent the Erosion of Tooth Enamel.”