Posts for: October, 2019
First the bad news: Those nightly hair-raising sounds are indeed coming from your child’s bedroom—from your child. It’s the result of them grinding their teeth while they sleep.
But here’s the good news: the only likely harm is a lack of sleep members of your household might experience because of it. Teeth grinding is so prevalent among pre-teen children that many healthcare professionals consider it normal. But that doesn’t mean it can’t become a problem, so it’s worth monitoring.
Teeth grinding is part of a family of dental habits known as bruxism. It involves any involuntary movement of the teeth and jaws outside of their intended functions not associated with chewing, speaking or swallowing. Our main concern with any bruxism is the possibility for generating stronger biting forces than normal that could damage teeth and gums and contribute to jaw joint problems.
Teeth grinding can occur in adulthood, with stress seeming to be the major trigger for it. With children, though, it’s believed to be mainly caused by an immaturity of the child’s neuromuscular process that controls chewing. As this matures, most children will tend to outgrow the habit none the worse for wear.
But there are pediatric cases in which the generated biting forces are strong enough to cause damage. Teeth grinding is also prevalent in children who snore or breathe through their mouths, which could be a sign of a serious health condition called obstructive sleep apnea. And certain medications used to treat depression and attention deficit disorder (ADHD) may also contribute to teeth grinding.
Most of the time we can simply let the habit run its course. If, however, the child begins to experience abnormal tooth wear, headaches, jaw pain or other issues believed caused by teeth grinding, we may need to intervene. This could include a plastic night guard the child wears during sleep that prevents the teeth from making solid contact during grinding episodes. And children with signs of airway obstruction should be evaluated by an ear, nose and throat specialist.
It can be irritating or even distressing. But your child’s teeth grinding doesn’t mean you should be alarmed—only that you should keep your eye on it.
If you would like more information on teeth grinding and similar habits, 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 “When Children Grind Their Teeth.”
Dental implants are all the rage—and for good reason: They’re incredibly “tooth-like,” both in appearance and function. They also have a stunningly high success rate: More than 95% of implants still function after ten years. This means out of thousands of implants installed each year, only a handful fail.
But although that’s an amazingly low number, they’re still failures for real people who’ve suffered a loss. If you’re considering dental implants the chances of that being your experience are quite low. But it could still happen.
Here’s a few things you can do to make sure your implants don’t fail.
Stop smoking. Of the small percentage of implant failures, an inordinate number are smokers. A smoker’s chances of implant failure are roughly double those of non-smokers. Smoking, and to some degree any tobacco use, can make your mouth an unhealthier place: Not only can it increase your dental disease risk, but it can interfere with the healing process after implant placement and increase the chances of early failure.
Manage your health. Diabetes and similar systemic conditions can interfere with the healing process too, which could impact your implant attachment to bone. Diabetics thus run a slight risk of implant failure—but actual failures mostly involve patients who don’t have good control of their symptoms. If you’re a diabetic, properly managing your condition will lower your risk of implant failure to nearly identical that of someone without diabetes.
Treat gum disease. Implants in themselves are immune to disease—but the underlying bone that supports them isn’t. A gum disease infection could eventually weaken and diminish the implant-bone attachment. If this happens around an implant, its stability can be severely compromised. The best strategy is to prevent gum disease through daily, thorough brushing and flossing to remove disease-causing dental plaque. And if you see any symptoms like gum swelling, redness or bleeding, see your dentist as soon as possible.
Your implants could serve you well for decades. Just be sure you’re doing the right things to ensure their longevity.
If you would like more information on dental implants, 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 “Dental Implants: A Tooth-Replacement Method That Rarely Fails.”
If you wince in pain while eating or drinking something hot or cold, you’re not alone: tooth sensitivity afflicts one in three Americans. To understand what’s possibly going on, let’s look first at tooth anatomy.
Teeth are mainly composed of three layers: an outer protective enamel that covers the upper crown, a middle layer called dentin and an inner pulp. The dentin is composed of small tubules that transmit outer temperature and pressure sensations to nerves in the pulp.
The enamel serves as a “muffler,” damping sensations to protect the nerves from overload. In the root area, the gums and a thin material called cementum covering the roots also help muffle sensation.
But sometimes teeth can lose this muffling effect and the nerves encounter the full brunt of the sensations. The most common reason is gum recession, usually caused by periodontal (gum) disease. The gums have shrunk back or “receded,” and after a short while the cementum covering will also be lost, exposing the dentin in the root area.
Another problem is enamel erosion caused by mouth acid. Chronic high acidity, often caused by bacterial growth or acidic foods and beverages, can dissolve the enamel’s mineral content, causing decay and exposure as well of the underlying dentin.
To avoid future tooth sensitivity, it pays to prevent these two dental problems. The most important thing you can do is practice daily brushing and flossing to reduce bacterial plaque and see your dentist regularly for dental cleanings and checkups.
But if you’re already experiencing symptoms, you’ll first need an accurate diagnosis of the cause. If it’s related to gum disease, immediate treatment could help stop or even reverse any gum recession. To address enamel erosion, your dentist may be able to protect and strengthen your teeth with sealants and topical fluoride.
There are also things you and your dentist can do to reduce your symptoms. One is for you to use hygiene products with fluoride, which can take the edge off of sensitivity, or potassium, which helps reduce nerve activity. Your dentist can further reduce nerve sensitivity by blocking the tubules with sealants and bonding agents.
Tooth sensitivity is an irritating problem in itself; more importantly, though, it’s often a warning of something else seriously wrong that needs attention. If you’re feeling a little sensitive in the teeth, see your dentist as soon as possible.
If you would like more information on tooth sensitivity, 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 “Treatment of Tooth Sensitivity: Understanding Your Options.”
Do you wake up in the morning still feeling tired? Are you drowsy, irritable or have difficulty concentrating? And is your snoring habit a running joke around your household?
If you mostly answered yes, you may have obstructive sleep apnea (OSA). This condition is more than an irritation—it could also have major health implications if not addressed.
OSA occurs when the airway becomes temporarily blocked during sleep. The tongue (or other mouth structures like tonsils or the uvula) is often the cause as it relaxes and covers the back of the throat. Although you’re asleep, the brain notices the drop in oxygen and initiates arousal to unblock the airway. As this action usually only takes a few seconds, you may not fully awake every time; but because it can occur several times a night, it can rob you of the deep sleep you need for well-being.
If you’re diagnosed with OSA, your doctor may recommend continuous positive airway pressure therapy (CPAP). This treatment uses a pump device to supply continuous pressurized air through a hose connected to a face mask worn during sleep. The elevated pressure helps keep the airway open.
While this approach is quite effective, many people find wearing the equipment uncomfortable or confining, and may choose not to use it. If that describes you, a qualified dentist may be able to provide you with an alternative called oral appliance therapy (OAT).
OAT uses a custom-made plastic oral appliance you wear while you sleep. The most common snaps over the teeth and uses a hinge mechanism to move the lower jaw (and the tongue with it) forward.
OAT is recommended for people with mild to moderate OSA, or those with severe symptoms who can’t tolerate CPAP. If you’d like to see if an OAT appliance could help you, contact us for a complete oral examination. Either treatment can improve your sleep and daily lifestyle, as well as help prevent certain health issues in the future.
If you would like more information on treatments for sleep apnea, 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 “Oral Appliances for Sleep Apnea.”
Say “bacteria,” especially in the same sentence with “disease” or “infection,” and you may trigger an immediate stampede for the hand sanitizer. The last thing most people want is to come in contact with these “menacing” microorganisms.
If that describes you, however, you’re too late. If you’re of adult age, there are already 100 trillion of these single-celled organisms in and on your body, outnumbering your own cells 10 to 1. But don’t panic: Of these 10,000-plus species only a handful can cause you harm—most are either harmless or beneficial, including in your mouth.
Thanks to recent research, we know quite a bit about the different kinds of bacteria in the mouth and what they’re doing. We’ve also learned that the mouth’s microbiome (the interactive environment of microscopic organisms in a particular location) develops over time, especially during our formative years. New mothers, for example, pass on hundreds of beneficial species of bacteria to their babies via their breast milk.
As our exposure to different bacteria grows, our immune system is also developing—not only fighting bacteria that pose a threat, but also learning to recognize benevolent species. All these factors over time result in a sophisticated, interrelated bacterial environment unique to every individual.
Of course, it isn’t all sweetness and light in this microscopic world. The few harmful oral bacteria, especially those that trigger tooth decay or periodontal (gum) disease, can cause enormous, irreparable damage to the teeth and gums. It’s our goal as dentists to treat these diseases and, when necessary, fight against harmful microorganisms with antibacterial agents and antibiotics.
But our growing knowledge of this “secret world” of bacteria is now influencing how we approach dental treatment. A generalized application of antibiotics, for example, could harm beneficial bacteria as well as harmful ones. In trying to do good we may run the risk of disrupting the mouth’s microbiome balance—with adverse results on a patient’s long-term oral health.
The treatment strategies of the future will take this into account. While stopping dental disease will remain the top priority, the treatments of the future will seek to do it without harming the delicate balance of the mouth’s microbiome.
If you would like more information on the role of bacteria in 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 “New Research Show Bacteria Essential to Health.”