Posts for: April, 2018
If your sleeping partner snores, it could be more than an annoyance: it could be a sign of sleep apnea. This occurs when air flow into the lungs becomes obstructed in the throat for a few seconds during sleep. The obstruction can take many forms, but a common one arises from the tongue relaxing against the back of the throat, producing snoring sounds as air attempts to pass through this restricted area.
Sleep apnea can cause severe problems: lower daily energy levels and mood from poor sleep; lower oxygen saturation that could affect brain function; and increased risk for cardiovascular disease. So, if you’re awakened by your partner’s snoring (or they’re complaining about yours!), it’s important to have it checked and treated.
This begins with a visit to us for a complete oral examination. Like many dentists, we’re well trained in the anatomy and structures of the mouth, as well as the causes and treatment of sleep apnea. We’ll examine your mouth, take into account any possible symptoms you’re experiencing and, if your suspicions are correct, refer you to a sleep physician to diagnose if you have sleep apnea.
Treatment will depend on its cause and severity. An oral appliance worn during sleep is the recommended first treatment for mild to moderate sleep apnea that involves the tongue as an obstruction. We develop a custom appliance that helps move your tongue away from the back of the throat, reducing both apnea and snoring sounds. For more advanced sleep apnea you could benefit from a Continuous Positive Airway Pressure (CPAP) machine. This device generates continuous air pressure through a mask worn while sleeping that helps keep the airway open.
Of course, there are other causes for obstruction, some of which may require surgical intervention to relieve the problem. Abnormally large tonsils, adenoids or excessive soft tissue can all restrict air flow. Surgically removing or altering these structures could help reduce airway restriction.
Whatever type or degree of sleep apnea you or your partner may have, there are solutions. The right treatment will not only improve overall health, it will help both of you get a better night’s sleep.
If you would like more information on sleep apnea and how to treat 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 “If You Snore, You Must Read More!”
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.”
Some people are lucky — they never seem to have a mishap, dental or otherwise. But for the rest of us, accidents just happen sometimes. Take actor Jamie Foxx, for example. A few years ago, he actually had a dentist intentionally chip one of his teeth so he could portray a homeless man more realistically. But recently, he got a chipped tooth in the more conventional way… well, conventional in Hollywood, anyway. It happened while he was shooting the movie Sleepless with co-star Michelle Monaghan.
“Yeah, we were doing a scene and somehow the action cue got thrown off or I wasn't looking,” he told an interviewer. “But boom! She comes down the pike. And I could tell because all this right here [my teeth] are fake. So as soon as that hit, I could taste the little chalkiness, but we kept rolling.” Ouch! So what's the best way to repair a chipped tooth? The answer it: it all depends…
For natural teeth that have only a small chip or minor crack, cosmetic bonding is a quick and relatively easy solution. In this procedure, a tooth-colored composite resin, made of a plastic matrix with inorganic glass fillers, is applied directly to the tooth's surface and then hardened or “cured” by a special light. Bonding offers a good color match, but isn't recommended if a large portion of the tooth structure is missing. It's also less permanent than other types of restoration, but may last up to 10 years.
When more of the tooth is missing, a crown or dental veneer may be a better answer. Veneers are super strong, wafer-thin coverings that are placed over the entire front surface of the tooth. They are made in a lab from a model of your teeth, and applied in a separate procedure that may involve removal of some natural tooth material. They can cover moderate chips or cracks, and even correct problems with tooth color or spacing.
A crown is the next step up: It's a replacement for the entire visible portion of the tooth, and may be needed when there's extensive damage. Like veneers, crowns (or caps) are made from models of your bite, and require more than one office visit to place; sometimes a root canal may also be needed to save the natural tooth. However, crowns are strong, natural looking, and can last many years.
But what about teeth like Jamie's, which have already been restored? That's a little more complicated than repairing a natural tooth. If the chip is small, it may be possible to smooth it off with standard dental tools. Sometimes, bonding material can be applied, but it may not bond as well with a restoration as it will with a natural tooth; plus, the repaired restoration may not last as long as it should. That's why, in many cases, we will advise that the entire restoration be replaced — it's often the most predictable and long-lasting solution.
Oh, and one more piece of advice: Get a custom-made mouthguard — and use it! This relatively inexpensive device, made in our office from a model of your own teeth, can save you from a serious mishap… whether you're doing Hollywood action scenes, playing sports or just riding a bike. It's the best way to protect your smile from whatever's coming at it!
If you have questions about repairing chipped teeth, please contact us or schedule an appointment for a consultation. You can also learn more by reading the Dear Doctor magazine articles “Artistic Repair of Chipped Teeth With Composite Resin” and “Porcelain Veneers.”
For over a century now, health providers have depended on blood and urine samples to diagnose many forms of disease. Very soon, though, we may routinely use a different bodily fluid that's easier and cheaper to collect: saliva.
Secreted by six hundred or more glands in the mouth, saliva performs a number of important functions for digestion and overall oral health. Saliva lubricates the mouth to make food easier to swallow. Its enzymes begin the digestion process breaking down food even before we swallow. It also helps wash out food particles that could build up as plaque on the teeth and harbor disease-causing bacteria.
In terms of dental health, its greatest role is as a neutralizer of food acid. It's natural after we eat for the acid levels in the mouth to rise above normal. If acid remains in contact with enamel for an extended period of time it can soften the enamel's minerals and make it easier for them to erode. Within thirty minutes to an hour after eating, saliva neutralizes acid and restores the mouth's normal pH level. Saliva also contains calcium and phosphate materials, which helps restore some of the minerals the enamel may have lost from the acid contact.
But we're discovering saliva can do even more: we can now use it as an indicator for certain conditions in the body. Like blood or urine, saliva contains molecules that can serve as biological markers for different types of disease. By employing devices calibrated to detect these markers, we can use saliva to uncover cancer, diabetes or other systemic conditions.
As these particular devices are manufactured and become more available, the use of saliva for disease diagnosis will rise. In the future, you may not need a trip to the bathroom or wince at a needle stick — a swab of your saliva will do!
If you would like more information on saliva's role in your 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 “Saliva: How it is Used to Diagnose Disease.”