Posts for: January, 2019
We all know how much better we feel after a good night’s sleep: refreshed, energized and ready to handle — even excel at — our day-to-day responsibilities. Yet millions of people, young and old, are robbed of a good night’s rest by sleep-related breathing disorders such as sleep apnea, in which the soft tissues in the back of the throat block the airway during sleep. This temporarily disrupts airflow, causing numerous “micro-arousals” (sleep interruptions) that we may not even be aware of. A lack of sleep can make us drowsy, irritable and unfocused. In children, these typical symptoms of sleep apnea can lead to mistaken diagnoses of Attention Deficit Hyperactivity Disorder (ADHD).
The relationship between sleep apnea and behavioral problems has been highlighted in several recent scientific journal articles, including a major study published several years ago in Pediatrics, the official journal of the American Academy of Pediatrics. The lead author, Dr. Karen Bonuck, said at the time: “We found that children with sleep-disordered breathing were from 40 to 100 percent more likely to develop neurobehavioral problems by age 7, compared with children without breathing problems. The biggest increase was in hyperactivity, but we saw significant increases across [other] behavioral measures.” Therefore, an accurate diagnosis of a child’s behavioral problems — leading to the right treatment — is crucial. While sleep apnea must be diagnosed by a physician, treatment for the condition is often provided by a dentist.
What can be done for children suffering from sleep apnea? The most common treatment is surgical removal of the tonsils or adenoids. This treatment can sometimes be performed by an oral and maxillofacial surgeon, a dentist who has received several years of post-graduate surgical training. There are several other procedures oral surgeons can perform to open the airway, depending on what anatomical structures are blocking it.
Sometimes a child with sleep apnea can benefit from a procedure to expand the palate (roof of the mouth) to enlarge the airway. This is not a surgical treatment but rather an orthodontic one. An orthodontist (a dentist who specializes in moving teeth) will fit the child with a palatal expander, a butterfly-shaped device that gradually separates the two bones that form the upper jaw and roof of the mouth. This is often done to prevent crowding of teeth and other bite problems, but has been shown in some cases to improve airflow.
There is another dental approach used to treat adults and older children, whose jaw growth is complete. It’s called oral appliance therapy, and it involves wearing a custom-made device during sleep that resembles a sports mouthguard or orthodontic retainer. An oral appliance can maintain an opened, unobstructed, upper airway during sleep in various ways, including: repositioning the lower jaw, tongue, soft palate and uvula; stabilizing the lower jaw and tongue; increasing the muscle tone of the tongue.
If your child has been diagnosed with sleep apnea, we can help you find the best treatment approach. For more information, please contact us or schedule an appointment for a consultation. You can also learn more by reading the Dear Doctor magazine articles “Sleep Disorders & Dentistry” and “Snoring & Sleep Apnea.”
Tooth enamel erosion is a serious issue for many children that can result in permanent impairment of oral health. The problem isn’t just bacterial acid that causes tooth decay — it’s also the high acid content of sodas, energy and sports drinks widely popular among children and teenagers today.
Enamel is made of the strongest substance in the human body, which enables it to shield the inner layers of the teeth from disease and other environmental factors. Its chief nemesis, though, is acid: when enamel interacts with high concentrations of acid for a prolonged time, its mineral content will begin to soften and dissolve, a process known as de-mineralization. Saliva is the enamel’s main protection against acid with the ability to neutralize (or buffer) acid and restore some of the enamel’s mineral content, usually within thirty minutes to an hour after we eat.
The high acid content of many popular beverages, however, can overwhelm saliva’s buffering ability, especially if a person is sipping for an extended time on an acidic drink. This kind of exposure is different from acid produced by bacteria that causes tooth decay: bacterial acid tends to concentrate in specific areas of the teeth, while the constant wash from acidic beverages will have a more generalized eroding effect on teeth.
This level of enamel loss is irreversible, which can leave a tooth in peril of decay and ultimate loss — and increase long-term dental care and costs. The best strategy is to have your child stop or significantly curtail drinking highly acidic beverages. Rather than drink sports beverages for hydration, substitute water, nature’s hydrator. Milk can also be a viable beverage substitute.
If you do allow some acidic beverages, try to limit them to mealtimes and discourage extended sipping. Look for drinks with added calcium as this can reduce the beverage’s erosive potential. The goal is to reduce the amount and duration beverage acid is in contact with tooth enamel.
Making these changes will help greatly to protect your child’s tooth enamel, and give saliva a chance to do its job protecting it. Your efforts will also increase your child’s chances of better dental health in the future.
If you would like more information on dental erosion, please contact us today to schedule an appointment for a consultation. You can also learn more about this topic by reading the Dear Doctor magazine article “Dental Erosion.”
While many people still consider dental implants the "new kids on the block" in dental restoration, they're now in their fourth decade of use. And since their inception implant technology has continued to improve and revolutionize how we replace missing teeth.
Implants are a different "species" compared to other restoration methods. To be precise, an implant is a tooth root replacement—usually a titanium metal post imbedded directly into the jaw bone. Titanium is not only a biocompatible metal, but bone cells naturally grow on its surface to create a strong and durable hold. It's this secure hold that's most responsible for implants' high long-term success rate.
But we should also credit some of this success to the steady stream of advances over the years in implant construction and supporting technologies. For one thing, we're now more accurate and precise with implant placement thanks to advances in computer tomography (CT) and cone beam CT (CBCT) scanning.
These digital processes merge a series of images taken by a special camera to form a three-dimensional model of the jaw. We can manipulate this model on a computer monitor to view it from different vantage points. It can help us locate and avoid anatomical structures like nerves and sinuses when determining where to place a future implant. CT and CBCT are especially useful when there's a concern about adequate available bone, a necessity for stable implants.
Technology has also improved how we create surgical guides, often used during implant surgery to obtain the most accurate results. Surgical guides are custom-made devices that fit over the teeth with the drilling locations for the implants marked on them. Recent advances in 3-D printing have made these guides even more accurate so that they fit more securely in the mouth. This greater stability increases their accuracy during the drilling sequence during surgery.
These and other advances are helping ensure every implant is a success story. The end result is both a functional restoration and a beautiful smile.
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 “How Technology Aids Dental Implant Therapy.”