When you awake in the morning do you still feel exhausted? Are you irritable during the day, unable to think or focus clearly? Is your loud snoring bothering your bed partner?
If you answered affirmatively to any of these questions, you may have sleep apnea. This happens when an obstruction (usually the tongue) blocks the airway during sleep, preventing you from breathing. Your brain notices the drop in oxygen and wakes you to re-open the airway. The arousal lasts only a few seconds, and you may not even notice. But because it can happen many times a night, these waking episodes can rob you of the deep sleep your body needs.
Sleep apnea is more serious than simply waking up grumpy. Over time, it could contribute to dangerous health conditions like high blood pressure or heart disease. If you’re noticing any of these signs, it’s important then that you undergo a complete examination by a physician or dentist trained in sleep-related issues.
Fortunately, there are ways to reduce sleep apnea. One of the most common is continuous airway pressure (CPAP): This method uses a small pump that pushes pressurized air through a face mask worn while the patient sleeps. The forced air keeps the airway open and reduces apnea episodes.
While it’s an effective method, it can be uncomfortable and cumbersome to use—some people can’t tolerate wearing the mask while they sleep. But if your sleep apnea symptoms are mild to moderate, your dentist may be able to provide an alternative therapy with a specially designed oral appliance.
Similar to a mouthguard or retainer, a sleep apnea appliance worn during sleep holds the lower jaw forward, which helps move the tongue away from the airway. It’s much less cumbersome (and noisy) than a CPAP machine. And your dentist can custom design and fabricate your appliance for a comfortable fit.
Not all cases of sleep apnea can benefit from such an appliance, or even from CPAP therapy. Extreme cases could require surgery to remove tissues blocking the airway. But most sleep apnea patients don’t require this invasive intervention. Getting checked by a qualified medical professional could open the door to a more convenient and effective way to a better night’s sleep.
While it doesn’t garner the star power of blood, saliva is still an important bodily fluid. A true multi-tasker, saliva contributes in many ways to the function and health of the body, from stronger teeth to more efficient digestion.
Here are six ways saliva helps your mouth and body function properly and stay healthy.
The mouth’s natural cleanser. Bacteria are responsible for much of the dental disease that plagues us, particularly tooth decay and gum disease. Saliva clears the mouth of food remnants, bacteria’s primary feeding source, after we eat. This leaves a cleaner mouth and fewer bacteria to cause infection.
The immune system’s partner. Saliva contains an antibody called Immunoglobulin A (IgA) that attacks disease-causing microorganisms. Along with secreting other antibacterial agents like lactoferrin and lyzozyme that curb the growth and development of bacteria, saliva serves as the body’s first line of defense against pathogens entering through the mouth.
Acid neutralizer. The optimal oral environment is a neutral pH of 7. Many of our foods and beverages, though, are highly acidic, which can raise the mouth’s acid level. The acidic environment causes the minerals in tooth enamel to soften and dissolve (a process called de-mineralization). Saliva restores the balance by neutralizing any remaining acid after we eat (a process that takes about 30 to 60 minutes).
Mineral replacer. Even under normal conditions, enamel will de-mineralize to some extent whenever the mouth becomes acidic. Saliva restores some of the enamel’s lost minerals like calcium and phosphate while it’s neutralizing acid. If fluoride is also present in saliva from fluoridated drinking water or toothpaste, it too is absorbed by the enamel making it stronger and more resistant to acid attacks.
Digestion enhancer. Saliva lubricates the mouth while we eat, making it easier for us to chew (and taste) our food. Saliva also releases the enzyme amylase as we chew to break down starches before the food enters our stomach. The end result is more efficient and comfortable digestion.
The wave of the future in diagnostics. Like blood and urine, saliva contains genetic and disease markers that could tell a physician if a patient has a certain condition. Since collecting a saliva sample is much easier than with these other bodily fluids, diagnosing disease with saliva will become more prevalent as more calibrated devices reach the market.
If you would like more information on the role of saliva in the body, 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.”
While the sport of golf may not look too dangerous from the sidelines, players know it can sometimes lead to mishaps. There are accidents involving golf carts and clubs, painful muscle and back injuries, and even the threat of lightning strikes on the greens. Yet it wasn’t any of these things that caused professional golfer Danielle Kang’s broken tooth on the opening day of the LPGA Singapore tournament.
“I was eating and it broke,” explained Kang. “My dentist told me, I've chipped another one before, and he said, you don't break it at that moment. It's been broken and it just chips off.” Fortunately, the winner of the 2017 Women’s PGA championship got immediate dental treatment, and went right back on the course to play a solid round, shooting 68.
Kang’s unlucky “chip shot” is far from a rare occurrence. In fact, chipped, fractured and broken teeth are among the most common dental injuries. The cause can be crunching too hard on a piece of ice or hard candy, a sudden accident or a blow to the face, or a tooth that’s weakened by decay or repetitive stress from a habit like nail biting. Feeling a broken tooth in your mouth can cause surprise and worry—but luckily, dentists have many ways of restoring the tooth’s appearance and function.
Exactly how a broken tooth is treated depends on how much of its structure is missing, and whether the soft tissue deep inside of it has been compromised. When a fracture exposes the tooth’s soft pulp it can easily become infected, which may lead to serious problems. In this situation, a root canal or extraction will likely be needed. This involves carefully removing the infected pulp tissue and disinfecting and sealing the “canals” (hollow spaces inside the tooth) to prevent further infection. The tooth can then be restored, often with a crown (cap) to replace the entire visible part. A timely root canal procedure can often save a tooth that would otherwise need to be extracted (removed).
For less serious chips, dental veneers may be an option. Made of durable and lifelike porcelain, veneers are translucent shells that go over the front surfaces of teeth. They can cover minor to moderate chips and cracks, and even correct size and spacing irregularities and discoloration. Veneers can be custom-made in a dental laboratory from a model of your teeth, and are cemented to teeth for a long-lasting and natural-looking restoration.
Minor chips can often be remedied via dental bonding. Here, layers of tooth-colored resin are applied to the surfaces being restored. The resin is shaped to fill in the missing structure and hardened by a special light. While not as long-lasting as other restoration methods, bonding is a relatively simple and inexpensive technique that can often be completed in just one office visit.
If you have questions about restoring chipped teeth, please contact us or schedule an appointment for a consultation. You can learn more by reading the Dear Doctor magazine articles “Porcelain Veneers” and “Artistic Repair of Chipped Teeth With Composite Resin.”
Your mouth is teeming with bacteria—millions of them. But don't be alarmed: Most are benign or even beneficial. There are, however, some bacteria that cause tooth decay or periodontal (gum) disease, which can damage your oral health.
These disease-causing bacteria feed and multiply within a thin biofilm of leftover food particles on tooth surfaces called dental plaque. To reduce these bacterial populations—and thus your disease risk—you'll need to keep plaque from building up through daily brushing and flossing.
Now, there's brushing and flossing—and then there's effective brushing and flossing. While both tasks are fairly simple to perform, there are some things you can do to maximize plaque removal.
Regarding the first task, you should brush once or twice a day unless your dentist advises otherwise. And "Easy does it" is the rule: Hard, aggressive scrubbing can damage your gums. A gentle, circular motion using a good quality toothbrush will get the job done. Just be sure to brush all tooth surfaces, including the nooks and crannies along the biting surfaces. On average, a complete brushing session should take about two minutes.
You should also floss at least once a day. To begin with, take about 18" of thread and wrap each end around an index or middle finger. Pulling taut and using your thumbs to help maneuver the thread, ease the floss between teeth. You then wrap it around each tooth side to form a "C" shape and gently slide the floss up and down. Continue on around until you've flossed between each tooth on both jaws.
You can get a rough idea how well you did after each hygiene session by rubbing your tongue against your teeth—they should feel slick and smooth. If you feel any grittiness, some plaque still remains. Your dentist can give you a more precise evaluation of your cleaning effectiveness at your regular dental visits. This is also when they'll clean your teeth of any missed plaque and tartar.
While professional dental cleanings are important, what you do every day to remove plaque is the real game changer for optimum oral health. Becoming a brushing and flossing "ninja" is the best way to keep your healthy smile.
If you would like more information on daily oral care, 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 “Daily Oral Hygiene: Easy Habits for Maintaining Oral Health.”
If you suffer frequent sinus infections, you might want to talk with your dentist about it. It could be your chronic sinus problems stem from a deeply decayed or infected tooth.
Sinuses are hollow, air-filled spaces in the front of the skull associated with nasal passages. The largest, the maxillary sinuses, are located just behind the cheekbones and above and to the rear of the upper jaw on either side of the face. These sinuses can become painfully congested when infected.
One possible cause for an infection in the maxillary sinus can occur in certain people whose upper back teeth (the molars and premolars) have roots that are close to or even protrude into the sinus. This is normally a minor anatomical feature, unless such a tooth becomes infected.
An infection in teeth with advancing decay or whose nerve tissue has died will eventually reach the root tip through tiny passageways called root canals. If the roots are close to or penetrating the maxillary sinus, the infection could move into the sinus. This is known as Maxillary Sinusitis of Endodontic Origin (MSEO).
A case of MSEO could potentially go on for years with occasional flare-ups of sinus congestion or post-nasal drip. Because of the nature of the infection within the sinus, the affected tooth itself may not show the normal signs of infection like sensitivity or pain. Doctors may attempt to treat the sinus infection with antibiotics, but because the actual source of the infection is within the tooth, this therapy is often ineffective.
If your doctor or dentist suspects MSEO, they may refer you to an endodontist, a specialist in root canals and interior tooth problems. With their advanced diagnostic capabilities, endodontists may have a better chance of accurately diagnosing and locating the source of a tooth-related infection.
As with any non-vital tooth, the likely treatment will be root canal therapy in which the infected tissue within the tooth is removed and the empty spaces filled to prevent future infection. For MSEO, the treatment not only preserves the tooth but may also relieve the infection within the sinus.
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