Posts for: August, 2015
Brushing and flossing are foundational to good oral health and an essential part of daily life. Practicing both these habits removes most disease-causing bacterial plaque from tooth and gum surfaces.
It doesn’t take much to manually perform them — a quality soft-bristle toothbrush, fluoride toothpaste and string floss. But what if you have a physical impairment that makes performing these tasks difficult to perform — or your mouth condition requires a little more “power” to adequately access and clean surfaces?
You do have power options for both brushing and flossing. Electric toothbrushes, of course, have been available since the 1950s. As with other technology, they’ve improved in quality and affordability over the last few decades. They’re available in various sizes, rechargeable or battery, and each with their own claims of cleaning ability.
The ultimate question, though, is: are they as effective at removing plaque as manual brushing? That’s been the subject of a number of comprehensive studies, including one conducted by the Cochrane Collaboration, a research organization. They evaluated a number of powered toothbrushes over various lengths of time. They concluded that some powered toothbrushes with a rotation-oscillation action had a statistically significant (though modest) reduction in plaque compared with manual toothbrushes.
As to flossing, admittedly it does take some dexterity to accomplish effectively. Traditional string flossing is also difficult if not impossible for people with braces or similar access restrictions to the teeth. An oral irrigator (or water flosser) is a viable alternative. Water flossers work by pulsating water at high pressure through special tips at the end of a handheld or countertop device. The pressurized stream penetrates between teeth and below the gums to flush away plaque.
Are water flossers effective? According to one recent study orthodontic patients were able to remove up to five times the plaque between teeth as those who used only a manual toothbrush.
When considering alternatives to your manual toothbrush or string floss, speak with us first. We’ll be happy to guide you toward the best form of brushing and flossing to do the most good in your situation.
Professional basketball player Lamar Odom is sometimes known as “the candyman” because of his notorious fondness for sweets. But when his sweet tooth finally caught up with him — in the form of a mouthful of decayed teeth — the six-foot-ten-inch, 230-pound hoops star admitted that he had been avoiding treatment… because he was afraid of going to the dentist!
It took two Kardashians (Khloe and Kim) and a painful toothache to finally persuade Odom to sit in the chair. Once he did, it was found that he needed a root canal, a wisdom tooth extraction, and several fillings. Yet the fretful forward sailed through the whole set of procedures in a single visit, and walked out with a big smile afterward. How did his dentists make that happen?
Put it down to the “magic” of sedation dentistry. With anxiety-relieving medications that can be delivered orally (in pill form or by gas) or intravenously (into the bloodstream), the techniques of sedation dentistry can help even the most fearful patients get the dental care they need. That’s good news for about 50 percent of the population, who admit they’re at least somewhat afraid of the dentist — and even better for the 15 percent who avoid dental care completely due to their fear.
Dentists have a number of ways to ease apprehensive patients through a dental visit. An oral anti-anxiety drug can be given in pill form about an hour beforehand. Nitrous oxide (sometimes called “laughing gas”), which is administered by a mask placed over the mouth or nose, may also be used to relieve anxiety. The calming effects of these medications help make any nervousness melt away — and in many circumstances, mild sedation is all that’s needed to ease the fear.
For lengthier or more complex procedures, intravenous (IV) sedation may be recommended. Unlike deeper (unconscious) sedation, IV sedation doesn’t cause “sleep.” Instead, it puts you in a comfortable semi-awake state, where you can still breathe on your own and respond to stimuli… but without feeling any anxiety. And when the procedure is over, you probably won’t have any memory of it at all.
IV sedation can be administered by dentists who are specially trained and equipped with the proper safety equipment. While sedation is being provided, you will be monitored at all times by a dedicated staff member; when it’s over, you will rest for a while as the medication quickly wears off. Then (as is the case with oral sedation), you’ll need another person to give you a ride home.
Does sedation dentistry really work? Lamar Odom thinks so. “I feel so much better,” he said when his 7-hour procedure was over. “I feel like I accomplished something.”
While the prevention and treatment of tooth decay has improved dramatically over the last half century, it continues to be a major health issue, especially for children. One in four children 5 and younger will develop some form of the disease.
Although tooth decay in children stems from the same causes as in adults — the presence of decay-causing bacteria in plaque, unprotected teeth and the right mix of carbohydrates like sugar left in the mouth — the means by which it occurs may be different. We even define tooth decay differently in children as Early Childhood Caries (ECC), “caries” the dental profession’s term for tooth decay.
ECC highlights a number of cause factors specific to young children, such as: continuous use of a bottle or “sippy cup” filled with juice or other sweetened beverages; at-will breast-feeding throughout the night; use of a sweetened pacifier; or regular use of sugar-based oral medicine to treat chronic illness.
If you noticed sugar as a common denominator in these factors, you’re right. As a primary food source for bacteria, refined sugar is a major trigger for the disease especially if it constantly resides in the mouth from constant snacking or sipping. In fact, it’s the primary driver for a particular pattern of decay known as Baby Bottle Tooth Decay (BBTD). This pattern is specifically linked to sleep-time bottles filled with juice, milk, formula or other sweetened beverages, given to an infant or toddler to help soothe them through the night or during naps.
All these factors cause a cycle of decay. To interrupt that cycle, there are some things you as a parent should do: perform daily hygiene with your child to reduce decay-causing bacteria; reduce the amount and frequency of carbohydrates in the diet, particularly sugar; and protect the teeth by having us apply fluoride or sealants directly to the teeth.
Early tooth decay could affect your child's oral health for years to come. With a little care and vigilance, you improve your chances of avoiding that encounter.
If you would like more information on preventing tooth decay in 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 “Dentistry & Oral Health for Children.”
Unlike the natural tooth it replaces, a dental implant is impervious to decay. But don’t think that means you can relax your oral hygiene habits — even though the implant itself can’t be infected, the surrounding gum tissues and bone can. And if they’re not properly cared for you might eventually lose the implant.
In fact, implants may be more susceptible to problems from impacted food that becomes wedged between the gums and teeth than their natural counterparts. Natural teeth are connected to the jaw by way of a resilient, elastic tissue known as the periodontal ligament: the ligament resides in the space between the tooth root and the bone and attaches to both through tiny fibers. The bone and ligament are protected by an attachment of gum tissue that covers all of the surrounding bone and attaches to the root surface. The outer gum tissue surface is covered by a protein called keratin that makes it resistant to wear.
On the other hand, these periodontal ligament fibers don’t exist when implants are present as the implant is fastened directly to the bone. Because it doesn’t have this ligament attachment, and the gum tissues around can’t attach to the implant as with natural teeth, it may be more vulnerable to bacteria or trauma caused by food impaction. So, cleaning and caring for dental implants is just as important, if not more so than with natural teeth.
If the gums around an implant become infected and inflamed it could lead to peri-implantitis, a condition that can destroy the bone attachment between the implant and the bone. In other words, the loss of bone support can weaken the integration of the implant with the bone. As more and more attachment is lost, the implant can loosen and eventually be lost.
The best way to avoid this is with consistent daily hygiene and regular dental checkups. And, if you notice any signs of swelling or redness of the gums around an implant, contact us as soon as possible. The sooner we begin treatment to alleviate the infection, the less danger there will be of losing your implant.
If you would like more information on how to care for dental implants and other restorations, 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 “Infections around Implants.”