Posts for category: Oral Health
This year's Carol Burnett Award, presented at the Golden Globes, goes to Ellen DeGeneres for her “outstanding contributions to the television medium on or off the screen.” This is the latest in a long list of honors for the comedienne, talk show host and activist that includes Emmys, Grammys and Teen Choice Awards. And one not quite as well-known: a 2004 “Flossy” award.
DeGeneres received this honor from the National Flossing Council in recognition of her passionate promotion of oral hygiene, particularly flossing. She wrote about its virtues in her 2003 book, The Funny Thing Is…., saying, among other things, “Don't even think for a second that you can get away with not flossing.”
DeGeneres's motivational cheerleading for flossing is helpful and necessary because, well, many of us just don't like doing it. It requires more manual dexterity than its more popular sibling, brushing. And the tendency for the floss to gunk up with plaque residue for some is simply unpleasant.
Mainly, though, many folks think brushing is enough. Not so fast, according to dental professionals. While brushing removes disease-causing bacterial plaque from broad tooth surfaces, it can't effectively get into the spaces between teeth. It takes flossing to clear plaque from these more difficult areas.
But don't fret: There are ways to make flossing an easier—and more pleasant—task.
Ask us for help. As we said before, flossing does take some hand dexterity and coordination to perform. You may also wonder if you're doing it effectively. We can provide training and tips on how to be a more effective flosser at your next visit.
Practice, practice, practice. You probably think nothing of riding a bicycle, and yet it probably took you weeks or months as a kid to become proficient. Similarly, your first attempts at flossing might feel awkward, but you'll improve with practice, so don't give up.
Brush before you floss. Most people floss before brushing, but if you tend to encounter a lot of soft plaque debris that makes flossing “icky” for you, then try brushing first to clear a good portion of it out of the way before you floss. Just be aware, most professionals believe that flossing first is better because it loosens up debris between teeth so the bubbles from the toothpaste can carry it away. But any flossing is better than no flossing!
Try flossing tools. For some people, floss picks, small pre-threaded tools you can use with one hand, seem easier to maneuver than regular floss thread. If you have issues with manual dexterity, an oral irrigator can make the task easier: This handheld device uses a stream of pressurized water to loosen and flush away plaque between teeth.
So, follow Ellen DeGeneres's advice she gave Tulane University graduates during a commencement speech: “Remember to exfoliate, moisturize, exercise…and floss.” The latter, along with brushing, will certainly help keep your teeth and gums healthy.
Tooth decay is more prevalent than diseases like cancer, heart disease or influenza. It doesn't have to be—brushing with fluoride toothpaste, flossing, less dietary sugar and regular dental cleanings can lower the risk of this harmful disease.
Hygiene, diet and dental care work because they interrupt the disease process at various points. Daily hygiene and regular dental cleanings remove dental plaque where oral bacteria flourish. Reducing sugar eliminates one of bacteria's feeding sources. With less bacteria, there's less oral acid to erode enamel.
But as good as these methods work, we can now take the fight against tooth decay a step further. We can formulate a prevention strategy tailored to an individual patient that addresses risk factors for decay unique to them.
Poor saliva flow. One of the more important functions of this bodily fluid is to neutralize mouth acid produced by bacteria and released from food during eating. Saliva helps restore the mouth's ideal pH balance needed for optimum oral health. But if you have poor saliva flow, often because of medications, your mouth could be more acidic and thus more prone to decay.
Biofilm imbalance. The inside of your mouth is coated with an ultrathin biofilm made up of proteins, biochemicals and microorganisms. Normally, both beneficial and harmful bacteria reside together with the “good” bacteria having the edge. If the mouth becomes more acidic long-term, however, even the beneficial bacteria adapt and become more like their harmful counterparts.
Genetic factors. Researchers estimate that 40 to 50 hereditary genes can impact cavity development. Some of these genes could impact tooth formation or saliva gland anatomy, while others drive behaviors like a higher craving for sugar. A family history of tooth decay, especially when regular hygiene habits or diet don't seem to be a factor, could be an indicator that genes are influencing a person's dental health.
To determine if these or other factors could be driving a patient's higher risk for tooth decay, many dentists are now gathering more information about medications, family history or lifestyle habits. Using that information, they can introduce other measures for each patient that will lower their risk for tooth decay even more.
If you would like more information on reducing your risk of tooth decay, 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 “What Everyone Should Know About Tooth Decay.”
Accidents happen. And if an accident causes an injury to your jaws or surrounding facial area, it could result in serious damage. Without prompt treatment, that damage could be permanent.
You’ll usually know, of course, if something is wrong from the extreme pain near or around a jaw joint that won’t subside. If you have such symptoms, we need to see you as soon as possible to specifically diagnose the injury, which will in turn determine how we’ll treat it.
This is important because there are a number of injury possibilities behind the pain. It could mean you’ve loosened or displaced one or more teeth. The joint and its connective muscle may also have been bruised resulting in swelling within the joint space or a dislocation of the condyle (the bone ball at the end of the jaw), either of which can be extremely painful.
These injuries also cause muscle spasms, the body’s response for keeping the jaw from moving and incurring more damage (a natural splint, if you will). After examining to see that everything is functioning normally, we can usually treat it with mild to moderate anti-inflammatory drugs to reduce swelling and pain and muscle relaxers to ease the spasms. We may also need to gently manipulate and ease a dislocated jaw into its proper position.
In the worst case, though, you may actually have fractured the jaw bone. The most common break is known as a sub-condylar fracture that occurs just below the head of the joint with pain and discomfort usually more severe than what’s experienced from tissue bruising or dislocation. As with other fractures, we’ll need to reposition the broken bone and immobilize it until it’s healed. This can be done by temporarily joining the upper and lower teeth together for several weeks to keep the jaw from moving, or with a surgical procedure for more severe breaks that stabilizes the jawbone independently.
It’s important with any persistent jaw or mouth pain after an accident that you see us as soon as possible — you may have an injury that needs immediate attention for proper healing. At the very least, we can help alleviate the pain and discomfort until you’re back to normal.
If you would like more information on treating jaw injuries, 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 “Jaw Pain — What’s the Cause?”
Radiographic (x-ray) images are an indispensible diagnostic tool in dentistry. One of the most routine and useful types of x-rays dentists take is the so-called bitewing. Here are some things you may want to know about this common diagnostic procedure.
What are bitewing x-rays?
Bitewings reveal the presence and extent of decay in the back teeth, specifically in areas where adjacent teeth touch each other. Unlike other areas of the teeth, these contacting surfaces between adjacent teeth can’t be examined visually. Bitewings can also show areas of bone loss around teeth — a sign of periodontal disease; however, they are not taken for that purpose because bitewings will not show the complete root surface that is surrounded by bone.
Why are they called that?
The name “bitewing” refers to how the film — or sensor, in the case of a digital x-ray — is positioned in the mouth: The patient bites down on a little tab or wing that holds the apparatus in place.
How often do I need them?
This is determined on a case-by-case basis, with the goal of not exposing you to any more radiation than necessary — even the minimal amount found in a series of bitewing x-rays. Your individual susceptibility to caries (tooth decay) and personal dental history will play a major role in determining how frequently you need radiographic examination — and, for that matter, how often you need to come in for routine cleanings and exams.
Are they safe?
The safety of bitewing x-rays is best illustrated with a comparison to the regular daily radiation exposure we get every day from environmental sources, which is about 0.01 millisieverts — the unit of measure we use for radiation. A series of 4 bitewing x-rays exposes you to 0.004 millisieverts of radiation — less than half of the daily exposure. Undetected tooth decay, which can spread quickly through the softer inner layers of teeth, is considered much more dangerous!
If a bitewing x-ray shows that there is tooth decay, what happens next?
If the cavity is very small, we may be able to treat it during the same appointment. If not, we will make a separate appointment to make sure it is taken care of promptly. The sooner tooth decay is treated, the better!
Like the rest of healthcare, antibiotics have transformed dentistry. Advanced oral infections that once eluded successful treatment are routinely stopped with the use of these “wonder drugs.” But their overuse over the years has given rise to dangerous “superbugs” resistant to many antibiotics.
Antibiotics are one of the 20th Century's most significant healthcare achievements. Drugs like penicillin played a major role ending the global threat of tuberculosis, cholera and bacterial meningitis. Over the last few decades, more antibiotics have been developed to defend against an even wider array of bacterial dangers.
But along the way doctors and dentists began prescribing antibiotics for all manner of illnesses including viral infections like colds or flu for which they're less effective. They've also been increasingly used as a preventive measure, including inclusion in animal feed to fight disease.
But our tiny biological nemeses are adaptable. As bacterial strains come in contact with greater amounts of antibiotics, individual bacterium that survive transmit their resistance to subsequent generations. This can produce new strains like Staphylococcus aureus (MRSA) that are resistant to methicillin and other common antibiotics that once contained them.
There's deep concern that these new resistant strains, often recent incarnations of old diseases once thought defeated, will lead to higher rates of sickness and death. Increasing resistance could also make common procedures like those performed by dentists and oral surgeons, much riskier to undertake.
To combat this, pharmaceutical companies are racing to create new drugs to compensate. Recently, they've received an encouraging sign of hope in this battle from an unlikely source: viruses. Researchers in Tel Aviv, Israel have discovered an antagonistic protein to bacteria among a group of viruses called bacteriophages. The protein, injected into a bacterium, commandeers the cell's DNA function to aid virus reproduction, which kills the host.
In the words of one researcher, this makes these particular “enemy of our enemy” viruses our “friend.” Although the discovery is still a long way from practical use in antibiotics, harnessing it in future drug versions could help pack a greater punch against resistant bacteria.
In the meantime, providers and patients alike must practice and advocate for stricter protocols regarding the use of antibiotics. The viability of tomorrow's healthcare is on the line.