Posts for: October, 2018
Refined sugar is a prime food source for disease-causing oral bacteria. As bacteria consume sugar they produce high levels of acid that over time can erode enamel and leave a tooth vulnerable for decay.
The solution to stopping this vicious process is simple: cut back on eating refined sugar. The reality, though, is a bit more complicated. Many of us seem genetically hard-wired with a “sweet tooth,” perhaps a remnant of our early ancestors' sense that sweet foods were a safe means to obtain energy.
Food manufacturers likewise don't help with making this dietary change — the number of items with added sugar has ballooned over the last several decades. We can trace a lot of this back to the unintended consequences of past government guidelines that called for removing fat from processed foods. But this also removed flavor, so manufacturers began adding sugar (under a myriad of names) to compensate.
Sugar consumption is now a hot health topic for its suspected connection with inflammatory diseases like diabetes and cardiovascular disease, as well as dental health. We now have a love-hate relationship with sugar — we want to show it the door but we can't quite bring ourselves to let it go.
The situation has created a market for artificial sweeteners. The amount and types of sugar alternatives has exploded since saccharine first emerged in the early 1960s. With these increased choices, though, there have also been increased concerns over their health impact, including in the mouth.
This concern has prompted numerous research studies. The conclusion: artificial sweeteners don't adversely affect the health of most people. And, from a dental perspective, artificial sweeteners can have a positive impact on teeth and gum health because unlike refined sugar they don't promote oral bacterial growth.
In fact, one particular sweetener may be even more beneficial to your teeth: xylitol. This sweetener, which comes from a sugar alcohol that oral bacteria can't digest, is often found in chewing gums, hard candies or mints. Â In effect, xylitol “starves out” bacteria to help prevent tooth decay.
From a dental perspective, replacing sugar with an artificial sweetener (especially xylitol) can be advantageous. And less sugar could mean more good news after your next dental checkup.
If you would like more information on artificial sweeteners, 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 “Artificial Sweeteners.”
Watching your kids dress up in cute, spooky costumes and go out trick-or-treating can be a real thrill. But thinking about the dental damage caused by eating all those sweets might just give you the chills. So is it best to act like a witch and take away all the candy from those adorable little ghosts and goblins?
Relax! According to experts like the American Dental Association, it’s OK to let kids enjoy some sweet treats on special occasions like Halloween—especially if they have been taking good care of their oral hygiene all year long, by brushing twice each day and flossing once every day. But to help keep cavities away from those young smiles, there are some things parents (and everyone else) should understand.
Cavities—small holes in the tooth’s outer surface that result from the decay process—get started when bacteria in the mouth feed on sugar and produce acids. The acids eat away at the hard enamel coating of teeth. If left untreated, decay will eventually reach the soft inner core of the tooth, causing even more serious damage.
There are several ways to stop the process of tooth decay. One is to take away the sugar that decay bacteria feed on. Because this ingredient is common in so many foods, it’s hard to completely eliminate sugar from the diet. Instead, it may be more practical to limit the consumption of sweets. For example, if kids are only allowed to eat sugary treats around mealtimes, it gives the mouth plenty of “downtime,” in which healthful saliva can neutralize the bacterial acids. It also helps to avoid sweets that stick to teeth (like taffy or gummy bears) and those that stay in the mouth for a long time (like hard candy).
Another way to help stop tooth decay is by maintaining top-notch oral hygiene. Decay bacteria thrive in the sticky film called plaque that clings stubbornly to the surfaces of teeth. Plaque can be removed by—you guessed it—effective brushing and flossing techniques. While it’s a good start, brushing alone won’t remove plaque from the spaces between teeth and under the gums: That’s why flossing is an essential part of the daily oral hygiene routine. Helping your kids develop good oral hygiene habits is among the best things you can do to fight cavities.
And speaking of habits, there are a few others that can help—or hurt—your oral health. For example, drinking plenty of water keeps the body hydrated and benefits oral health; but regularly drinking soda and other sweetened or acidic beverages greatly increases the risk of tooth decay. And seeing your dentist on a regular basis for professional cleanings and routine checkups is one of the most beneficial habits of all. Working together, we can help keep tooth decay from turning into a scary situation for kids—and adults too.
If you have questions about cavity prevention or oral hygiene, please contact our office or schedule a consultation. You can learn more in the Dear Doctor magazine articles “How to Help Your Child Develop the Best Habits for Oral Health” and “Tooth Decay—How to Assess Your Risk.”
Placing a dental implant within the jawbone requires a surgical procedure. For most people it’s a relatively minor affair, but for some with certain health conditions it might be otherwise. Because of their condition they might have an increased risk for a bacterial infection afterward that could interfere with the implant’s integration with the bone and lead to possible failure.
To lower this risk, dentists for many years have routinely prescribed an antibiotic for patients considered at high-risk for infection to take before their implant surgery. But there’s been a lively debate among health practitioners about the true necessity for this practice and whether it’s worth the possible side effects that can accompany taking antibiotics.
While the practice still continues, current guidelines now recommend it for fewer health conditions. The American Dental Association (ADA) together with the American Heart Association (AHA) now recommend antibiotics only for surgical patients who have prosthetic heart valves, a history of infective endocarditis, a heart transplant or certain congenital heart conditions.
But patients with prosthetic joint replacements, who were once included in the recommendation for pre-surgical antibiotics, are no longer in that category. Even so, some orthopedic surgeons continue to recommend it for their joint replacement patients out of concern that a post-surgical infection could adversely affect their replaced joints.
But while these areas of disagreement about pre-surgical antibiotics still continue, a consensus may be emerging about a possible “sweet spot” in administering the therapy. Evidence from recent studies indicates just a small dose of antibiotics administered an hour before surgery may be sufficient to reduce the risk of infection-related implant failure with only minimal risk of side effects from the drug.
Because pre-surgical antibiotic therapy can be a complicated matter, it’s best that you discuss with both the physician caring for your health condition and your dentist about whether you should undergo this option to reduce the infection risk with your own implant surgery. Still, if all the factors surrounding your health indicate it, this antibiotic therapy might help you avoid losing an implant to infection.
If you would like more information on antibiotics before implant surgery, 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 “Implants & Antibiotics: Lowering Risk of Implant Failure.”