Posts for: September, 2018
In the early 1900s, a Colorado dentist noticed his patients had fewer cavities than the norm. He soon found the cause: naturally occurring fluoride in their drinking water. That discovery led to what is now heralded as one of the most important public health measures of the last century — the use of fluoride to prevent tooth decay.
While you're most likely familiar with fluoride toothpaste and other fluoridated hygiene products, there are other sources of this chemical you should know about — especially if you're trying to manage your family's fluoride intake. Here are 3 of these common sources for fluoride.
Fluoridated drinking water. Roughly three-quarters of U.S. water utilities add fluoride to their drinking water supply under regulations governed by the Environmental Protection Agency. The federal government currently recommends 0.7 milligrams of fluoride per liter of water as the optimum balance of maximum protection from tooth decay and minimal risk of a type of tooth staining called dental fluorosis. You can contact your local water service to find out if they add fluoride and how much.
Processed and natural foods. Many processed food manufacturers use fluoridated water in their processes. Although not always indicated on the packaging, there are often traces of fluoride in cereals, canned soups, fruit juices or soda. Many varieties of seafood naturally contain high levels of fluoride and infant formula reconstituted with fluoridated water can exceed the level of fluoride in breast or cow's milk. Beer and wine drinkers may also consume significant levels of fluoride with their favorite adult beverage, particularly Zinfandel, Chardonnay or Cabernet Sauvignon wines.
Clinical prevention measures. As part of a child's regular dental treatment, dentists may apply topical fluoride to developing teeth, especially for children deemed at high risk for tooth decay. This additional fluoride can be applied in various forms including rinses, gels or varnishes. The additional fluoride helps strengthen a child's developing enamel and tooth roots.
How much fluoride your family ingests depends on a number of factors like your drinking water, food purchases and dental hygiene products and procedures. If you have any concerns about how much fluoride you're encountering in your daily life, please be sure and discuss them with your dentist.
If you would like more information on fluoride's benefits for dental health, 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 “Fluoride & Fluoridation in Dentistry.”
With a 95-plus percent survival rate after ten years, dental implants are one of the most durable replacement restorations available. Implants can potentially last much longer than less expensive options, which could make them a less costly choice in the long run.
But although a rare occurrence, implants can and do fail—often in the first few months. And tobacco smokers in particular make up a sizeable portion of these failures.
The reasons stem from smoking’s effect on oral health. Inhaled smoke can actually burn the outer skin layers in the mouth and eventually damage the salivary glands, which can decrease saliva production. Among its functions, saliva provides enzymes to fight disease; it also protects tooth enamel from damaging acid attacks. A chronic “dry mouth,” on the other hand, increases the risk of disease.
The chemical nicotine in tobacco also causes problems because it constricts blood vessels in the mouth and skin. The resulting reduced blood flow inhibits the delivery of antibodies to diseased or wounded areas, and so dramatically slows the healing process. As a result, smokers can take longer than non-smokers to recover from diseases like tooth decay or periodontal (gum) disease, or heal after surgery.
Both the higher disease risk and slower healing can impact an implant’s ultimate success. Implant durability depends on the gradual integration between bone and the implant’s titanium metal post that naturally occurs after placement. But this crucial process can be stymied if an infection resistant to healing arises—a primary reason why smokers experience twice the number of implant failures as non-smokers.
So, what should you do if you’re a smoker and wish to consider implants?
First, for both your general and oral health, try to quit smoking before you undergo implant surgery. At the very least, stop smoking a week before implant surgery and for two weeks after to lower your infection risk. And you can further reduce your chances for failure by practicing diligent daily brushing and flossing and seeing your dentist regularly for cleanings and checkups.
It’s possible to have a successful experience with implants even if you do smoke. But kicking the habit will definitely improve your odds.
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 “Dental Implants & Smoking.”
If you’re facing cancer treatment, we wish you the best outcome possible. Treating this disease has advanced tremendously in recent decades, but the available options are still often challenging to endure. It will be your primary focus for the foreseeable future.
As a dental provider we also want you to be aware how the two main treatments, chemotherapy and radiation, could adversely affect your teeth and gums, especially if you’re receiving radiation therapy near the head and neck. The aim of cancer treatment is to attack and destroy cancer cells to prevent their growth. Unfortunately, it can also destroy neighboring healthy cells and lead to harmful consequences in different parts of the body, including the mouth.
Salivary glands, for example, are especially vulnerable to damage during cancer treatment. This could create a situation where the mouth no longer produces adequate saliva flow, leading to a condition called xerostomia or dry mouth. Besides a lot of discomfort, restricted saliva flow can also increase your risk of tooth decay and other dental diseases. This is because saliva is the body’s acid neutralizer (acid can erode tooth enamel) and its first line of defense against microbial infection.
To guard against this, it’s important to support salivary flow as much as possible if you experience dry mouth symptoms during treatment (as well as beyond—it’s possible the damage to these glands could be permanent). Since some medications also contribute to dry mouth, you should speak with your physician about the prescriptions you’re taking: if any have dry mouth side effects ask if there’s an alternative drug without these side effects. You should also drink more water during the day and especially when taking medications. And consider substances like xylitol gum that can help boost saliva flow.
Unfortunately, it may not be possible to fully avoid the effects of these treatments on your teeth and gums. So, be sure you keep up daily brushing and flossing and see your dentist regularly for cleanings and checkups. If necessary, there are a number of restoration options to restore your smile after you’ve completed your treatment.