Posts for tag: tooth decay
Finding out you have a cavity can be an unwelcome surprise. The truth is, though, it didn't happen overnight, but the result of ongoing conditions in the mouth.
Those conditions usually begin with harmful oral bacteria. As a life form, these bacteria need food and lodging, which they readily find from the carbohydrates in your diet. The bacteria and food remnants form a thin biofilm that accumulates tooth surfaces called dental plaque. The bacteria in turn produce oral acid, which can soften and erode the teeth's protective enamel. As bacteria multiply the mouth's acidic levels rise, making cavity formation more likely.
But there's also a flip side to this scenario: Interrupting bacterial growth can help prevent cavities and other dental diseases. Here's how you can do just that.
Remove plaque buildup. It's a simple principle: Deprive bacteria of their refined carbohydrates to reduce their toxicity and remove daily plaque buildup with brushing and flossing. For an added boost, see your dentist at least twice a year for a thorough dental cleaning.
Curtail snacking on sweets. Bacteria love the refined sugar in pastries, candies and other sweets as much as we do. Thus, constant snacking on sweets throughout the day could actually foster bacterial growth. Instead, ease up on your sugar intake and limit sweets to meal times only.
Rinse after sugary drinks. Sodas, sports or energy drinks also provide bacteria with added sugar. They may also contain added forms of acid that further lower your mouth's pH level into the acidic danger zone for teeth. Make it a habit, then, to rinse out your mouth with clear water after drinking one of these beverages to dilute excess sugar or acid.
Take care of your saliva. Saliva neutralizes acid even more than plain water, usually in 30 minutes to an hour after eating. By contrast, not having enough saliva increases your risk for decay and other dental diseases. So, be sure to drink plenty of water, monitor medications that might interfere with saliva production, and use saliva boosting products if needed to keep your saliva production healthy.
If you would like more information on managing your 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 “Cost-Saving Treatment Alternatives.”
It seems like every year you make at least one trip to the doctor for a sinus infection. You might blame it on allergies or a "bug" floating around, but it could be caused by something else: tooth decay.
We're referring to an advanced form of tooth decay, which has worked its way deep into the pulp and root canals of a tooth. And, it could have an impact on your sinuses if the tooth in question is a premolar or molar in the back of the upper jaw.
These particular teeth are located just under the maxillary sinus, a large, open space behind your cheek bones. In some people, these teeth's roots can extend quite close to the sinus floor, or may even extend through it.
It's thus possible for an infection in such a tooth to spread from the tip of the roots into the maxillary sinus. Unbeknownst to you, the infection could fester within the tooth for years, occasionally touching off a sinus infection.
Treating with antibiotics may relieve the sinus infection, but it won't reach the bacteria churning away inside the tooth, the ultimate cause for the infection. Until you address the decay within the tooth, you could keep getting the occasional sinus infection.
Fortunately, we can usually treat this interior tooth decay with a tried and true method called root canal therapy. Known simply as a "root canal," this procedure involves drilling a hole into the tooth to access the infected tissue in the pulp and root canals. After removing the diseased tissue and disinfecting the empty spaces, we fill the pulp and root canals and then seal and crown the tooth to prevent future infection.
Because sinus infections could be a sign of a decayed tooth, it's not a bad idea to see a dentist or endodontist (root canal specialist) if you're having them frequently. Treating it can restore the tooth to health—and maybe put a stop to those recurring sinus infections.
If you would like more information on the connection between tooth decay and sinus problems, 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 “Sinusitis and Tooth Infections.”
Finding out you have a cavity isn't the best of news. But finding out it's a root cavity is even worse: if not treated, the decay can spread more rapidly than a cavity occurring in the tooth's crown surfaces.
Our teeth are basically composed of two parts: the crown, the visible tooth above the gum line, and the roots, the hidden portion beneath the gums. The root in turn fits into a bony socket within the jaw to help hold the tooth in place (along with attached gum ligaments).
A tooth crown is covered by an ultra-hard layer of enamel, which ordinarily protects it from harmful bacteria. But when acid produced by bacteria comes into prolonged contact with enamel, it can soften and erode its mineral content and lead to a cavity.
In contrast to enamel, the roots have a thin layer of material called cementum. Although it offers some protection, it's not at the same performance level as enamel. But roots are also normally covered by the gums, which rounds out their protection.
But what happens when the gums shrink back or recede? This often occurs with gum disease and is more prevalent in older people (and why root cavities are also more common among seniors). The exposed area of the roots with only cementum standing in the way of bacteria and acid becomes more susceptible to cavity formation.
Root cavities can be treated in much the same way as those that occur in the crown. We first remove any decayed tooth structure with a drill and then place a filling. But there's also a scenario in which the cavity is below the gum line: In that case, we may need to gain access to the cavity surgically through the gums.
If you have exposed root areas, we can also treat these with fluoride to strengthen the area against cavity formation. And, as always, prevention is the best treatment: maintain a daily schedule of brushing and flossing and regular dental cleanings to remove bacterial plaque.
Because decay can spread within a tooth, dealing with a root cavity should be done as promptly as possible. But if we diagnose and initiate treatment early, your chances of a good outcome are high.
If you would like more information on treating root cavities and other forms 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 “Root Cavities.”
Your child's dental development is in overdrive between birth and early adulthood. The rapid growth of the teeth, gums and jaws occurs mostly on its own—but tooth decay could significantly derail it.
Although most cases of dental disease occur in adults, tooth decay is a major problem for children, particularly involving primary teeth. These teeth are much more important than they seem given their short lifespans: Because they help incoming permanent teeth to align properly, their premature loss due to decay can create future bite problems.
To prevent this from happening, taking steps to prevent tooth decay in young children is well worth the effort. The best strategy is a double-pronged approach. You'll first want to address certain areas that directly contribute to tooth decay. You'll then want to add measures that strengthen the teeth themselves against the disease.
In regard to the former, reducing the levels of harmful bacteria in the mouth tops the list. These bacteria produce acid as a byproduct that in turn softens and erodes enamel, the teeth's natural barrier against decay. We reduce bacteria by eliminating dental plaque, a film of built-up food particles that feeds and shelters bacteria, through daily brushing and flossing.
Certain dietary choices may also contribute to bacterial growth. Refined sugar is a prime food source for bacteria, so limiting it in the diet will help reduce tooth decay. Furthermore, a diet rich in whole, unprocessed foods and dairy provide nutrients strengthen teeth against decay.
The other prong in defeating tooth decay mainly involves protective measures provided by your dentist. Sealants applied to the chewing surfaces of a child's teeth help protect the enamel from the buildup of bacteria in these highly susceptible areas. An occasional direct application of fluoride to teeth further strengthens their enamel, and makes them less susceptible to decay.
This approach can minimize the chances of tooth decay, but it won't eliminate the risk altogether. If it does occur despite your best efforts, prompt treatment can limit the damage and preserve the teeth. Working with your dentist, you can help ensure your child's teeth are protected from this damaging disease.
If you would like more information on best dental care practices for 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.”
Tooth decay can be a big problem for children's primary (baby) teeth. It doesn't take long for a tooth to become infected and the infection spread to their neighbors.
But since it will eventually give way to a permanent tooth, why not just pull a diseased primary tooth? Although that sounds sensible, there are important reasons for helping a troubled primary tooth survive to its natural end.
Current usefulness. They may not be around for long, but primary teeth serve children well while they have them. They enable a child to eat solid foods to further their physical development. They also figure prominently in speech development, which could be stunted by lost teeth.
The smile factor. Young children are also honing their social skills, and smiling is an important part of learning to fit in with family and friends. A tooth that's missing for some time, especially in the “smile zone,” could affect their smile and have an adverse effect on their social development.
Future teeth health. A primary tooth reserves the space intended for the future permanent tooth, helping to ensure the incoming tooth erupts in the right position. If it's not there, however, other teeth can drift into the space, crowding the incoming tooth out of its proper alignment.
That last reason could have the most long-term effect, causing the development of a poor bite that could require extensive orthodontic treatment. To avoid this and any other physical or social consequences accompanying its premature loss, it's worth the effort to try to protect and save a primary tooth.
Preventively, we can apply sealants on biting surfaces more prone to plaque buildup (the main cause of decay) and topical fluoride to strengthen enamel. When decay does occur, we may be able to remove it and fill the tooth, cap a tooth with a steel crown, or even use a modified root canal procedure in the case of advanced tooth decay.
The best way, however, to protect your child's primary teeth is to brush and floss them every day. Removing harmful plaque vastly reduces the risk of tooth decay. Coupled with professional dental care, your child can avoid tooth decay and get the most out of their primary teeth.
If you would like more information on children's dental 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 “Importance of Baby Teeth.”