Posts for: May, 2015
What you eat (and how often you eat it) is a major factor in the ongoing battle to prevent tooth decay. High levels of sugar or similar carbohydrates in your diet could encourage the growth of bacteria that cause tooth decay. Constantly sipping on acidic beverages like sodas or sports drinks can lead to enamel erosion.
You may be well aware of the kinds of foods that contribute to tooth decay. But did you know some foods can actually protect us from this damaging disease? Here are 4 kinds of foods believed to inhibit tooth decay.
Cheese. This food formed from milk is rich in calcium and has a stimulating effect on saliva. By eating a little cheese after a sugary snack, the increase in saliva can help neutralize the acid produced by the bacteria feeding on the sugar; the added calcium will also strengthen tooth enamel.
Fibrous plant foods. Beans, peanuts and leafy vegetables are rich in fiber and many require vigorous chewing. This in turn stimulates saliva flow, which as previously noted helps to neutralize high levels of acid.
Black and green teas. Beverages brewed from these plants are rich in polyphenols and flavonoids, providing an antioxidant effect on cells. Black tea also contains fluoride, which helps strengthen tooth enamel.
Chocolate. There’s some evidence that cocoa (from which chocolate is derived) may have some properties that inhibit tooth decay. But there is a catch — this evidence is based on unrefined cocoa, without the addition of any sugar. The high levels of sugar in processed chocolate negate this effect. Sorry chocolate lovers!
Of course, any of these and similar foods (like cow’s milk) should be considered complements to a comprehensive prevention approach that includes daily oral hygiene, limits on sugar and acidic food consumption and regular dental cleanings and checkups.
If you would like more information on preventing 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 “Nutrition & Oral Health.”
For a predictable outcome, a dental implant should be placed as soon as the bone and gum tissues following a tooth extraction have healed. But what happens if the tooth has been missing for months or years? You might then run the risk of not having enough bone to properly place an implant.
This can happen because of a disruption in the growth cycle of living bone tissue. As older bone cells dissolve (resorption), new bone develops to take its place. This is a dynamic process, as the amount and exact location of the new growth is in response to changes in the mouth, particularly from forces generated by the teeth as we chew. If, however, this stimulation transmitted to the bone no longer occurs because the tooth is missing, the bone will tend to dissolve over time.
In fact, within the first year after a tooth loss the associated bone can lose as much as a quarter of its normal width. This is why we typically place bone grafting material in an empty socket at the same time as we extract the tooth. This encourages bone growth during the healing period in anticipation of installing a dental implant or a fixed bridge. If, however, the bone has diminished to less than required for a dental implant, we must then use techniques to encourage new bone growth to support a future implant.
One such technique for restoring bone in the back of the upper jaw is to surgically access the area through the maxillary sinus (a membrane-lined air space within the bone structure of the face) positioned just over the jawbone to place grafting material. During surgery performed usually with local anesthesia, the surgeon accesses the sinus cavity, lifts the tissue membrane up from the sinus floor and applies the grafting material on top of the bone. Eventually, the new bone growth will replace the grafting material.
If successful, the new bone growth will be sufficient to support an implant. Thanks to this renewed growth, you’ll soon be able to enjoy better function and a transformed smile provided by your new implant.
If you would like more information on forming new bone for implants through sinus 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 “Sinus Surgery.”
Over the last century dentistry has acquired the knowledge, techniques and treatments to prevent or minimize tooth decay. With this enhanced knowledge we’ve amassed a wealth of data about what increases dental disease development and what prevents it.
This has produced a balanced approach to identifying and treating disease-causing factors and incorporating factors that inhibit tooth decay. Known as Caries Management By Risk Assessment (CAMBRA), this approach first identifies each patient’s individual set of risk factors for dental disease and then develops a customized prevention and treatment plan to minimize their risk.
Rather than simply reacting to occurrences of tooth decay — “drill and fill” — CAMBRA anticipates and targets your susceptibility to decay. The primary factors can be represented by the acronym BAD: Bad bacteria, particular strains that produce acid, which at high levels erode enamel and expose the teeth to infection; Absence of saliva, or “dry mouth,” an insufficient flow of saliva that can’t effectively neutralize acid and restore mineral content to enamel; and Dietary habits too heavy in sugar or acid, which can result in bacterial growth and enamel erosion.
With an accurate picture of your particular risk level we can then apply countering factors from the other side of the balance — those that protect teeth from decay. In this case, we use the acronym SAFE: stimulating Saliva flow when needed or applying Sealants on chewing surfaces most susceptible to decay; Antimicrobials that reduce unhealthy bacteria levels and give healthy bacteria an opportunity to thrive; incorporating Fluoride, a chemical known to strengthen enamel, through hygiene products or direct application to the teeth; and an Effective diet, low in sugar and acid and high in fresh fruits, vegetables and whole grains.
There are a number of preventive and treatment measures that fall into each of the four preventive factors. Using the CAMBRA approach we can develop a treatment and prevention plan that incorporates measures that uniquely fit your dental health situation. With such a plan we can greatly reduce your risk of disease development and impact and better ensure a long and healthy life for your teeth and gums.
If you would like more information on managing dental disease prevention, 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 “Tooth Decay: How to Assess Your Risk.”
The ailment we commonly called gum disease is actually series of related diseases, all of which involve the tissues that surround the teeth. It's sometimes thought of as a “silent” malady, because its symptoms — bad breath, soreness, or bleeding of the gums — may be masked by other conditions. Or, they may simply be disregarded.
But don't ignore these symptoms! Left untreated, periodontitis can have serious health consequences. Here are five things you should know about this disease.
Gum disease is a chronic inflammatory disease.
That means it's a disease related to a natural response of the body's immune system (inflammation), and it develops over time (chronic). Gingivitis, an inflammation of the gums, may be the first step in the disease's progression. Left untreated, it can be followed by destruction of the periodontal ligament (which helps hold the tooth in place), loss of the supporting bone, and ultimately tooth loss. But it doesn't stop there.
The effects of gum disease aren't confined to the mouth.
In fact, recent research has suggested a connection between periodontal disease and chronic diseases in the whole body. There is evidence that severe periodontal disease is linked to an increased risk of cardiovascular diseases (like heart attack and stroke), pregnancy complications, and other conditions. It is also believed to have an adverse effect on blood-sugar control in diabetics.
Gum disease is caused by the bacteria in dental plaque.
Oral bacteria tend to build up in a colony of living organisms called a biofilm. Of the many types of bacteria that live in the mouth, only a relatively few are harmful. When oral biofilms are not regularly disturbed by brushing and flossing, the disease-causing types tend to predominate. Once it gains a foothold, treating gum disease can become more difficult.
Prevention is the best defense.
Good personal oral hygiene, carried out on a daily basis, is probably the best defense against many forms of periodontal disease. Proper brushing and flossing is effective in disrupting the growth of dental plaques. Lifestyle changes — like quitting smoking and reducing stress — are also associated with lessening your chance of developing the disease. Genetics also seems to play a part, so those with a family history of periodontitis should pay special attention to preventive measures.
Prompt, effective treatment is critical.
Bleeding of the gums is never a normal occurrence. But sometimes this (and other symptoms of gum disease) may be overlooked. During routine dental checkups, we can detect the early signs of periodontal disease. We can then recommend an appropriate treatment, from routine scaling and root planing (a cleaning of the teeth) to other therapies. So, besides brushing and flossing regularly, don't neglect regular examinations — they're the best way to stop this disease before it becomes more serious.
If you have concerns about gum disease, please contact us or schedule an appointment for a consultation. You can learn more in the Dear Doctor magazine articles “Understanding Gum (Periodontal) Disease” and “Warning Signs of Periodontal (Gum) Disease.”