Posts for: July, 2019
Every year, thousands of children are born with a cleft palate, cleft lip or a combination of both. The advocacy group AmeriFace promotes the month of July as National Cleft & Craniofacial Awareness & Prevention Month to call attention to this potentially disfiguring defect—and to highlight treatments offered by dentists that can change the destiny of a child with a cleft defect.
Simply put, a cleft is a gap or opening in the palate (roof of the mouth) and/or upper lip. Cleft lips and palates result when structures that are forming in an unborn baby’s mouth and face don’t fuse together as they should during pregnancy. They can occur on either one side or on both sides of the face, in partial form (with some connecting tissue present) or completely open.
Clefts can cause severe disfigurement in a child, which may lead to a diminished self-image and disruption in relationships with others. A cleft can also compromise other aspects of a child’s health and life, including dental health, nutrition, respiratory function and speech development.
Doctors don’t always know why a particular baby is born with a cleft lip or palate, but clefts are thought to result from a combination of factors. Genetics most certainly plays a role, but there appear to be other influencing factors during pregnancy like nutritional deficiencies and fetal exposure to alcohol, radiation or toxic chemicals. In addition, having poorly controlled diabetes or being obese during pregnancy may increase the risk of the baby being born with cleft lip or cleft palate.
Managing known health conditions as well as striving for better prenatal nutrition and protection from environmental hazards may reduce the risks for cleft formation, even so, clefts do form. When they do, we can often effectively correct them, thanks to surgical procedures first developed by a military surgeon stationed in Korea in 1950.
While analyzing photos of cleft patients, Dr. Ralph Millard realized the tissue needed to repair a cleft was already present, but in a distorted form. He then experimented with surgical techniques that released the tissue so that it could be moved and fashioned into a normal appearance.
Dr. Millard’s original techniques remain the basis for today’s advanced procedures. Correction of a cleft lip or palate typically requires a series of procedures which can span the child’s developmental years. The first surgery usually occurs around 3-6 months of age, followed by later procedures to refine the earlier work. This process usually requires a team of dental specialists that includes oral surgeons, orthodontists and general dentists.
The road to restoration from a cleft birth defect can be a long one for children and their families, but the treatment methods developed over the last several decades can truly give them the gift of a normal life.
If you would like more information about cleft repair and other oral surgical procedures, please contact us or schedule a consultation. To learn more, read the Dear Doctor magazine article “Cleft Lip & Cleft Palate: Common Birth Defects That Can Be Repaired Beautifully by Skilled Surgeons.”
Dental implants have soared in popularity thanks to their life-likeness, functionality and durability. But these prized qualities have also created an ironic downside—people are much more likely to replace a tooth with an implant rather than go through the time and effort to preserve it.
We say downside because even though an implant is as close to a real tooth as we can now achieve in dentistry, it still can't rival the real thing. It's usually in your long-term health interest to save a tooth if reasonably possible. And, there are effective ways to do so.
Most dental problems arise from two common oral diseases. One is tooth decay, caused by contact with acid produced by bacteria living in dental plaque. We can often minimize the damage by treating the early cavities decay can create. But if we don't treat it in time, the decay can advance into the tooth's pulp chamber, putting the tooth in danger of loss.
We can intervene, though, using root canal therapy, in which we drill into the tooth to access its interior. We clean out the decayed tooth structure, remove the diseased pulp tissue and fill the empty chamber and root canals to seal the tooth and later crown it to further protect it from re-infection.
Periodontal (gum) disease also begins with bacteria, but in this case the infection is in the gum tissues. Over time the ensuing inflammation locks into battle with the plaque-fueled infection. This stalemate ultimately weakens gum attachment, the roots and supporting bone that can also increases risk for tooth loss.
We can stop a gum infection through a variety of techniques, all following a similar principle—completely removing any accumulated plaque and tartar from the teeth and gums. This stops the infection and starts the process of gum and bone healing.
You should be under no illusions that either of these approaches will be easy. Advanced tooth decay can be complex and often require the skills of an endodontist (a specialist in root canals). Likewise, gum disease may require surgical intervention. But even with these difficulties, it's usually worth it to your dental health to consider saving your tooth first before you replace it with an implant.
If you would like more information on how best to treat a problem tooth, 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 “Save a Tooth or Get an Implant?”
All-natural fruit juice with no additives: now what could be wrong with that? Nothing—unless your child is over-indulging. Too much of even natural fruit juice could increase their risk of tooth decay.
To understand why, we first need to look at the real culprit in tooth decay: mouth acid produced by oral bacteria as a byproduct of their digestion of sugar. Acid at high levels softens and erodes tooth enamel, which causes tooth decay. Acid levels can rise as populations of bacteria increase often fueled by sugar, one of bacteria's primary food sources.
And not just the added sugar found in soft drinks, snacks or candies—even fructose, the natural sugar found in fruit, can feed bacteria. To lower the risk of tooth decay, dentists recommend limiting the daily amount of sugar a child consumes, including natural fruit juices without added sugar.
That doesn't mean you should nix natural fruit juices altogether—they remain a good source of vitamins, minerals and other nutrients. But you'll need to keep your child's juice consumption within moderation.
As a guide, the American Academy of Pediatrics (AAP) has issued consumption recommendations for children regarding all-natural fruit juice. The academy recommends the following daily juice amounts by age:
- 7-18: 8 ounces (1 cup) or less;
- 4-6: 6 ounces or less;
- 1-3: 4 ounces or less;
- Under 1: No juice at all.
You can further reduce your child's decay risk by limiting their juice intake to mealtimes, a good practice with any sweetened beverage. Sipping through the day on juice or other sweetened beverages can cause some sugar to stay in the mouth over long periods. This can interfere with the natural ability of saliva to neutralize any acid buildup.
If you're wondering what children could drink instead of juice, low-fat or non-fat milk is an acceptable choice. But the most tooth-friendly liquid to drink is plain water. Drinking nature's hydrator is not only better for their overall health, by reducing the risk of tooth decay, it's also better for their teeth.
If you would like more information on how sugar can affect your child's 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 “Squeeze Out the Juice.”