More than likely your child already receives fluoride from your drinking water or toothpaste. So, is it really necessary for them to receive topical fluoride during their regular office checkups?
We highly recommend they do. A naturally occurring chemical, fluoride has the ability to make enamel more resistant to acid attacks that lead to tooth decay. It’s most effective when it works its way into the structure of the enamel during early teeth development.
Both fluoridated drinking water and dietary fluoride supplements (recommended by a doctor or dentist) can be the vehicle for this to occur while the teeth are still forming in the jaw before eruption (when teeth become visible). After the teeth have erupted, fluoride applied directly to the enamel surface (topically) can become infused with it as it continues to develop during early growth.
But can’t fluoride toothpaste accomplish the same result? No — the fluoride added to toothpaste and other hygiene products is relatively low, and only strong enough to maintain and protect enamel. The fluoride levels in topical applications like gels, foam or varnishes are much higher (in the tens of thousands of parts per million) and remain in contact with the teeth during a treatment session for much longer. Some fluoride varnishes, in fact, will continue to leach fluoride into the tooth surface for a month or more.
Topical fluoride applications are especially beneficial for children who are growing up in an area without fluoridated drinking water or without the proper means for good oral care and hygiene. But even for children with access to fluoridated water and oral care, a topical application can still be helpful.
A topical fluoride treatment isn’t a stand-alone application, but a regular part of your child’s dental care of daily brushing and flossing and semi-annual dental cleanings and checkups. Topical fluoride enhances the care they already receive to help produce stronger enamel for future healthy teeth.
If you would like more information on topical fluoride applications, 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 “Topical Fluoride: How Fluoride will Benefit Your Child.”
Porcelain veneers are a great way to enhance an unattractive smile. But are they appropriate for teenagers? The answer usually depends on a patient’s current development stage and the type of veneer used.
Veneers are thin layers of porcelain bonded to the front of teeth. But even though quite thin, they can appear bulky if we don’t first remove some of the tooth’s enamel surface. This is irreversible, so the tooth may require a restoration from then on.
This could be a major issue for teens whose permanent teeth are still developing. During this period the tooth’s central pulp is relatively large and the dentin layer not fully developed. As a result, the pulp’s nerves are often closer to the surface than in an adult tooth. This increases risk of nerve damage during veneer preparation; if nerve damage occurs, the tooth could ultimately require a root canal treatment to save it.
On the other hand, some types of veneers don’t require tooth alteration (or only very little) beforehand. These “no-prep” or “minimal prep” veneers are best for certain situations like abnormally small teeth, so we must first determine if using such a veneer would be appropriate for your teen.
In effect, we’ll need to weigh these and other factors before determining if veneers are a safe choice for your teen. That being the case, it may be more advisable to consider more conservative cosmetic techniques first. For example, if enamel staining is the main issue, you could consider teeth whitening. Although the often amazing results eventually fade, whitening could still buy some time until the teeth have matured to safely apply veneers.
Slight deformities like chipping can often be corrected by bonding tooth-colored composite material to the tooth. In artistic hands it’s even possible to create a full veneer effect with very little if any tooth preparation. How much we can apply, though, depends on tooth size, and it won’t be as durable as a porcelain veneer.
With that said, veneers could be the right solution to enhance your teen’s smile. But, we’ll need to carefully consider their dental situation to ensure their new smile remains a healthy one.
If you’ve just received a dental implant restoration, congratulations! This proven smile-changer is not only life-like, it’s also durable: more than 95% of implants survive at least 10 years. But beware: periodontal (gum) disease could derail that longevity.
Gum disease is triggered by dental plaque, a thin film of bacteria and food particles that builds up on teeth. Left untreated the infection weakens gum attachment to teeth and causes supporting bone loss, eventually leading to possible tooth loss. Something similar holds true for an implant: although the implant itself can’t be affected by disease, the gums and bone that support it can. And just as a tooth can be lost, so can an implant.
Gum disease affecting an implant is called peri-implantitis (“peri”–around; implant “itis”–inflammation). Usually beginning with the surface tissues, the infection can advance (quite rapidly) below the gum line to eventually weaken the bone in which the implant has become integrated (a process known as osseointegration). As the bone deteriorates, the implant loses the secure hold created through osseointegration and may eventually give way.
As in other cases of gum disease, the sooner we detect peri-implantitis the better our chances of preserving the implant. That’s why at the first signs of a gum infection—swollen, reddened or bleeding gums—you should contact us at once for an appointment.
If you indeed have peri-implantitis, we’ll manually identify and remove all plaque and calculus (tartar) fueling the infection, which might also require surgical access to deeper plaque deposits. We may also need to decontaminate microscopic ridges found on the implant surface. These are typically added by the implant manufacturer to boost osseointegration, but in the face of a gum infection they can become havens for disease-causing bacteria to grow and hide.
Of course, the best way to treat peri-implantitis is to attempt to prevent it through daily brushing and flossing, and at least twice a year (or more, if we recommend it) dental visits for thorough cleanings and checkups. Keeping its supporting tissues disease-free will boost your implant’s chances for a long and useful life.
If you would like more information on caring for your 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 “Gum Disease can Cause Dental Implant Failure.”
If we could go back in time, we all probably have a few things we wish we could change. Recently, Dr. Travis Stork, emergency room physician and host of the syndicated TV show The Doctors, shared one of his do-over dreams with Dear Doctor magazine: “If I [could have] gone back and told myself as a teenager what to do, I would have worn a mouthguard, not only to protect my teeth but also to help potentially reduce risk of concussion.”
What prompted this wish? The fact that as a teenage basketball player, Stork received an elbow to the mouth that caused his two front teeth to be knocked out of place. The teeth were put back in position, but they soon became darker and began to hurt. Eventually, both were successfully restored with dental crowns. Still, it was a painful (and costly) injury — and one that could have been avoided.
You might not realize it, but when it comes to dental injuries, basketball ranks among the riskier sports. Yet it’s far from the only one. In fact, according to the American Dental Association (ADA), there are some two dozen others — including baseball, hockey, surfing and bicycling — that carry a heightened risk of dental injury. Whenever you’re playing those sports, the ADA recommends you wear a high-quality mouth guard.
Mouthguards have come a long way since they were introduced as protective equipment for boxers in the early 1900’s. Today, three different types are widely available: stock “off-the-shelf” types that come in just a few sizes; mouth-formed “boil-and-bite” types that you adapt to the general contours of your mouth; and custom-made high-quality mouthguards that are made just for you at the dental office.
Of all three types, the dentist-made mouthguards are consistently found to be the most comfortable and best-fitting, and the ones that offer your teeth the greatest protection. What’s more, recent studies suggest that custom-fabricated mouthguards can provide an additional defense against concussion — in fact, they are twice as effective as the other types. That’s why you’ll see more and more professional athletes (and plenty of amateurs as well) sporting custom-made mouthguards at games and practices.
“I would have saved myself a lot of dental heartache if I had worn a mouthguard,” noted Dr. Stork. So take his advice: Wear a mouthguard whenever you play sports — unless you’d like to meet him (or one of his medical colleagues) in a professional capacity…
There’s more to teeth than meets the eye. Hidden beneath the visible crown are the tooth’s roots set within the jawbone, secured and protected by the gums from bacteria and infection. But if the gums shrink back (recede), the roots become exposed and susceptible to disease, especially at the points where multiple roots branch from each other, areas called furcations.
It all begins with periodontal (gum) disease caused by built-up bacterial plaque from insufficient brushing and flossing. The infection triggers inflammation that over time weakens gum tissues. They begin to detach from the teeth, which can eventually lead to gum recession and root exposure.
This also causes bone loss, especially at the furcations. We can detect any loss (known as a furcation invasion) and how far along it may be with x-ray imaging or by manually probing with an instrument called a periodontal probe.
There are three general classes measuring furcation invasions. In the earliest, Class I, we can feel the invasion as a slight groove; in Class II, it increases to two or more millimeters across. In Class III the bone loss extends from one side of the root all the way to the other (a “through and through”).
At this stage a patient is in danger of losing the tooth, so we’ll have to act promptly. This means first removing accumulated dental plaque and calculus (tartar) to stop the infection and allow the gums to heal. With severe damage, we may need to assist healing with bone and gum tissue grafting, in which we place donor grafts to serve as scaffolding for the appropriate tissue to grow upon.
You can help prevent this situation by practicing effective daily hygiene and visiting your dentist for thorough cleanings at least twice a year (or more if recommended). And at the first signs of a gum infection—swollen, reddened or bleeding gums—make an appointment as soon as possible to have it checked. The sooner we can detect and treat gum disease, the less likely a furcation invasion or worse will be in your future.
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