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Posts for: July, 2021

ThinkTwiceBeforeYouUndergoBotoxTreatmentforChronicJawPain

There's still much about the underlying nature of chronic jaw joint dysfunction we have yet to unravel. Treating these conditions known as temporomandibular joint disorders (TMDs) may therefore require some experimentation to find what works for each individual patient.

Most TMD therapies are relatively conservative: eating softer foods, taking anti-inflammatory pain relievers or undergoing physical therapy. There have been some surgical techniques tried to relieve jaw pain and dysfunction, but these have so far had mixed results.

Recently, the use of the drug Botox has been promoted for relieving jaw pain, albeit temporarily. Botox contains tiny amounts of botulinum toxin type A, a poisonous substance derived from the bacterium Clostridium botulinum, which can cause muscle paralysis. It's mainly used to cosmetically smooth out small wrinkles around facial features.

Because of these properties, some physicians have proposed Botox for TMD treatment to paralyze the muscles around the jaw to reduce pain and discomfort. While the treatment sounds intriguing, there are a number of reasons to be wary of it if you have TMD.

To begin with, the claims for Botox's success in relieving jaw pain have been mainly anecdotal. On the other hand, findings from randomized, double-blind trials have yet to show any solid evidence that Botox can produce these pain-relieving effects.

But even if it lived up to the claims of TMD pain relief, the effect would eventually fade in a few weeks or months, requiring the patient to repeat the injections. It's possible with multiple Botox injections that the body will develop antibodies to fight the botulinum toxin, causing the treatment to be less effective with subsequent injections.

Of even greater concern are the potential side effects of Botox TMD treatment, ranging from headaches and soreness at the injection site to more serious muscle atrophy and possible facial deformity from repeated injections. There's also evidence for decreased bone density in the jaw, which could have far-reaching consequences for someone with TMD.

The best approach still seems to lie in the more conservative therapies that treat TMD similar to other joint disorders. Finding the right combination of therapies that most benefit you will help you better manage your symptoms.

If you would like more information on treatments for TMD, 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 “Botox Treatment for TMJ Pain.”


ThisOneCosmeticMethodCouldImproveaMultipleofToothFlaws

You could have an unattractive smile because of a chipped tooth or one slightly out of alignment. Or, it could be both of the above, plus some heavy staining to boot. Correcting each flaw individually might require a combination of different methods like orthodontics or porcelain crowns, which can take an extended period of time to complete.

But you may be able to correct numerous smile flaws with just one method—and in no more than a couple of treatment visits. It's called direct veneers.

Unlike regular veneers, direct veneers don't require a dental technician to craft a thin porcelain shell to bond over teeth. Rather, a dentist applies a tooth-colored material called composite resin to the problem teeth and "sculpts" an entirely new look that can correct multiple dental flaws at one time.

The dentist usually begins the process by creating a model ("wax-up") of proposed changes based on physical impressions of the jaw and teeth. Both dentist and patient can study the model and modify it if necessary, when finalizing the treatment plan.

At a subsequent appointment, the dentist prepares the tooth surface for bonding by removing a thin layer of tooth enamel, then shapes the teeth to better accommodate the composite resin. This tooth prep is similar to that done with traditional veneers, so it's permanent—the teeth will require some form of restoration from then on.

After applying an etchant and a bonding agent, the dentist applies the composite resin in small amounts, hardening each layer with a special light before applying the next one. With each subsequent layer, the dentist sculps the composite material to eventually resemble the wax-up model.

After completing the composite application, the dentist then uses hand tools and a dental drill to complete shaping, as well as an abrasive strip between teeth to aid future flossing. After just a few hours, the transformation is complete.

Direct veneers are durable, but not to the same extent as regular veneers or other cosmetic enhancements. They can also pick up stains over time, and may require re-treatment at some point. Still, direct veneers are a cost-effective way to improve the appearance of teeth with multiple flaws that could radically change your smile for the better.

If you would like more information on the direct veneer method, please contact us or schedule an appointment for a consultation.


ABetterVersionofaDentureorBridgeWithDentalImplants

A wise sage once said the largest room in the world is the "room for improvement." Indeed, many modern advances would never have happened if someone hadn't first asked, "How can I make this better?"

Dentures and bridges are a case in point. Both of these tooth replacement methods have a long, successful track record in restoring functional, life-like teeth. But a recent development has made them even better: the incorporation of dental implants.

Most people associate implants, metallic posts imbedded in the jawbone, with single tooth replacements. But a few strategically placed implants can connect to and support a full removable denture (or overdenture). We can also use them to permanently affix a full or partial bridge without altering any remaining teeth as with a regular bridge.

There are two great benefits to using implants in this way. The most obvious is that they provide greater support for restorations than the traditional means for securing them in place. But there's also a less obvious benefit: They help sustain and improve bone health.

When you lose teeth, there's a high probability of bone loss. The bone is constantly forming new cells to replace older cells that have dissolved. The forces generated during chewing travel up through the teeth and help stimulate new bone growth. When teeth go missing, though, that stimulus disappears.

As a result, new cell formation can't keep up with the loss of older cells, causing the volume and density of jawbone to diminish over time. And this gradual bone loss continues to occur even with dentures or bridges, which can't replicate the chewing stimulus. Even worse, dentures irritating the bony ridges of the jaw may actually accelerate bone loss.

But the titanium in dental implants attracts bone cells, which readily grow and adhere to the implant surface. They can stop the progression of bone loss, or even help stimulate more growth. That bone growth benefit is also applicable when incorporated with dentures or bridges.

If you're looking at a denture or bridge restoration, consider implant support. It may even be possible to retrofit your existing dentures for implants. It could give you a more secure restoration and healthier bone.

If you would like more information on implant-supported dentures and bridges, 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 “Overdentures & Fixed Dentures.”