Posts for category: Dental Procedures
If you have chronic jaw joint pain you may have heard of using Botox to relieve discomfort from temporomandibular disorders (TMD). Before you seek out this remedy, though, be sure you know the facts beforehand.
TMD is actually a group of conditions affecting the joints, muscles and overall structures of the jaw. People with TMD often experience sharp pain and reduced range of motion of the jaw joints. Although we don't know the exact causes, we believe stress (accompanied often by teeth grinding habits) is a major factor for many patients.
Treatments run the spectrum from conservative to aggressive. Conservative treatments include cold and heat packs, therapeutic exercises, and muscle pain or relaxant medication. On the more aggressive side, patients undergo surgery to reorient the lower jaw. Most people gain a significant amount of relief from conservative therapies; the results aren't as positive with surgery.
Botox falls on the aggressive side of treatments. Approved for use by the Food and Drug Administration for cosmetic uses, the drug contains botulinum toxin type A, a bacterial toxin that can cause muscle paralysis. It's often injected into facial structures to paralyze small muscles and temporarily “smooth out” wrinkle lines. Only recently has it been proposed to help relieve jaw pain.
The jury, however, is still out on its effectiveness with jaw pain. The double-blind testing performed thus far hasn't produced any relevant clinical results that the injections actually work with TMD.
And there are other complications. Some people injected with Botox encounter pain, bruising or swelling at the injection site, and some have severe headaches afterward. Botox is also a temporary solution, not a permanent cure — you'll need another injection a few months later to maintain the effect. You might even develop antibodies that diminish the drug's effect and require higher subsequent doses to compensate.
This and other concerns should give you pause before seeking out this remedy. The best strategy is to try the traditional treatments first, which are also the least invasive. If there's no significant relief, then talk to us and your physician about other options.
If you would like more information on treatment options 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.”
There are plenty of good reasons to quit smoking. Here's one more if you're considering replacing a missing tooth with a dental implant: smoking increases your risk of implant failure.
By and large, dental implants are the most reliable and durable tooth replacement option, with more than a 95% success rate after ten years. But that still leaves a small percentage that fail — and twice as many of those failures are in smokers than in non-smokers.
To understand why, we need to look at how smoking affects oral health. Besides burning and thickening the surface skin cells inside the mouth, inhaled smoke can also damage salivary glands and lead to dry mouth. Reduced saliva creates an environment friendly to bacteria, which increases the risk of infection and disease.
The nicotine in tobacco also restricts the myriad of blood vessels that course through the teeth and gums. The resulting reduced blood flow deprives teeth and gums not only of nutrients but disease-fighting antibodies. The mouth takes longer to heal and can't fight infection as well.
The key to an implant's success lies with its titanium post imbedded in the jaw bone to take the place of the tooth root. Titanium attracts bone cells, which grow and adhere to the post over a period of time and create a stronger hold. But the health effects of smoking inhibit this process. Furthermore, slower healing caused by smoking increases the risk of infection, the number one cause of early implant loss.
If you want to improve your chances for a successful implant — not to mention improve your overall health — you should quit smoking. The prospect of a dental implant could be a useful incentive to enroll in a smoking cessation program.
At the very least we suggest you stop smoking a week before implant surgery and then for at least two weeks after to help promote good healing. And you should pay close attention to your daily oral hygiene — brushing and flossing at least once — and regular, semi-annual dental visits for cleanings and checkups.
Smoking can harm your health. If you're considering an implant, it could also harm your chances of a successful outcome.
If you would like more information on 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 “Dental Implants & Smoking.”
First introduced in the 1980s, dental implants are a popular and reliable tooth replacement option. Numerous studies show that after ten years 95% are still in place. Much of this success owes to the implant’s titanium post imbedded directly into the jaw, which then attracts bone growth. This additional growth securely anchors the implant in place for an unrivaled durability among other replacement options.
Still, a small percentage of implants fail — some in the first few months and others after a few years. Here are 3 reasons why, and how you can overcome them.
Poor bone quantity and quality. Implants need a certain amount of existing bone to succeed. Sometimes, though, there isn’t enough because prolonged absence of a tooth causes bone loss around the empty socket. Conditions like diabetes, osteoporosis or tobacco use can also compromise bone health. It’s often possible to increase bone volume with grafting, especially right after tooth extraction.
Teeth grinding habits. This occurs when you unconsciously grind or clench your teeth, usually during sleep. The habit can create forces far in excess of what’s normal when we bite or chew and can damage or even break the crown attached to an implant. Besides reducing stress (a major factor for teeth grinding), you can also alleviate the abnormal force generated by wearing a night guard.
Periodontal (gum) disease. Although your implants are impervious to disease or infection, supporting gums and bone aren’t. Plaque, a film of food and bacteria that builds up on tooth surfaces, can cause gum disease that weakens the supporting tissues (gums and bone) of the implant. This can give rise to a specific condition with implants known as peri-implantitis where the infected gum tissues and bone around it deteriorate, leading to the implant’s catastrophic loss. To avoid this, practice consistent daily hygiene, including around the implant. And see us regularly for checkups and cleanings, or as soon as possible if you see signs of gum problems.
If you would like more information on 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 “Dental Implants: A Tooth-Replacement Method that Rarely Fails.”
It's difficult to measure how x-ray imaging has transformed dentistry since its use became prominent a half century ago. As equipment and methods standardized, the technology revolutionized the way we diagnose tooth decay and other mouth-related issues.
One of the more useful of these methods is called the bitewing x-ray. The term comes from the shape of the device a patient holds between their teeth with the film attached on the side toward their tongue. We direct the x-ray beam to the outside of the patient's cheek, where it passes through the teeth to expose on the film. Its particular design provides clearer images since the patient's bite helps keep the film still and distortion-free, making it easier to view signs of early tooth decay.
Bitewing x-rays usually consist of four films, two on either side of the mouth, necessary to capture all of the teeth (children with smaller jaws, however, often only require one film per side). How frequently they're conducted depends on a number of factors, including the patient's age: children or young adolescents are usually filmed more frequently than adults, usually every six to twelve months. Frequency also depends on a patient's particular decay risk — the higher the risk the more frequent the x-ray.
Regardless of how often they're performed, a similar application principle applies with bitewing x-rays as with any other radiological method: As Low As Reasonably Achievable (ALARA). With the ALARA principle in other words, we're looking for that sweet spot where we're able to detect the earliest stages of dental disease with the least amount of radiation exposure.
Bitewings fit this principle well: a patient receives only a fraction of the radiation exposure from a four-film bitewing as they do from a daily dose of environmental radiation. Factor in new digital technology that reduces exposure rates and bitewings pose virtually no health risk to patients, especially if conducted in a prudent manner.
The benefits are well worth it. Thanks to bitewing x-rays we may be able to diagnose decay early and stop it before it causes you or your family member extensive tooth damage.
You’ve probably heard a lot about dental implants as replacements for missing teeth. So, why are they so popular with both patients and dentists? While other restorations can mimic the color, shape and texture of natural teeth, dental implants have one clear advantage — and it’s all about the bone.
The bone in your jaws provides stability and structure for teeth — without it and the intricate system of gum tissue attachments teeth couldn’t survive the normal biting and chewing forces they encounter every day. That’s why bone health is crucial for maintaining tooth integrity.
Teeth also help bone to remain strong and healthy. The forces we generate as we chew transmit through the tooth roots to the bone, which stimulates continuing growth. If a tooth is missing, however, the bone around it doesn’t receive this stimulation and may begin to lose some of its volume and density — up to a quarter of its width in just the first year after tooth loss.
This bone loss continues even with other restorations because they’re not able to stimulate bone growth. But dental implants can. This is because the portion of the implant imbedded into the bone is constructed most often of titanium, which has a natural affinity toward bone. Bone cells are naturally attracted to titanium and will begin to grow and attach to the metal surface, a process known as osseointegration.
Through osseointegration, the implant develops a durable bond with the jawbone a few weeks after surgery that surpasses other restorations, and is a prime reason for their success rate. Although installing implants can be an expensive undertaking, their proven longevity may result in less maintenance, repair or replacement costs over time than other replacement options.
If you’re considering dental implants, remember it’s what you can’t see beneath the attractive crown that makes them special. And it’s a choice you can depend on to provide you a beautiful smile for years to come.
If you would like more information on 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 “Dental Implants.”