Posts for: October, 2019
Say “bacteria,” especially in the same sentence with “disease” or “infection,” and you may trigger an immediate stampede for the hand sanitizer. The last thing most people want is to come in contact with these “menacing” microorganisms.
If that describes you, however, you’re too late. If you’re of adult age, there are already 100 trillion of these single-celled organisms in and on your body, outnumbering your own cells 10 to 1. But don’t panic: Of these 10,000-plus species only a handful can cause you harm—most are either harmless or beneficial, including in your mouth.
Thanks to recent research, we know quite a bit about the different kinds of bacteria in the mouth and what they’re doing. We’ve also learned that the mouth’s microbiome (the interactive environment of microscopic organisms in a particular location) develops over time, especially during our formative years. New mothers, for example, pass on hundreds of beneficial species of bacteria to their babies via their breast milk.
As our exposure to different bacteria grows, our immune system is also developing—not only fighting bacteria that pose a threat, but also learning to recognize benevolent species. All these factors over time result in a sophisticated, interrelated bacterial environment unique to every individual.
Of course, it isn’t all sweetness and light in this microscopic world. The few harmful oral bacteria, especially those that trigger tooth decay or periodontal (gum) disease, can cause enormous, irreparable damage to the teeth and gums. It’s our goal as dentists to treat these diseases and, when necessary, fight against harmful microorganisms with antibacterial agents and antibiotics.
But our growing knowledge of this “secret world” of bacteria is now influencing how we approach dental treatment. A generalized application of antibiotics, for example, could harm beneficial bacteria as well as harmful ones. In trying to do good we may run the risk of disrupting the mouth’s microbiome balance—with adverse results on a patient’s long-term oral health.
The treatment strategies of the future will take this into account. While stopping dental disease will remain the top priority, the treatments of the future will seek to do it without harming the delicate balance of the mouth’s microbiome.
If you would like more information on the role of bacteria in oral 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 “New Research Show Bacteria Essential to Health.”
Dental implants are widely recognized as the best tooth replacement option available. For most people, though, it’s a long process: after a tooth is extracted the socket is allowed to heal and fill in with new bone before implant surgery: that can take anywhere from two to five months. Afterward, there’s usually a two– to three–month period after the implant is placed before the permanent crown (the visible tooth) can be attached.
Without adequate bone present the implant’s long-term stability might be compromised. Furthermore, the implant’s durability is dependent upon bone growth around and attaching to its titanium post after surgery in a process known as osseo-integration. These two considerations indeed serve a critical function in the implant’s ultimate success.
In recent years, however, a variation to this traditional implant process has emerged that allows for immediate implantation right after extraction. Besides combining extraction and implantation into one surgical procedure, immediate implants minimize the disruption to a person’s appearance (especially with visibly prominent front teeth) when combined with a provisional crown.
Immediate implants joined together that replace a full arch of teeth can receive biting forces and succeed. Individual implants that replace single teeth, however, won’t work in all situations and must be undertaken with care to ensure long-term success. Because there may be less available bone, the implant must fit snugly within the socket to maintain as secure a hold as possible. The surgeon must also take care not to damage too much of the gum and bone tissue when extracting the tooth, which could affect both the integrity of the implant and its appearance in the gum line.
Temporary crowns may be attached during the implant surgery, but they’re installed for appearance’ sake only. For individual crowns, they must be designed not to make contact with the teeth on the opposing jaw to avoid generating biting forces that will cause the implant to fail and stop the bone-healing process that occurs with osseo–integration.
If you’re considering dental implants, it’s important to discuss with us which type of procedure, traditional or immediate, would be best for you, and only after a comprehensive examination of your mouth and jaw structure. Regardless of the approach, our goal is to provide you with a smile-transforming restoration that will last for many years to come.
If you would like more information on the dental implant process, 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 “Immediate Implants.”
After ruling out other causes for your jaw pain, your doctor or dentist has made a diagnosis: a temporomandibular joint disorder (TMD). With TMD, your pain symptoms and other dysfunctions are due to a problem associated with the temporomandibular joint (TMJ) that connects your lower jaw (mandible) to your upper skull (cranium).
There are a number of treatment options, but most can be classified as either aggressive or conservative. Aggressive treatments are more interventional and target problems with the teeth such as bite problems or jaw relationships as they relate to the bite, which are thought to be underlying causes for TMD. Such treatments include orthodontics to realign teeth, crown or bridgework, or surgical treatment to the jaw or joint itself. These treatments are controversial and irreversible — with no guarantee of symptom relief.
It’s thought by many to be appropriate, then, to start with more conservative treatments. Many of these are based on treating the TMJ — which is a joint, a moveable bony structure connected by muscles and tendons — with an orthopedic approach, using treatments similar to those used for other joint problems.
Here, then, are some of those conservative therapies that may relieve your TMD pain and other symptoms.
Physical Therapy. Commonly used to treat pain and dysfunction in other joints, physical therapies like manual manipulation, massage, alternating hot and cold packs or exercises can be used to relax, stretch or retrain the muscles that operate the TMJ while reducing pain and inflammation.
Medications. Medications may be incorporated into the treatment plan to relieve pain, reduce inflammation or relax tense muscles. Besides prescription drugs, over-the-counter anti-inflammatory drugs (such as ibuprofen or acetaminophen) are also commonly used.
Bite Appliances. If night-time teeth grinding or clenching habits are a primary cause for the TMD, you may benefit from wearing an occlusal bite guard while you sleep, designed to specifically fit your upper teeth. Because the lower teeth can’t grip the guard’s smooth plastic surface when biting down, they’ll more likely produce less force. This gives the jaw muscles a chance to relax during sleep.
Diet changes. Changing to softer foods, which don’t require strenuous chewing, and eliminating the chewing gum habit will further help reduce stress on the TMJs and also give your muscles a chance to relax and heal.
If you would like more information on TMD and treatment options, 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 “Seeking Relief from TMD.”