Posts for: January, 2021
Let's say you have a diseased tooth you think might be on its last leg. It might be possible to save it, perhaps with a significant investment of time and money. On the other hand, you could have it replaced with a life-like dental implant.
That seems like a no-brainer, especially since implants are as close as we have to natural teeth. But you might want to take a second look at salvaging your tooth—as wonderful as implants are, they can't beat the real thing.
Our teeth, gums and jaws form an intricate oral system: Each part supports the others for optimum function and health. Rescuing a troubled tooth could be the best way to preserve that function, and replacing it, even with a dental implant, a less satisfying option.
How we save it will depend on what's threatening it, like advanced tooth decay. Caused by bacterial acid that creates a cavity in enamel and underlying dentin, decay can quickly spread into the tooth's pulp and root canals, and eventually threaten the supporting bone.
We may be able to stop decay and save the tooth with a root canal treatment. During this procedure, we remove diseased tissue from the pulp and root canals through a drilled access hole, and then fill the empty spaces. We then seal the access and later crown the tooth to protect it against future infection.
A second common threat is periodontal (gum) disease. Bacteria in dental plaque infect the outer gums and, like tooth decay, the infection quickly spreads deeper into the root and bone. The disease weakens gum attachments to affected teeth, hastening their demise.
To treat gum disease, we manually remove built-up plaque and tartar (hardened plaque). This deprives the infecting bacteria of their primary food source and “starves” the infection. Depending on the disease's advancement, this might take several cleaning sessions and possible gum surgery to access deep pockets of infection around the root.
Because both of these treatment modalities can be quite in-depth, we'll need to assess the survivability of the tooth. The tooth could be too far gone and not worth the effort and expense to save it. If there is a reasonable chance, though, a rescue attempt for your troubled tooth might be the right option.
If you would like more information on whether to save or replace a 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?”
Semi-annual office cleanings are important for keeping teeth healthy and disease-free. If you’ve replaced some of your teeth with dental implants, though, you may be thinking they don’t need as much attention from your hygienist.
It’s quite the opposite — cleaning around implants is important, and actually requires additional attention. The reason for this relates to both how dental implants attach to the jaw and their constructive materials.
Natural teeth are held in place by the periodontal ligament with tiny fibers that attach to the teeth on one side of it and to the jawbone on the other. The ligaments and the gingival (gum) fibers (which are also attached to the tooth) provide some disease resistance to the teeth through its rich blood vessel and collagen network. Dental implants, on the other hand, anchor directly into the jawbone. The titanium integrates with the bone, which naturally attracts to the metal and grows around it, which provides the implant’s eventual attachment strength. The implant doesn’t attach to the gum tissue and won’t develop the same relationship with the periodontal ligament as natural teeth.
Bacterial plaque, the primary cause for tooth decay and periodontal (gum) disease, can collect on an implant crown just as readily as on a natural tooth. Although the materials that make up an implant can’t be affected by a plaque-induced infection, the gum tissues and supporting bone around it can. In fact, because implants lack the disease resistance of the gingival fibers and the ligament attachment, an infection can turn rapidly into a condition known as peri-implantitis that could cause bone and tissue loss and lead to the loss of the implant.
Your hygienist understands the importance of removing plaque and calculus (hardened plaque deposits) from around your dental implant. This often calls for different instruments made of plastics or resins that won’t scratch the implant’s highly polished surface. Scratches provide a haven for bacteria to collect and make it more difficult to dislodge them. Likewise, if the hygienist uses ultrasonic equipment that loosens plaque through vibration, the hygienist will often use nylon or plastic tips to minimize damage to the implant.
And don’t forget your own personal hygiene habits — they’re just as important with dental implants as with natural teeth. Keeping plaque under control, both at home and with your dentist, is crucial to longevity for your dental implants.
If you would like more information on maintaining and cleaning 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 Implant Maintenance.”
If you're one of the more than 26 million people in the U.S. with diabetes, you know first hand how the disease impacts your life. That includes your dental health — and whether or not implants are a good tooth replacement option for you.
Diabetes is actually the name for a group of diseases affecting how your body processes glucose, a simple sugar that provides energy for the body's cells. The level of glucose in the blood is regulated by insulin, a hormone produced in the pancreas. Diabetes causes the pancreas to either stop producing insulin (Type 1) or not produce enough (Type 2). Also in Type 2, the body can become unresponsive to the insulin produced.
The implications for either type are serious and can be life-threatening. If glucose levels are chronically too low or high the patient could eventually go blind, suffer nerve damage, or develop kidney disease. Diabetes also interferes with wound healing and creates a greater susceptibility for gangrene: diabetics thus have a higher risk for losing fingers, toes and limbs, and can even succumb to coma or death.
Type 2 is the most common form of diabetes. Fortunately, most people with this type can effectively manage it through diet, exercise and regular glucose monitoring; if need be, prescription medication can help regulate their levels. Even so, diabetics with their disease under control must still be alert to slower wound healing and a higher risk of infection.
Because implant placement is a minor surgical procedure, the aspects of diabetes related to healing, infection and inflammation could have an adverse impact on the ultimate success of the placement. Implant surgery creates a wound in the surrounding gum tissues and bone that will need to heal; the body's immune response in a diabetic can interfere with that process. And if infection sets in, the risks of implant failure increase.
But research has shown that diabetics with good glucose management have as high a success rate (over 95% after ten years) as non-diabetic patients. That means the implant option is a viable one for you as a diabetic — but only if you have your disease under control.