The same BOTOX that smooths facial wrinkles also prevents the muscle contractions that can trigger migraines.
BOTOX, highly diluted botulinium toxin, works to prevent migraine by blocking the release of a chemical in muscle cells that transmits the signal to contract to muscle fibers. Research into using BOTOX to treat migraines began after patients receiving it for other conditions reported improvement in their migraine symptoms. In 2010, after years of research and collecting clinical data, the FDA approved BOTOX for treating chronic migraines.
BOTOX is administered about every three months, relaxing the surrounding muscles so that they won’t compress the nerve and trigger a migraine. It is a potent drug, and we only recommend using it if other preventative treatment options haven’t helped you. It is generally only administered to patients who have at least 14 headaches a month, or don’t respond to other treatments.
You can now decrease teeth grinding (Bruxism) with BOTOX. Bite splints worn at night can protect the teeth and TM joints from the intensity of grinding at night. However, BOTOX injection into specific muscles has been shown to decrease the intensity itself, thus reducing pain.
TRIGGER POINT TREATMENT
Trigger points are focal, hyperirritable spots located in a taut band of skeletal muscle. These knots produce pain locally and in a referred pattern. Acute trauma or repetitive microtrauma may lead to the development of stress on muscle fibers and the formation of trigger points. Trigger points may lead to face, neck and shoulder pain, tension headache, tinnitus, and temporomandibular joint pain. Palpation of the trigger point will elicit pain directly over the affected area and/or cause radiation of pain toward a zone of reference and a local twitch response. Trigger point injections using a combination of Botox and local anesthetic have been shown to be one of the most effective treatment modalities to inactivate trigger points and provide prompt relief of symptoms.
Implants are synthetic structures that are placed in the area of the tooth normally occupied by the root. Implants are anchored to the jawbone or metal framework on the bone and act as a foundation for an artificial tooth or permanent bridge. In some cases, implants can be used to attach dentures.
Not everyone is a candidate for a dental implant, however. For a successful implant to take hold, a candidate must have proper bone density and have a strong immune system. In all cases, dental implants require strict oral hygiene.
Implants are so well designed that they mimic the look and feel of natural teeth. Implants are usually made of a synthetic yet biocompatible material like metal or ceramic.
Surgery is necessary to prepare the area for an implant and place the implant in the mouth. Following the procedure, a period of time is required for the implant to take hold and for bone tissue to build up and anchor the device. In some cases, metal posts are inserted into the implant during a follow-up procedure to connect the tooth.
Because implants require surgery, patients are administered anesthesia and, if necessary, antibiotics to stave off infection following the procedure.
Like any restoration, implants require diligent oral hygiene and proper care to ensure they last a long time.