Periodontal disease, also known as "gum disease", is a chronic bacterial infection that affects the gums and bone supporting the teeth. Periodontal disease is an ongoing, slowly progressing, difficult-to-stop disease. Unless it is treated, it will continue to destroy your teeth. Plaque - the sticky colorless film that constantly forms on your teeth - is recognized as the primary cause of gum disease. If plaque isn't removed each day by brushing and flossing, it hardens into a rough, porous substance called calculus or tartar. Toxins produced and released by bacteria in plaque irritate the gums. These toxins cause the breakdown of the fibers that hold the gums tightly to the teeth, creating periodontal pockets that will fill with even more toxins and bacteria. As the disease progresses, pockets become deeper, and the bacteria move down until he bone that holds the teeth in place is destroyed. Eventually, severe infection may develop with pain and swelling. The teeth may loosen. Smokers and tobacco users are at a higher risk of developing this disease.2. Periodontal Disease and Heart Disease Connection. 3. Periodontal disease and Diabetes.4. How is "gum disease" treated?•No Treatment•Increased frequency of oral hygiene appointments•Deep cleaning / scaling and root planning•Periodontal surgery•Laser Gum Treatment: The surgery-free way to treat gum diseaseDrakeshire Dental doctors are very focused on the treatment of periodontal disease and include a Periodontal specialist on staff to meet your needs.
2. Periodontal Disease and Heart Disease Connection. The inflammatory proteins and bacteria associated with gum disease enter a person's bloodstream and may cause various effects on the cardiovascular system. Research shows that the presence of bacteria known to cause gum disease is associated with an increased level of blood vessel wall thickening, which may eventually lead to high blood pressure, heart attack and stroke.
3. Periodontal disease and Diabetes.Diabetics are more susceptible to the development of oral infections and gum disease. Gum disease has the potential to affect blood sugar control and contribute to the progression of diabetes. People with diabetes who receive good dental care and have good insulin control typically have a better chance of avoiding gum disease.
4. How is "gum disease" treated?The following information describes the various treatments for periodontal disease. They are listed from least to most aggressive:
No Treatment. If you elect to do nothing to treat your periodontal disease, it will continue to progress slowly until you lose the involved teeth.
Increased frequency of oral hygiene appointments. Although teeth cleanings are normally performed once every 6 months, patients with minimal periodontal disease can often control its progress by increasing the frequency of cleanings to one every three or four months.
Deep cleaning / scaling and root planning. In the early stages of gum disease, treatment involves a special cleaning called scaling and root planing, which removes plaque and tartar around the tooth and smoothes the root surfaces. Antibiotics or anti-microbials may be used to supplement the effects of scaling and root planing. Systemic and local antibiotics and rinses may also be included in the therapy. After such treatment, patients are encouraged to have cleanings every 3 months to keep the disease under control and the gums tissues stable and healthy.
Periodontal surgery. In more advanced cases it may be necessary to gently reflect the gums from the underlying bone to remove the hardened plaque build-up and then re-contour the damaged bone.
Laser Gum Treatment: The surgery-free way to treat gum disease.Laser periodontal Therapy is a laser-based approach to gum disease using an ND:YAG free running pulsed laser. To you, the patient, it means no cutting or stitchesas well as less pain, bleeding and swelling. During this LANAP (Laser Assisted New Attachment Epithelium) procedure, the laser light is aimed into the pockets that form around the teeth to vaporize inflamed tissue and kill bacteria. The pulsing laser can distinguish by color between healthy and diseased gums and zaps away only bacteriaand infected tissue, which has a darker pigment than the surrounding healthy gum. Ultrasoniccleaners and are then used to remove root surface tartar. The laser stimulates the bone to heal and seals each pocket by "gluing" the gum back to the teeth, creating a physical barrier to any bacteria that could re-enter the gum pocket. LANAP also helps form new connective tissue and stimulates the growth of new bone.