Tuesday, November 20, 2007
Annual Screening for Oral Cancer
In his continuing efforts to provide the most advanced technology and highest standard of care available, Dr. John Rose, Long Beach dentist, has begun to include the ViziLite Plus exams as an integral part of the annual comprehensive oral screening program in his office. The ViziLite Plus exam helps identify abnormal tissue that might develop into oral cancer. Clinical studies have determined that using ViziLite Plus after the standard oral cancer exam improves the dentist's ability to recognize and evaluate suspicious areas at their earliest stages. The mortality rate of oral cancer patients is surprisingly frequent- on person dies each hour from oral cancer.
The risk of developing this disease is highest in patients over forty who smoke. Also sexually active 18 to 39 year olds have an increased risk of contracting cancer caused by the human papilloma virus (HPV16/18), a sexually transmitted disease. Are you at risk for oral cancer? A few minutes once a year, is worth it for a healthier life.
ViziLite Plus--Better screening saves lives
Monday, November 19, 2007
Get Between the Cracks
The right way: The floss should barely pass between each tooth and should gently touch the gums.
The wrong way: You can't get into a certain opening, so you hack away, which causes so much gum bleeding that you bathroom looks like a scene from Psycho.
Now, if you don't floss, remember to save up enough money to buy the dentures you're going to eventually need, and to pay the deductible on the cardiac bypass operation you"ll eventually face.
"Staying Young" Michael F. Roizen, Mehmet C. Oz
Periodontal Procedures Using Lasers
One of the most popular laser periodontal procedures involves using specific lasers as an adjunct to the sulcular debridement (deep cleaning) process. The laser light is delivered to the sulcus using a flexible fiber optic, designed to focus energy and selectively vaporize diseased tissue while leaving healthy tissue intact. The laser also vaporizes bacterial tissue toxins and in some cases has proven to delay the re-population of certain bacteria. Bacterial reduction (specifically Porphyromanas gingivalas, Provotella intermedia and Actinobacillus acetinomycetem comitans)appears to coincide with significant pocket reduction and a decrease of bleeding on probing, hence assisting in the treatment of periodontal disease. Wavelength is a very important consideration of this procedure penetration with adequate coagulation and minimal post-operative discomfort. Current studies at focusing on bone regeneration realized as a result of laser periodontal procedures with specific wavelengths.
The benefits of this procedure attributed to the use of the laser are many. The small size and flexibility of the fiber optic delivery system provides for easy access to the pocket. The laser-assisting procedure is considerably faster than traditional mechanical debridement. Initial studies indicate that specific lasers initiate a process of bacterial decontamination resulting in delayed pathogenic bacterial re-population. The vast majority of adult patients could realize benefit from type of procedure and based on its minimally invasive nature, patient acceptance is high.