Introduction to Laser Periodontal Treatment...
The newest technology available for periodontal patient care is now available. After much research into the world of laser periodontal treatment, Dr. Jin Y. Kim has acquired and has been extensively trained on the latest generation of Nd:YAG laser. The Millennium PerioLase® was developed specifically to treat periodontal disease using LANAP (Laser Assisted New Attachment Procedure). Like LASIK surgery for the eyes, this patented and FDA-approved laser therapy allows us to treat periodontal patients with a minimally invasive, breakthrough procedure, which in many cases eliminates the need for conventional blade and suture surgery.
Meet Our New Laser
The PerioLase® from Millennium Dental Technologies is the first and only laser designed with the needs of the periodontal patient in mind. This Nd:YAG laser is equipped with all the unique features necessary to perform Laser Periodontal Therapy™. It has a full complement of new soft tissue laser treatment options. Manufactured by Millennium Dental Technologies, the PerioLase® is not only the first laser in dentistry to utilize digital technology for enhanced performance and reliability, but is also built on the world’s most widely used dental laser platform. While early dental lasers were very limited in what they could do, The PerioLase® can now be used effectively to reach down into the pockets to help eliminate inflamed tissue and destroy pathogenic bacteria.
LANAP (Laser Assisted New Attachment Procedure):
Laser Periodontal Therapy™
The FDA-Approved and patented LANAP laser therapy is a pocket reduction procedure that reduces pockets by establishing a new connective tissue attachment to the tooth at a coronal level. The LANAP procedure provides the ideal situation in which new bone, cementum, and periodontal ligament can form on root surfaces that were diseased before treatment began. This is a minimally invasive periodontal procedure like no other. In most instances, treatment with the LANAP laser eliminates the need for conventional cut and suture periodontal surgery, also referred to as flap and osseous surgery. Approved by the Food and Drug Administration in 2004, this pulsing laser can distinguish between healthy and diseased gums by color. The infected tissue, which is has a darker pigment than healthy tissue, and bacteria are “zapped” away by the laser, leaving behind only healthy gum tissue. LANAP then helps connective tissue and bone form between the gums and teeth, according to a study in the December 2007 issue of the International Journal of Periodontics and Restorative Dentistry. The laser’s heat also seals the gums with a “thermal blood clot” which creates a physical barrier, blocking any bacteria or tissue that could recreate a gum pocket.
How do patients benefit from LANAP Laser Therapy?
Laser surgery provides another option for patients who have already undergone a scaling and root planing procedure without sufficient results. Normally traditional blade surgery would be indicated for such a patient; however, with the addition of the PerioLase® to our treatment armamentarium, patients have available to them a realistic alternative with comparable results. The benefits of LANAP™ include less pain, less gum recession, decreased bleeding, swelling and root sensitivity, and maybe the most important benefit, less downtime after treatment. An added benefit of laser surgery is the antibacterial effect that helps disinfect the periodontal pockets.
Laser treatment is also beneficial for patients who have medical problems requiring medications such as aspirin, Plavix, and Coumadin. Since LANAP® causes much less bleeding than traditional surgeries; patients do not have to discontinue using these life-saving medications prior to surgery. Patients with advanced periodontal diseasewho take bisphosphonate medications such as Fosamax can avoid having extractions because even teeth with a poor prognosis can often be saved with this life-changing procedure. This is especially important because studies have shown that Fosamax can lead to osteonecrosis of the jaw following tooth extraction.
