This webinar featuring Deanna D'Aloisio takes the most important pieces that make up infection control and explain them as they merge with coronavirus regulations!
The best way to practice infection prevention and control is to understand it. This webinar takes the most important pieces that make up infection control and explain them as they merge with coronavirus regulations. In the dental field, infection control is constantly changing, updating and improving.
When SRP alone is not enough to significantly reduce the progression of periodontal disease. Site specific Bleeding on Probing 5mm and greater cases vs multiple sites, where a tooth can have up to 6 compromised sites. What do you do then? The when & how of adjunctive perio therapy.
Gingival recession is a significant problem which can lead to both esthetic and functional compromise. Surgical treatment for correcting gingival recession often involves harvesting autogenous tissue from the patient's palate. While this is the gold standard, it can be associated with pain, morbidity and an unpleasant patient experience. There are also scenarios where palatal tissue harvest is either not preferred, feasible, or even desirable for numerous patients. Fortunately, there are alternative materials that can be used to achieve successful and predictable root coverage outcomes and provide for a favorable patient experience. This evidence-based presentation will focus on the use of collagen matrices as an alternative to autogenous palatal tissue for use in periodontal plastics and root coverage procedures. Emphasis will be placed on the physical and handling properties of collagen matrices, selection of the appropriate surgical modality, and proper case selection for optimal root coverage outcomes.
This webinar with Dr. Daniele Cardaropoli will focus on the concept of soft-tissue integration in implant dentistry. From immediate implant placement to ridge preservation, the use of connective tissue graft as well as the use of tridimensional collagen matrix, together with the description of a novel volume-stable cross-linked matrix will be assessed.