CBCT (Part 1): Basics and Interpretation

CBCT technology has transformed the practice of dentistry and has become the standard of care. CBCT has not only improved the diagnosis and treatment outcome but has also helped with patient education and treatment acceptance. In the first CE webinar of this two-part series participants will get a better understanding of basic CBCT imaging and 3D anatomy, will learn to navigate a CBCT volume, and have an understanding of radiology interpretation and the associated legal liabilities.    (enter class)

CBCT (Part 2): Common Pathology and Incidental Findings

In the second CE webinar of this two-part series on CBCT Technology, Dr. Varsha Kadyan will cover anatomy and its variants with common pathology. At the conclusion of this webinar, attendees will be able to differentiate between normal, variant, and pathologic anatomy, will learn to recognize common pathology and lesions, and will become familiar with common incidental findings in the dentoalveolar region.
   (enter class)

Sinus Perforations: Immediate Management, Techniques and Materials

Sinus perforations occur commonly during several clinical situations. These include conventional extractions of teeth with close proximity of the roots to the sinus floor, peri-apical lesions with bone loss extending into the sinus, and membrane tear during sinus lift bone augmentation procedures. If untreated, such perforations may persist as oral antral fistulas or compromised healing. While proper 3-D diagnostic imaging and techniques are important in prevention of such complications, clinicians must be prepared to manage such perforations should they occur. In this CE webinar, Dr. H. Ryan Kazemi presents commons clinical circumstances where sinus perforations may occur, and discusses immediate management strategies using either a single- or triple-layer technique.    (enter class)

Tri Auto ZX2

Tri Auto ZX2 is a compact, cordless motor with a built-in apex locator. Tri Auto ZX2 may be used for achieving apical patency and creating a glide path with the new Optimum Glide Path (OGP) function.    (enter class)