Evolution and Integration of Current Restorative Endodontic Concepts
The restoration of endodontically treated teeth was advocated by G.V. Black in 1869 followed by a one-unit post and crown by Richmond in 1878. Engineering principles indicate that structural strength on endodontically treated teeth is decreased by the removal of the roof of the pulp chamber, canal enlargement, and hence loss of integrity. The intrinsic strength of dentin can be diminished as a result of root canal treatment originated by decay, pathology, or trauma. When endodontic treatment is indicated,…

An Evidence-Based Endodontic Implant Algorithm: Untying the Gordian Knot; Part I
Over the years, endodontics has diminished itself by enabling the presumption that it is comprised of a narrowly defined service mix; root canal therapy purportedly begins at the apex and ends at the orifice.

Hemisection as an Alternative Treatment for Vertically Fractured Mandibular Molars
Hemisection of mandibular molars may be a viable treatment option when vertical root fracture has occurred and the other root is healthy. This article discusses a case that presents the techniques involved in hemisection and restoration of the remaining tooth.

Drs. Brave & Koch on Endo and Restorative
Endodontics and Restorative Dentistry are discussed with Drs. Dennis Brave & Ken Koch.

Endodontics Therapy of the Upper Second Bicuspids: Easy to Treat?
This presentation highlights a case of upper 2nd premolar endodontic therapy. The aim is to engage your attention for the complexity of the diagnostic process as well as the potential divergence of root canal anatomy and thereby enhancing the therapeutic outcome.

Optimized Instrumentation & Technology in Endodontic Therapy
Rotary instrumentation using Optimized Torque Reduction (OTR) motion and Apex Locator-Handpiece technology has the potential to improve clinical efficiency during endodontic therapy. In this webinar, Dr. Nasseh explains the implementation of one such technology using the ESX instrumentation and obturation system. He further shares some tips and settings for effective, safe operations. Various endodontic motions and their indications for use are explained and an anterior tooth demonstration is presented to consolidate all covered points with a clinical demonstration.

CBCT in Endodontics: Changing the Landscape of Diagnosis and Clinical Treatment
Radiographic imaging is essential in the diagnosis, treatment planning and follow-up in endodontics. The interpretation of an image can be confounded by a number of factors, including the regional anatomy as well as superimposition of both the teeth and surrounding dento-alveolar structures. As a result of superimposition, periapical radiographs reveal only limited aspects, a 2-dimensional view, of the true three dimensional anatomy. Additionally, there is often geometric distortion of the anatomical structures being imaged with conventional radiographic methods. These problems can be overcome by utilizing small or limited volume cone beam computed tomography (CBCT) imaging techniques which produce accurate 3-dimensional images of the teeth and surrounding dento-alveolar structures. This presentation will highlight the indications, advantages and considerations of the use of CBCT in endodontics.

Mastering Anterior Tooth Fracture with Contemporary Composites: The i3D Layering Technique
The aim of this presentation is to present an individual three-dimensional layering technique with contemporary composites. This novel procedure is indicated in moderate to extensive crown fractures and is considered predictable after eliminating the parameter of thickness while layering restorative materials.

Prevention and Management of Broken Endodontic Instruments
This lecture aims to review the most common preventive measures to avoid file breakage and to provide clinical tips and recommendations for the management of challenging broken file cases. Highly invasive, minimal invasive and non invasive broken instrument removal techniques are showcased through video case presentation series under the microscope.