Treating the Edentulous Arch with Removable Implant Overdentures Jaw Relation Records
LOD-154-00
Dr. Sam Strong
<p style="margin: 0px; text-align: justify;">This presentation is the second of 4 modules related to treating the fully edentulous patient with removable overdentures. It will focus on the use of a jaw relation recording device (or tracing device) which will give the clinician new accuracy in procurring centric relation. <br /> </p> <p style="margin: 0px; text-align: justify;"><br /> </p> <p style="margin: 0px; text-align: justify;">The patient will generate a gothic arch tracing for us that will enhance our ability to be more accurate in our occlusal relationships. We will also illustrate the use of locator attachments: how they are chosen, and how their retentive capabilities are utilized. <br /> </p> <p style="margin: 0px; text-align: justify;"><br /> </p> <p style="margin: 0px; text-align: justify;">We will also show the use of strengthening metal frameworks for our denture bases, and how they add to the longevity of the denture base, and how it also allows us to produce a paletteless design in the maxillary overdenture. And, finally, we will illustrate the use of the pickup procedure intraorally, allowing us to pickup the locator attachment with a new material. Instead of using the older Methyl Methacrylates, it utilizes a lighter material that is cleaner, quicker, and more efficient. <br /> </p> <p style="margin: 0px; text-align: justify;"><br /> </p> <p style="margin: 0px; text-align: justify;">This module will dovetale in from the previous module of the series to demonstrate how we can successfully provide implant overdentures for our patient clientele.</p>
Extraction Site Management for Alveolar Ridge Preservation
LOD-143-00
Prof. Eric Rompen
This lecture will focus on how to manage the extraction socket in the esthetic zone. What do we do not to lose too much volume? Management for both immediate and delayed implant placement will be discussed.<br> <br> <span class='style2'>REVIEWS/FEEDBACK:</span><br> <font color='#000000' face='verdana' size='2'><font color='#0099ff'>'An innovative approach! Dr. Rompen thoroughly describes how he applies the existing literature to tailor each treatment, providing an honest, unbiased, and methodical overview of the topic and its conventional concepts and techniques.'</font><br> <font color='#ff6600'>- Dr Sarvi Angha</font> Periodontist, Los Angeles, CA</font>
Why Guided Surgery (Part 2) - Edentulous Treatment Options
LOD-139-00
Dr. Christopher B. Marchack
The treatment of the fully edentulous patient with computer assisted tomography, computer assisted surgical planning software, and a guided surgical technique using a stereo-lithography surgical template for implant placement has five-year clinical studies reported. Initial issues with esthetics and fit of the prosthesis are concerns. This presentation will discuss the treatment of the fully edentulous arch, treatment factors, and treatment options. At the conclusion of the presentation a demonstration will be performed treatment planning the edentulous patient using a surgical planning software program.
The Art and Science of Surgical Crown Lengthening
LOD-137-00
Dr. Barry Wagenberg
Surgical Crown Lengthening is one of the most misunderstood and difficult procedures to perform. It's time consuming, it's technically and psychologically difficult, and requires the therapist to remove a substantial amount of tooth structure and bone around adjacent roots. The procedure that is demonstrated in this lecture will feature a technique in which you can preserve the coronal bone, and determine whether the crown lengthening procedure is feasible, or will it endanger the adjacent root structures, or will it create a set of defects prior to removing any adjacent bone.
Why Guided Surgery (Part 1) - A Restorative Perspective
LOD-134-00
Dr. Christopher B. Marchack
To achieve an ideal prosthetic result with dental implants, it takes proper treatment planning. The use of surgical templates, helps ensure the correct implant position. Traditional implant placement, with conventional surgical templates are restorative driven, although it does not account for anatomical factors that will make it impossible to place the implant. CAD/CAM surgical templates or guided templates, through the use of surgical planning software allows for a restorative driven implant placement along with a three dimensional view of the patient’s anatomy. This presentation will discuss the advantages of guided surgery in treating patients with this advancing technology.
Non & Minimally Invasive Veneers
LOD-131-00
Dr. Louis Malcmacher
Non and Minimally invasive veneers is an area of dentistry that can really expand your practice. Many people want veneers. That want to improve their smiles. But, many wonder how they can afford it. This lecture will cover this aspect. But, it will focus on how do you do it. And, how do you help your patient understand the process and feel comfortable in moving forward with this option.
LOD-128-00
Dr. Vinny Celenza
Clear, accurate and easy to read replication of our tooth preparations is a pre-requisite to creating well fitting restorations. Making beautiful impressions requires much more than a knowledge of dental impression materials. This presentation is designed to develop an understanding and technique for: soft tissue control, tooth preparation design, precise margin placement, impressioning, and developing the room for our impression material. Clinical cases depicting particular clinical challenges will be presented and discussed in a way that allows the practitioner the ability to easily try these techniques in the office immediately.
Ridge Augmentation Using rhPDGF Growth Factors
LOD-121-00
Prof. Massimo Simion
This lecture covers the topic of ridge augmentation using the line of growthfactors termed rhPDGF (Gem-21) mixed with xenograft, TCP and autograft for implant placement. The scientific background and the first clinical cases are discussed and demonstrated. The new bone graft material shows to be an enhancement to the current technique of GBR.