3D Bone Regeneration - What is Changing?
LOD-247-00
Dr. Isabella Rocchietta
<br><br><span style="font-size:9px">Release: 9/18/2014 | Expires: 9/18/2017</span>
Bone Regeneration in the Anterior Sites - From Small to Large
LOD-246-00
Dr. Isabella Rocchietta
<br><br><span style="font-size:9px">Release: 9/18/2014 | Expires: 9/18/2017</span>
Paradigm Shift: Soft Tissue Concept
LOD-245-00
Dr. Iñaki Gamborena
In this lecture presentation Dr Gamborena will discuss the Soft Tissue Concept and what it is about. We can face a lot of problems when we get to the surgical part. We can find ourselves with prosthetics and healing abutments that are way too big. Dr Gamborena will share information about a healing abutment that he has been working with for the last 6-8 years, and that has finally entered the market as of fall 2014. He will show how the abutment works and how you can improve the maximization of your space and be able to graft at the ridge with a totally different approach: Following the concept about what we do Today around implants, compensating the volume from bone, shifting into the soft tissue and being able to create prosthetically something beyond what you might be used to so far.<br><br><span style="font-size:9px">Release: 9/2/2014 | Expires: 9/2/2017</span>
Integrated Rehabilitation Using Adjacent Implants in the Esthetic Region
LOD-242-00
Dr. Robert Carvalho da Silva
This clinical case presentation depicts a comprehensive resolution of a complex clinical condition in which periodontic, prosthesis, and implant concepts are utilized. In this scenario, both upper central incisors are extracted and replaced with immediate implants followed by immediate temporization using the patient
Socket Management: Immediate Implants vs. Socket Preservation
LOD-241-00
Dr. Robert Carvalho da Silva
This lecture describes a straight-forward decision-tree associated with socket management following tooth extraction. Immediate implants as well as socket preservation are adequate options that should lead to predictable aesthetic and predictable outcomes. The moment of implant placement should not alter the final outcome, as long as the
Immediate vs. Late Implantation Replacing Multiple Adjacent Missing Teeth in the Anterior Maxilla
LOD-240-00
Dr. Devorah Schwartz-Arad
Immediate implantation and immediate provisional restoration is a well-documented surgical-prosthetic technique for the replacement of single tooth.<br /><br />One critical goal in implant placement is the achievement of optimal soft and hard tissue integration with minimal post-operative tissue alterations. Flapless Immediate post-extraction placement, socket augmentation and immediate provisional restoration seem to be a technique that gives satisfactory results in selected cases. <br /><br />The main rationale and one of the most important reasons for immediate implantation and loading is the preservation tissue dimensions both bone and soft tissue. Moreover, when bone shape and quality are compromised, immediate implantation becomes a major contributing success factor. Nevertheless, most of the literature and clinical data relates to single tooth replacement and not to multiple neighboring hopeless teeth.<br /><br />This presentation will discuss the rational and benefits of multiple neighboring immediate implantations and loading in the esthetic zone. The pros and cones as well as indications, case selection and complications will be referred and cases of multiple immediate implantations accompanied with immediate loading in the esthetic zone, will be presented.
LOD-239-00
Dr. Siamak Abai
Digital advancements in areas such as intraoral scanning, 3-D printing, and CAD/CAM technology are creating efficiencies while expanding the treatment options available to dentists. These tools allow for streamlined treatment and laboratory protocols that can be modified to meet the individual needs of each patient. In this presentation, Dr. Siamak Abai outlines cases where digital intraoral scans are utilized in conjunction with Cone Beam Computed Tomography scans and CAD/CAM software to fabricate guided surgical guides, custom final abutments, and final restorations prior to implant surgery. A model-less workflow is initiated with intraoral scanning, facilitating delivery of final restorations at the time of implant placement. Topics include:<br /><br /> - Impression making considerations for partially edentulous patient<br /> - Treatment planning and utilization of CAD/CAM software for the fabrication of guided surgical guides<br /> - The benefits and applications of intraoral scanning in the partially edentulous patient<br /> - Clinical and laboratory workflows facilitated by digital impressions<br /> - Traditional and digital techniques involved in the fabrication of final abutments and restorations<br /> - Application of CAD/CAM technology in the design and production of restorations<br /> - Prosthesis fabrication from models produced with 3-D printing technology
Lasers in Contemporary Implant Dentistry - Part 2
LOD-238-00
Dr. Glenn van As
Part 2 of 2: Lasers in Contemporary Implant Dentistry by Dr. Glenn van As<br /><br />Part 1 (LOD 237-00) of this two part series will look at four things that can happen with laser tissue interactions: Scatter, Transmission (or Refraction), Absorption, and Reflection. This will help us understand the physics and science of lasers. We will look at the several different wavelengths available for implant dentistry, and which one might be appropriate for your practice. This lecture will present a protocol that will help you determine where lasers can fit in to implant dentistry. And, finally, we will discuss how lasers can impact before you place your implant, and during the placement of your implant.<br /><br />Part 2 (LOD 238-00) of this two part series will discuss the role of lasers after the implant has been placed. We will demonstrate how it can be used to improve healing. It can be used during uncovery. It can be used in periimplant tissue removal, and even in the exciting world of periimplantitis. Clinical cases will be presented showing hard-tissue lasers being used for decortication as an alternative to traditional means. We will focus on why an electrosurge may be damaging to your implants, and may cause you more problems than benefits, and why a diode-laser may be your treatment of choice. This lecture will conclude with what may be the future of lasers, and how Erbium lasers might be able to be used in periimplantitis to not only remove biofilms and surfaces like TiUnite, but to actively allow for reosseointegration to occur.
Lasers in Contemporary Implant Dentistry - Part 1
LOD-237-00
Dr. Glenn van As
Part 1 of 2: Lasers in Contemporary Implant Dentistry by Dr. Glenn van As<br /><br />Part 1 (LOD 237-00) of this two part series will look at four things that can happen with laser tissue interactions: Scatter, Transmission (or Refraction), Absorption, and Reflection. This will help us understand the physics and science of lasers. We will look at the several different wavelengths available for implant dentistry, and which one might be appropriate for your practice. This lecture will present a protocol that will help you determine where lasers can fit in to implant dentistry. And, finally, we will discuss how lasers can impact before you place your implant, and during the placement of your implant.<br /><br />Part 2 (LOD 238-00 - sold separately) of this two part series will discuss the role of lasers after the implant has been placed. We will demonstrate how it can be used to improve healing. It can be used during uncovery. It can be used in periimplant tissue removal, and even in the exciting world of periimplantitis. Clinical cases will be presented showing hard-tissue lasers being used for decortication as an alternative to traditional means. We will focus on why an electrosurge may be damaging to your implants, and may cause you more problems than benefits, and why a diode-laser may be your treatment of choice. This lecture will conclude with what may be the future of lasers, and how Erbium lasers might be able to be used in periimplantitis to not only remove biofilms and surfaces like TiUnite, but to actively allow for reosseointegration to occur.