Immediate Implants in Molar Sites - Wide Diameter Implants: Part 1
Dr. Murray Arlin highlights the advantages and disadvantages of immediate implant placement in molar extraction sites.

Ridge Splitting and/or GBR - Maxilla vs. Mandible - Part 1 of 2
Mandibular ridge splitting has been a clinical challenge due to high density of cortical bone. Therefore, some clinicians recommends two stage approach to overcome this issue. We will also present an unique ridge splitting technique that is easy to do and predictable using one stage approach.

Immediate Molar Implant Placement With Superwide Diameter Implant - Part 1 of 2
Dr. Lee will present a new techique utilizing a trephine to collect autogenous bone, and placement of a superwide implant 6-8mm in diameter to fill up the extraction site.

Tissue Responsible Dentistry - Part 1: Contemporary Concepts in Hard & Soft Tissue Management in Implant Dentistry
This clinical and evidence based presentation emphasizes the importance of proper 3-dimensional implant surgery and how soft tissue grafting can effect the final end result. There will be a special focus on immediate extraction site placements and surrounding tissue management as well.

Immediate Implants: Science and Art - Part 1 of 2
By scientific studies produced in recent years has been confirmed, in selected cases, the validity of the post-extraction implants. The use of this method implies a lower emotional impact, a single surgery and a healing often better for the patient.We will be discussed traumatic extraction methods, perfect insertion of the implants with or without bone regeneration with bone substitutes and membranes and the opportunity to combine an advanced method as immediate implant with the execution of an immediate loading to restore aesthetics in more complex cases.

Complete Management of the Implant Site: From Simple Cases to Complex Situations
The health and the structure of the peri-implant tissue is vital for a long term prognosis of aesthetic and functional dental treatments. The prevalence of peri-implant diseases and recessions is a problem that must be overcome by a perfect treatment planning, along with a step-by-step design of the future restorations. When the clinician places an implant, he must consider the 3D positioning regarding the hard and soft tissue. When one decide to restore an implant, he must be aware of the gingival volume and it’s position. In this presentation, we want to show fully documented cases, from bone grafting, soft tissue enhancement, to final restorations.

Immediate Implant Placement into Extraction Sockets with Labial Plate Dehiscence Defects: A Clinical Case Series
To measure the buccal plate reconstruction of extraction sockets with labial plate dehiscence defects using a bone allograft in combination with an absorbable collagen membrane and a custom-healing abutment at the time of tooth removal. Implants placed into sockets with labial plate dehiscence defects demonstrated radiographic reformation of the labial plate dehiscence defect at 6 to 9 months post-treatment. The net gain in labial plate on CBCT in L1 and L2 was 3.0 mm, where 0 mm existed at pre-treatment. The minimum amount of labial plate thickness of 2.0 mm was achieved in all treated sites, evaluated radiographically at 6-9 months post-operatively, in a single procedure, without flap elevation and maintaining the gingival architecture and satisfactory esthetics.

Predictability of Simultaneous Implant Placement in the Severely Atrophic Posterior Maxilla: A 9-Year Longitudinal Experience Study of 2,132 Implants Placed into 731 Human Sinus Grafts
Simultaneous implant placement into sinus floor grafts can be a predictable treatment option for patients with at least 1 to 2 mm of vertical residual bone height when careful case planning and meticulous surgical techniques are used.

Cortical Tenting Grafting Technique in the Severely Atrophic Alveolar Ridge for Implant Site Preparation
Tenting of the periosteum and soft tissue matrix using a cortical bone block maintains space and minimizes resorption of the particulate allograft volume. In addition,bridging the cortical blocks with particulate bone avoids unaesthetic ridge defects between cortical block grafts in larger ridge defects. The result was a more uniform and esthetic alveolar ridge, capable of maintaining an implant-supported prosthesis. The technique offers predictable functional and esthetic reconstruction of large volume defects without extensive amounts of autogenous bone. This of- fers a superior functional and esthetic result than with either cortical or particulate grafting alone.