Implants in the Esthetic Zone: How to Get Predictable Results
Placings implants in the anterior maxilla can be a challenging treatment, since these are esthetically demanding cases. To achieve esthetic results which are similar to the natural tooth, first an understanding of the resorption process must be understood. Secondly with the help of three-dimensional planning on CBCT images, a protocol can be made at which timepoint an implant should be placed: immediate, early or delayed. Also, when is it a good option to preserve the socket rather than to wait for spontaneous healing. The final esthetics are not only the white esthetics, but the pink esthetics should be restored as well by means of a transitional temporary crown to create a cervical and emergence profile.

Soft and Hard Tissue Considerations in Demanding Esthetic Implant Therapy - Part 1 of 2
Since implant dentistry has become a common treatment for replacing missing teeth, dentists have been trying to mimic natural tooth morphology in order to achieve both functional result and to fulfill the patient’s esthetic desires. What was considered the standard of care 26 years ago is not necessarily valid today. The criteria for implant include osseointegration and the possibility for optimal restoration. This presentation will focus on the management of the hard and soft tissue around dental implants and analyzing the characteristics of different periodontal biotypes. We will discuss basic concept regarding immediate implant placement and guided bone regeneration procedure related to the esthetic zone before focusing on the soft tissue management. The purpose of the presentation is to provide a check list that will guide the clinician developing a proper analysis and diagnosis for the successful esthetic result with implant supported restoration.

Implant Body Design: Macro Designs Pt 2
A look at overall implant macro designs.

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.

Rehabilitation of the Extreme Atrophic Jaws
In this lecture you will learn several alternatives for the full arch rehabilitation of the jaws with different degrees of resorption. Several cases will be presented step-by-step with high-quality pictures for each technique explained. The main goals are to avoid complex regeneration procedures, to avoid zigomatic surgery and to still be able to perform immediate loading in the most compromised scenarios.All on Four technique, palatal approach technique, pterygoid implants and the most recent Subperiosteal Implants are some of the key-concepts presented.

7 Ways to Improve Patient Care with 3D Implant Dentistry and Guided Surgery
Whether you are learning something new, or comparing notes, I look forward to sharing with you in this new age of digital dentistry. Join me for a discussion on the world of digital patient care. I will give you the tools to navigate and speak confidently with patients and other providers about 3D implant dentistry and guided surgery.

Survival of Implants after Indirect Maxillary Sinus Elevation Procedure: A Two Years Longitudinal Study
The aim of the study was to evaluate the survival rate of two diverse implant systems with different implant surfaces with the same geometrical design. In the present study, we achieved clinical success with both kinds of implant surfaces however Bioetched implant surface showed promising results comparable to Tiunite surface of Nobel BioCare Implants. In the future, more case-controlled studies with longer follow-up are needed to validate the results of the present findings.

Ridge Preservation with Modified “Socket-Shield” Technique: A Methodological Case Series
After tooth extraction, the alveolar bone undergoes a remodeling process, which leads to horizontal and vertical bone loss. These resorption processes complicate dental rehabilitation, particularly in connection with implants. Various methods of guided bone regeneration (GBR) have been described to retain the original dimension of the bone after extraction. Most procedures use filler materials and membranes to support the buccal plate and soft tissue, to stabilize the coagulum and to prevent epithelial ingrowth.

Guided Bone Regeneration Using a Titanium Membrane at Implant Placement: A Case Report and Literature Discussion
Reconstruction of the oral supporting tissues lost by disease or trauma is essential to tooth replacement with dental implant therapy. This treatment requires evidence based augmentative procedures combined with up-to-date and current techniques. Guided bone regeneration (GBR) aims to initialize this process of alveolar ridge reconstruction by utilizing biologically active and supportive materials best coupled to the body’s healing processes. The use of nonresorbable, titanium membranes can achieve GBR by ensuring graft stability and space maintenance so as to ensure optimal neovascularization. Hereafter is a case report of a ridge defect reconstructed at implant placement, with the rationale and current, evidence-based literature discussed.