Unstable soft tissue seal at implants favors an inflammatory reaction that can lead to facial recession, pocket formation and loss of bone support. The more stable and tight the soft tissue seal, the more predictable the outcome of implant rehabilitation. A major criterion influenc

Dental implant treatments are constantly evolving in order to improve harmonious esthetic integration. This lecture will focus on a new concept, On1, allowing biological advantages in the fragile soft-tissue implant /restoration interface. Avoiding disturbance of the biologic space...

For a variety of reasons, there has been an increasing trend towards cement-retained restorations over the last decade, notwithstanding the concomitant increase in biological and mechanical complications. This trend is now rapidly reversing, as clinicians better appreciate the biol...

This presentation will review the contemporary surgical and prosthetic concepts in management of implants in the aesthetic zone with a view to achieving optimum long term esthetics and stability.
The outcomes depend on the clinical management and an understanding and application of...

Correcting adverse soft tissue responses around crowns requires specific cervical contours coupled with surface smoothness and marginal fit.  This presentation will show how these morphologic principles have been used to correct adverse gingival reactions with crowns on natural tee...

In this presentation, emphasis will be placed on clinical situations that are best served aesthetically with zirconia. While the main advantage of zirconia is its mechanical strength, it is possible to design the restoration to maximize its esthetic potential and also to blend it...

This lecture will focus on the biologic criteria when it comes to restoring anterior implants using as an alternative a screw or cement retained restoration. The main problematic aspect for the cemented implant restoration will be discussed widely with different clinical examples...

This presentation will deliver all the need-to-know information when treating with the angulated screw channel abutment (ASC) and full contour zirconia (FCZ) concepts. The lecturer will focus particularly on questions that may arise in such cases; Should we choose the full contour...

Unique physical, optical, and biologic properties have made zirconia a preferred material for restorative options from single units to full-mouth rehabilitations. For bilayer restorations with zirconia as a core and framework material, proper selection and application of the...

Pink Esthetic Score assesses 7 soft tissue variables, it allows for reproducible assessments of peri-implant soft tissue around single tooth implants (Gehrke 2009). Different treatment modalities can be compared, flapless procedures show better outcomes than flapped procedures...

There are a plethora of materials available for full arch implant supported CADCAM restorations. Often the clinician is faced with the difficult task of choosing the most appropriate combination of materials. This presentation will present a list of factors that are critical in...

The All-on-4® treatment concept has gained a significant momentum in the last decade. This presentation will focus on the diagnostic factors to enhance clinical outcomes. Emphasis will be placed on how the clinician chooses between fixed vs. removable implant supported restorations...

Current multidisciplinary management of both simple and complex clinical scenarios has evolved significantly in recent years. The changes in this evolution have been aimed at achieving more predictable as well as longer lasting results, without excluding interesting aspects such as...

This presentation aims to examine how digital planning is extremely valuable for the replacement of single units in the esthetic zone aggregating precision and predictability. The threedimensional images of NobelClinician allow the surgeon to evaluate the site at every possible...

What do we know about cement? How it flows, excessive amounts and hydraulic forces arising from cement can lead to both hard and soft tissue destruction. These concepts and furthermore, how should we mitigate the risks of using cement, will be discussed.