Bio-Oss Collagen in the Buccal Gap at Immediate Implants - A 6-Month Study in the Dog
Dr. Mauricio G. Araújo; Dr. Elena Linder; Dr. Jan Lindhe
Loose Implant Screws-Part 2
Recent research shows that tightening during try-ins can increase chances of screw loosening
The Dual-Zone Therapeutic Concept of Managing Immediate Implant Placement and Provisional Restoration in Anterior Extraction Sockets
Improvements in implant designs have helped advance successful immediate anterior implant placement into fresh extraction sockets. Clinical techniques described in this case enable practitioners to achieve predictable esthetic success using a method that limits the amount of buccal contour change of the extraction site ridge and potentially enhances the thickness of the peri-implant soft tissues coronal to the implant-abutment interface. This approach involves atraumatic tooth removal without flap elevation, and placing a bone graft into the residual gap around an immediate fresh-socket anterior implant with a screw-retained provisional restoration acting as a prosthetic socket seal device.
Soft Tissue Enhancement After Implant Placement
Soft tissue management is one of the key factors for successful implant restoration. Esthetics can be strongly influenced by the conditions of the peri-implant tissue. Substantial knowledge of tissue anatomy and biology is a fundamental prerequisite for surgical success. The present chapter introduces different techniques to improve the appearance of the soft tissue after implant placement. Cases of repositioned flaps, FGGs, and CTGs are presented along with biological considerations. It was our intention to present various indications and options to the clinician to achieve an increased amount of peri-implant KG or connective tissue thickness.
All Ceramic Solution utilizing a Zirconia Implant
All ceramic implant surgery.
New Generation of Customized Titanium Membranes for Achieving Predictable Buccal Bone Regeneration Every Time
Stable soft tissue can only be maintained over the long term if there is adequate buccal bone. Achieving this bone can be unpredictable at times. The grafted bone requires space maintenance along with graft stability in order to allow angiogenesis to reach all the bone that is being grafted as well as enough time for the bone conversion process to occur. This short video presents of an extremely simple technique using a titanium membrane that can be used with most implant types to create stable buccal bone. It also goes through the criteria for successful bone regeneration and how to implement them.
3D Tx Planning Using Materialise Simplant Simulation Software
The role of software 3D planning is highlighted and how best to use this expanding technology.
CBCT as an Interdisciplinary Diagnostic and Treatment Planning Tool
This presentation will discuss and demonstrate the utilization of CBCT imaging from the perspective and scope of a periodontist and an oral and maxillofacial surgeon. Treatment planning, critical thinking skills and surgical execution of cases demonstrating complex dentoalveolar bone reconstruction and craniofacial deformities will be presented demonstrating how this paradigm shift has expanded capabilities and predictability to treat demanding cases.
Prosthetic Strategies to Enhance Dental Implant Aesthetics
The principle focus of implant dentistry has changed significantly from the era of ‘Anatomically driven implant placement’ to the current practice of ‘Restoration driven implant placement’. When we now look at the failing dentition in the aesthetic zone we now must immediately consider conversion to implants. We are continually seeking greater control of the peri-implant tissues and ultimately the aesthetics of the restoration. Implant/abutment designs allow us to consider immediate implant replacement, and immediate non-functional loading especially in the aesthetic zone, where preservation of hard and soft tissue is of paramount importance in order follow the principles of aesthetics by maintaining the elements which are already there
Osseodensification: A Paradigm Shift in Implant Dentistry
This course aims to present Osseodensification techniques designed to maximize implant primary stability, implant insertion torque, and early loading of dental implants. Atraumatic Osseodensification techniques may also be used for alveolar ridge expansion, hydraulic maxillary sinus floor elevation with autografting.
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