The atrophic maxilla presents a significant challenge to the surgical and restorative team. Patients seek a long- term solution in the restoration of function, esthetics, and ultimately their quality of life. Prosthetic rehabilitation of patients with severe maxillary bone...

Highlighting with several patient cases and clinical videos, and underlining with literature data, Dr Pozzi explains the workflow principles and advantages when using guided surgery protocols and provides tips and tricks for optimizing soft tissue management and esthetic outcome...

The success of the dental implant is intimately related to how the soft tissues respond prior to, during, and after restoration. The restoring clinician is involved with all these aspects and must fully understand the consequences of his or her choices and actions. Soft-tissue heal

The biggest disappointment for patients and practitioners is failure of dental implants. One of the most overlooked parts of implant therapy is hygiene and a robust peri- implant maintenance program. Recognizing early signs of peri-mucositis and resolving the inflammation in its...

Implant provisional restorations are the business card of the esthetic dentist. Postextraction tissue resorption and remodeling is inevitable. Dr. Fang explains that the tissue remodeling can be compensated by preserving the tissue through immediate implant placement and...

A 40-year-old male patient presented with agenesis of both upper lateral incisors and a Class III skeletal malocclusion. The treatment selected was: Orthodontic treatment, Implant placement #12 and #22 FDI  (#7 and #10 US).

Immediate tooth replacement offers the benefit that the hard and soft tissue architecture can be maintained. A change in labial contours is usually occuring, so the correct management of the facial contour is crucial in order to achieve an adequate esthetic result. Dr. Kan...

This lecture focuses on the key parameters to be considered when placing implants: comprehensive pre-treatment planning, selecting the appropriate implant design, achieving sufficient primary stability and assessing any additional, site-specific needs. Dr. Holst reviews the implant...

To maintain transmucosal health and tissue stability a main objective is to avoid apical migration of peri-implant tissues, and thus to prevent pocket formation, inflammation and bone loss. Dr Rompen discusses the clinical and material aspects which play a role for soft tissue...

A 25-year-old female patient presented a deep undermining carious lesion on the lingual surface of the endodontically treated tooth, solved by an immediate implant placement procedure using the “pre-extractive interradicular implant bed preparation” technique.

Residual cement is considered a main causal risk factor for peri-implant disease. Cement remnants causing microbial activity, immune reaction, allergic response, activation of titanium surface may be the route by which bone is lost around implants. Dr Wadhwani discusses the...

Extraction of teeth with persistent periapical lesions requires a specific drilling protocol to remove infected bone, to reach healthy trabecular bone and start up a bleeding. Residual dens sclerotic bone may harbor latent pathogenic microorganisms for a...

The peri-implant mucosa consists of an externally located keratinized oral epithelium, which is connected to the peri-implant junctional epithelium facing the abutment. The latter extends approximately 2 mm apical to the...

Bone regeneration today has become a frequent and routine procedure in implant dentistry. The next step is to ensure optimal soft tissue outcomes to be able to establish long term esthetic results. Dr Dahlin discusses current status and trends in tissue regeneration, protocols and

The etiology of complex chronic infections like peri-implantitis demand a multi-causality model to explain the condition. Peri-implantitis is not always caused by pathogens. Dr Quirynen reviews that peri-implantitis can be caused by more than one causal mechanism, that every causal...