Pathological conditions and tooth extraction can lead to significant changes in the oral cavity, complicating implant therapy due to alterations in the alveolar ridge’s horizontal and vertical dimensions. Guided bone regeneration (GBR) is a well-documented technique for addressing these challenges, utilizing membranes to facilitate bone regeneration. As magnesium metal has emerged as a promising resorbable material due to its mechanical strength, biocompatibility, and degradability, the application of the fully resorbable NOVAMag^® membrane has stolen the spotlight. More

Buccal wall defects present significant challenges in implant dentistry. The lack of adequate bone support in the buccal aspect can jeopardize the long-term success of implants, making it essential to address these defects effectively. A buccal bone thickness of less than 1.5 mm increases the risk of bone resorption and soft tissue recession, making it crucial to achieve at least this minimal thickness for effective implant integration and aesthetics. The Shield technique offers an innovative solution for managing both buccal and palatal wall defects. More

Guided bone regeneration is a fiddly and unpredictable procedure.” This is a statement we hear regularly from considerable majority of dental practitioners. Dr Maghaireh would like to challenge this statement and will present his 8 Clinical Tips & Hints on achieving predictable and long-term success in guided bone regeneration, based on biology & evidence-based data as well 10 years and more of dental implant cases in the aesthetic zone. More

Peri-implantitis, an inflammatory condition affecting the soft and hard tissues around dental implants, poses significant treatment challenges. The complexity of peri-implantitis treatment lies in achieving thorough decontamination while promoting effective bone regeneration, necessitating advanced techniques and materials to restore implant stability and ensure optimal patient outcomes. The technological advancements are transforming the approach to peri-implantitis, making treatments more effective, less invasive, and more tailored to individual patient needs, ultimately improving the prognosis for affected implants. In particular, the demand for new materials in dentistry is driven by the need to overcome existing challenges and improve overall success of dental procedures. More