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6th Annual IAOCI World Congress
Fifteen world renowned experts will share scientific evidence and their experience with ceramic implants. Don’t miss out, the next chapter in oral implantology is already in progress.
When: 02/16/2017 |
Where: 270 Biscayne Blvd. Way
Miami, FL 33131 United States + Google Map
More Information and Registration: www.iaoci.com/
Implantology with ceramic implants is revolutionizing dental implantology and today ceramic implants perform as well as titanium and titanium alloy implants. So we have to ask: “Evidence Based Ceramic Implantology – Where Are We Today?”. The IAOCI World Congress is an international meeting with a first-rate scientific program delivered by top international and national speakers. The academy through this yearly congress promotes and delivers innovative and forward-thinking ideas by means of workshops, lectures and symposia that enhance the understanding of and the rationale for ceramic implantology. This is a place where scientists, clinicians, students and manufacturers gather to have access to, learn from and exchange with the largest community of international experts in dental bioceramics science and technology.
A complete program agenda, can be found by visiting our website
Featured Lecture: “Zirconia Implants: The State of the Art”
The impact of titanium implants on our treatment options is beyond doubt. High success rates prove their reliability. However, some recent results suggest that intolerances and allergic reactions to titanium may be possible. The grayish color of titanium could be compromising in esthetically demanding regions and ceramic would be an alternative option. At present, zirconia is the only bioceramic, which provides sufficient mechanical strength, biocompatibility and esthetics.
Yttria-stabilized zirconia (Y-TZP) is progressively used in reconstructive dentistry. The clinical long-term results with single crowns and fixed dental prostheses are encouraging. The first zirconia implants were designed in the beginning of this millennium and controlled clinical studies are scarce in the literature. The mechanical strength of zirconia implants is proven in several laboratory tests. However, in a recent clinical study 3.25mm diameter implants showed a significantly higher failure rate than 4.0mm diameter implants, suggesting that the diameter of zirconia implants should not range below 4.0mm. To create an osteoconductive implant surface is a challenge with zirconia implants. Some clinical results obtained from retrospective studies show survival rates > 95% and clinical success rates > 90%. A recent prospective two-center study showed promising three-year results. It can be concluded that zirconia implants are a viable alternative to titanium implants but like with titanium implants, clinical investigations should continue.