Long‐term radiographic assessment of titanium implants installed in maxillary areas grafted with autogenous bone blocks using two predefined sets of success criteria

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Abstract

Purpose

Conclusions

Assess the radiographic peri‐implant bone loss in implants found in maxillary regions caked with autogenous bone and classify the long‐term (at least 4 ≤6 years) implant achievement based on two predefined sets of criteria.
Fifteen implants have been lost over the 12‐year follow‐up interval (two around 4 ≤6 decades ). Mean radiographic peri‐implant bone reduction was 2.7 mm in the >4 ≤6 years management and 4.2 mm following 11 ≤12 years. Different success criteria resulted in different kinds of incidence of implants categorized as”failures” At # 4 ≤6 decades, 48 percent of the implants would be”failures” according to ALB, while based on the PCC, only 0.8% will be”failures” along with 18.1% could be classified as”compromised survival” and 44.8% as”adequate survival.”
The follow‐up protocol was first 5 (>4 ≤6) years; thereafter only patients that introduced considerable peri‐implant bone reduction were followed around 12 years. The radiographic peri‐implant bone amount was analyzed on panoramic radiographs compared to this baseline and used to classify the long‐term success of the implants in accordance with the next success criteria presented by Albrektsson and coworkers (ALB; 1986) along with the Pisa Consensus Conference (PCC; 2007).
Mean peri‐implant bone loss of implants installed in maxillary areas grafted with autogenous bone blocks was 2.7 mm following >4 ≤6 decades, along with 2 implants were lost during that interval. The use of different achievement criteria significantly altered the prevalence of implants categorized as”failure.”

Results

Substance and Methods

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