Objectives The objective of the study was to assess the influ- suitable for the management of exposed SLA implant ence of implantoplasty (IP) on the diameter, chemical surface surfaces. composition, and biocompatibility of titanium implants . . in vitro. Keywords Dental implants Implant surface Material and methods Twenty soft tissue-level (TL; ma- Implantoplasty Cell culture chined transmucosal—M and rough endosseous part—SLA) and 20 bone-level (BL; SLA) implants were allocated to IP covering 3 or 6 mm of the structured surface (SLA) area. The Introduction samples were subjected to diameter, energy-dispersive X-ray spectroscopy (EDX), and cell viability (ginigval fibroblasts, Surgical treatment of peri-implantitis commonly involves 6 days) assessments. open flap debridement including a thorough granulation tissue Results Median diameter reductions varied between 0.1 (TL removal from the defect area and a decontamination of the 3 mm) and 0.2 mm (TL 6 mm). EDX analysis revealed that IP exposed implant surface areas . This basic procedure may and M surfaces were characterized by a comparable quantity either be combined with augmentative (e.g., bone fillers/auto- (Wt%) of elements C, O, Na, Cl, K, and Si,but asignificantly grafts, guided bone regeneration) or resective (e.g., pocket different quantity of elements Ti and Al. When
Clinical Oral Investigations – Springer Journals
Published: Dec 24, 2016
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