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Peri-implant tissue healing in implant placed in post-extraction sockets of maxillary premolars
Peri-implant tissue healing in implant placed in post-extraction sockets of maxillary premolars
Different titanium surfaces influence the biological behavior of SaOS-2 human osteoblast-like cells:in vitro study
Rialzo crestale del senso mascellare: follow-up a 10 anni della terapia implanto-protesica in un caso di agenesia dentaria multipla.
Healing of horizontal marginal bone defects modified by piezoelectric surgery in immediately placed implants
Implants placed immediately after tooth extraction show several advantages reducing treatment time compared to the classical staged approach. However, a gap between implant platform and alveolar bone is frequently associated with immediate implant placement. The aim of the study was to evaluate the clinical healing of horizontal marginal bone defects modified by means of bone piezoelectric surgery in implants placed in fresh extraction sockets.15 implants have been placed in fresh extraction sockets of 12 patients in the upper premolar area. 38,5% of experimental sites showed a marginal bone gap larger than 2 mm on palatal side. In order to reduce these marginal bone defects, two vertical osteotomies were performed by piezoelectric surgery allowing the displacement of marginal bone wall. Peri-implant tissue healing has been evaluated recording clinical parameters and standardized radiographs at implant placement and after 4, 6, 18 months. The clinical and radiographic success rate of immediately placed implants was 92,3%. Fixtures with horizontal marginal bone defects modified by bone piezoelectric surgery showed at 18 months a stable clinical healing of peri-implant hard and soft tissues
Sandblasted-acid-etched titanium surface influences in vitro the biological behavior of SaOS-2 human osteoblast-like cells
Changes of soft tissue profile following immediate implant placement in maxillary premolar area
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