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Bone Ingrowth for Sinus Lift Augmentation with Micro Macroporous Biphasic Calcium Human Cases Evaluation Using MicroCT and Histomorphometry

机译:微CT和组织形态计量学评估微大孔双相钙的骨内增生术

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摘要

The development of implantology requires enough bone support, sufficient bone architecture. The use of autograft remains the gold standard; however the surgeons use cortical bone coming from mandibular part or craniofacial site, involving severe anaesthetic bone loss. The strategy of bone substitutes in place of autograft can be an efficient method. Several patients having a sinus lift augmentation using MBCP, and BioOss have been performed in human, and bone biopsies were realized during the preparation of the site for dental implantation. Biopsies were analyzed in classical histology without decalcification and by 3D reconstruction using micro CT. Both techniques revealed bone ingrowth and MBCP resorption. For BioOss, no bone ingrtowth and resorption process were observed in spite of stability of the implant and clinical efficiency. These case reports confirm the performance of bone substitutes for Sinus Lift augmentation.
机译:种植学的发展需要足够的骨骼支撑和足够的骨骼结构。自体移植仍然是金标准。然而,外科医生使用来自下颌部分或颅面部位的皮质骨,涉及严重的麻醉性骨丢失。替代自体骨的骨替代策略可能是一种有效的方法。几位使用MBCP和BioOss进行鼻窦提升术的患者已经在人体中进行过,并且在准备植入牙齿的部位时进行了骨活检。在不脱钙的情况下,在经典组织学中对活检进行分析,并使用micro CT通过3D重建。两种技术均显示骨骼向内生长和MBCP吸收。对于BioOss,尽管植入物具有稳定性和临床有效性,但未观察到骨长入和吸收过程。这些病例报告证实了窦举增强的骨替代物的性能。

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