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• W2017156771 abstract "We implanted a glass ceramic dental root implant into the mandible of an adult dog two months after extraction, prepared specimens 5 days to 420 days after implantation, and histologically examined the reaction between glass ceramic and the mandibular tissue with an optical microscope. The result showed that the implant and compact bone were closely attached in the compact bone region 15 days after implantation.We recognized a new bone formation along the implant surface and also numerous osteocytes, 15 days after implantation.We found osteoclasts and a bone resorption image in a part of the bone attached to the implant 30 days after implantation. The resorption image, however, almost disappeared and the implant and compact bone completely ankylosed 60 days after implantation. The bone recovered its original structure 90 days after implantation. There were no changes in osteo-ankylosis of the implant and the bone 420 days after implantation.In the spongy bone region, a new bone beam was formed from the surrounding osseous tissue toward the implant, a part of which attached to the implant from 5 days to 10 days after implantation.We saw a new bone formation along the implant surface from 10 to 15 days after implantation.The bone increases in width showing a network structure near the implant surface and attached to the implant 30 days after implantation. The new bone formed on the implant surface increased in thickness and ankylosed to the implant 60 days after implantation.The bone beam decreased in number and shifted to the original spongy bone appearance while the medullary cavity expanded 90 days after implantation.The osseous tissue was formed in nearly the whole implant surface area and the osteo-ankylotic condition of the implant to the spongy bone was satisfactory 150 days after implantation.Further, there was no remarkable change in the condition until 420 days after implantation.The result of this experiment confirmed that a glass ceramic has a high tissue affinity or osseous tissues around the implant with an excellent osteo-ankylotic condition of the glass ceramic to osseous tissues. Thus, we confirmed that it is an applicable material for implants." @default.
• W2017156771 created "2016-06-24" @default.
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• W2017156771 date "1990-01-01" @default.
• W2017156771 modified "2023-10-18" @default.
• W2017156771 title "An experimental study on histological changes in the mandibular tissue by implantation of glass ceramic dental implant." @default.
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• W2017156771 doi "https://doi.org/10.5794/jjoms.36.915" @default.
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