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학술저널
저자정보
저널정보
한국실험동물학회 Laboratory Animal Research Laboratory Animal Research Vol.24 No.3
발행연도
2008.9
수록면
325 - 332 (8page)

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It is well-known that Titanium (Ti) and Ti alloys demonstrate the most biocompatibility. The current research examined the initial ossification and formations of bone contacts upon implanting 4 types of implants with different surface treatments. Total of 20 samples were used during the experiment and categorized into sand-blasted large grit acidetched (SLA) surface treatment group, SLA+ surface treatment group, Active surface treatment group and Zn-Anodizing 340 V surface treatment group. Two implants were placed on the left side and right side each of tibia and sacrificed after 4 weeks period. Tibias of rabbits were produced into specimen slides with a thickness of 15 μm instead of traditional thickness of over 50 μm and we could get the good resolution. In histomorphometrically measured bone implant contact rates, significant differences of SLA+ and Zn-Ano are recognized, and the Zn-Anodizing surface treatment group displayed higher results than all other groups. In the results of histomorphometrically measuring and comparing the surface area rates, differences between of SLA and SLA+ are significantly recognized than comparisons of other groups, and the SLA surface treatment group scored the highest. It may be concluded that the period for implant masticatory functions may be shortened when using both of Zn-Anodizing and SLA implants and suggested that the semi-thin section produced the good result.

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