Basic research on analyzes influence of biological apatite crystal gives Osseointegration.

这项研究的目的是调查与种植体周围新骨形成矿化相关的骨质量的变化。这项研究调查了种植后4周和8周种植体周围形成的新骨的质量和成分，并与皮质骨进行了比较。在皮质骨附近的新生骨中，随着时间的推移，PO_4、CO_3、2-Gt；和酰胺I的分布增加，钙化进展。在离皮质较远的新骨中，PO_4、CO_3、2-Gt；和酰胺I的分布也随着时间的推移而增加，但幅度小于靠近皮质的新骨。我们的发现清楚地表明，骨质量的变化与矿化程度有关，这是基于化学键和组成骨的元素和分子的分布的顺序变化。

The purpose of this study was to investigate changes in bone quality associated with the mineralization of new bone forming around implants. This study investigated the quality and composition of new bone that formed around implants at 4 and 8 weeks post-implantation, compared to those of cortical bone. In new bone near cortical bone, PO_4^<3->, CO_3^<2->, and amide I distributions increased over time, and calcification progressed. In new bone more distant from cortical bone, PO_4^<3->, CO_3^<2->, and amide I distributions also increased over time, but to a lesser extent compared to that close to cortical bone. Our findings clearly showed changes in bone quality related to the degree of mineralization, based on sequential changes in chemical bonding and the distribution of elements and molecules comprising bone.