The enamel remineralization ability that is brought by adhesive material for brackets which contained bioglass

对于称为托槽附近釉质脱钙的问题，开始研究以开发含有具有高钙化诱导率的玻璃的树脂系统粘合剂材料。样品由树脂基胶粘剂材料混合玻璃制成。通过对样品的缓冲性能分析、托槽周围釉质的力学性能分析，对玻璃组分粘接材料进行了评价。结果表明，在粘接材料中加入微晶玻璃，可以起到抑制釉质脱矿和促进釉质矿化的作用。

For a problem called the decalcification of the bracket neighborhood enamel, a study was started for the purpose of developing the resin system adhesive material which contained bioglass having high calcified inducibility. Sample was made by resin-based adhesive material mixed bioglass. By analysis of the buffering ability using the sample, mechanical characteristic analysis of the bracket neighborhood enamel, an evaluation of the bioglass component adhesive material was carried out. As a result, an effect of the enamel decalcification restraint and remineralization promotion led to the conclusion that expected by adding bioglass in adhesive material.