Application of Nanofioscience to Dentin Regenerative Theraysy

实验制备了添加伊娃+C（RMSB）的矿化促进粘接材料，并对其粘接强度和生物相容性进行了研究。随着伊娃+C添加比例的增加，粘接强度降低。RMSB组在早期阶段显示出与对照相似的生长趋势，并且细胞计数高于伊娃+C组的高比率的SB（Superbond）。SBP 30和7 P（SB/伊娃+C=40wt%/60wt%）具有较高的粘接强度和良好的细胞增殖能力。在体内，7 P的炎症比SB弱，矿化组织形成良好。RMSB-7 P具有良好的粘附性和生物相容性。

The mineralization accelerating adhesion materials that added EVA+C (RMSB) were produced experimentally, and we studied the bond strength and biocompatibility. Bond strength decreased with increase of the EVA+C addition ratio. The RMSB group showed a tendency to growth similar to Control at the early phase, and cell count was higher than an SB (Superbond) at high ratio of EVA+C group. SBP30 and 7P (SB/EVA+C=40wt%/60wt%) showed a high bond strength and a good cell proliferation. Invivo, 7P had weaker inflammation than an SB and mineralized tissue formation was good. High adhesive property and biocompatibility was oftained by RMSB-7P.