Development of bonding material inducing dentin remineralization

在体外矿物质诱导实验中，新开发的单体CMET比模型脱钙牙本质基质（PV）更快地诱导羟基磷灰石形成。在微拉伸粘结试验中，含有浓度为5%和10%的新开发的单体CMET和CMEP的4-Meta/MMA-TBB树脂显示出高的粘合能力，与作为对照的单独的4-Meta/MMA-TBB树脂相等。但随着浓度的增加，粘结强度显著下降。

In mineral induction experiments in vitro, the newly developed monomer, CMET, induced hydroxyapatite formation more rapidly than the model decalcified dentin matrix(PV). In the micro-tensile bond test, 4-META/MMA-TBB resin containing the newly developed monomers, CMET and CMEP at a concentration of 5 and 10% showed a high adhesive ability, equal to 4-META/MMA-TBB resin alone as a control. However, bond strength decreased significantly with the increase of the concentration.