reparative dentin

Conclusion: HSP27 could play an important role in process of reparative dentin forming and protect pulp cells and inhibit developing of inflammation.

结论：HSP27在牙髓炎早期能够保护牙髓细胞，限制炎症发展，在损伤晚期则可能参与牙齿矿化修复过程。

Purpose To determine the reparative dentin formation characteristic after caries in different ages.

目的观察不同年龄段人的牙齿在受到龋损刺激后,修复性牙本质的生成情况.

Conclusion: The role of LPS in caries-induced reparative dentin might be a significant determinant.

结论: 提示适度的LPS在牙髓对龋病的防御反应过程中起着一定调节作用.

Unmineralized reparative dentin, odontoblast-like cells, human dental pulp cells and endothelial cells of the blood vessels.

在牙髓炎人牙中，LIM矿化蛋白1主要分布于前期牙本质、成牙本质细胞、未矿化的修复性牙本质、成牙本质细胞样细胞、牙髓成纤维细胞及血管内皮细胞。