reparative dentin
英
美
网络 修复性牙本质; 牙本质; 修复性齿本质
双语例句
- The role of nitric Oxide in reparative dentin formation part I: The expression of nitric Oxide synthase Previous studies clearly indicate the importance of DPP in both normal and diseased dentin formation.
修复性牙本质形成过程中一氧化氮的功能&I：一氧化氮合成酶的表达这些研究显示DPP在正常牙本质和病理性牙本质的形成中起重要的作用。 - Objective: To investigate the effect of the complex of epidermal growth factor ( EGF) and collagen sponge ( CS) on reparative dentin formation in vivo.
目的：观察表皮生长因子（EpidermalGrowthFactor，EGF）与胶原蛋白海绵（collagensponge，CS）复合物对小型猪修复性牙本质形成的影响。 - Type C: irregular. Reparative dentin increased with an irregular tubular structure after 30 days.
C型：不规则结构。30d后，修复性牙本质明显增加。 - 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。 - There was complete reparative dentin bridge 4 weeks later.
术后4周有完整的修复性牙本质桥形成； - Effects of fluoride on dentin The Induction of Ceramic Dentin Powder, Transforming Growth Factor-β 1, and Noncollagen Proteins in Reparative Dentin Matrix
氟对牙本质作用的研究进展牙本质陶瓷粉、TGF-β、NCPs及复合材料直接盖髓后对牙髓细胞的促进作用 - 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。 - Methods Dogs were used in establishing the experimental model. The reparative dentin bridge formation and the histopathological changes at the pulp-exposed site were observed at 7, 30 and 60 days postoperatively.
方法采用犬作为动物实验模型，观察nHA-PA66直接盖髓7d、30d、60d后穿髓孔处牙髓创面修复性牙本质形成及炎症反应等组织病理学改变。 - Conclusions There was no significant relation between the reparative dentin formation after caries and age.
结论受龋损刺激后，不同年龄牙齿的修复性牙本质生成情况无明显差异。 - The effect of the complex of EGF and collagen sponge on reparative dentin formation in minipig
表皮生长因子与胶原蛋白复合物对小型猪修复性牙本质形成作用的实验研究 - Immunolocalization of collagen I& ⅲ in rat reparative dentin
I型和Ⅲ型胶原在修复性牙本质形成中的免疫定位 - With dental pulp tissue injured, infected by external factors, human dental pulp cells can proliferate, differentiate into odontoblast-like cells and secrete reparative dentin.
牙髓组织在损伤、感染等外界刺激的情况下，牙髓成纤维细胞可以增殖、分化为成牙本质细胞，分泌修复性牙本质。 - The previous study shows that millipore filter combined with dentin matrix protein or TGF-β can induce odontoblast differentiation and dentin formation on the model of dental pulp exposure of dog. It promotes the defense of reparative dentin on the lesion site.
有学者研究发现，结合有牙本质基质蛋白（DMP）或TGF-β的微孔滤膜在狗的穿髓模型中能够诱导成牙本质细胞分化和形成牙本质，促进修复性牙本质对病损部位的防御。