1·In the slices examined more interglobular dentin and less calcified globules were observed in the supernumerary than in the normal teeth.
在检查的切片中，与正常牙齿相比，在多生儿中观察到更多的球间牙本质和更少的钙化小球。
2·The roots were sliced and root-dentin microhardness was measured.
用微硬度测定仪检测根管牙本质的微硬度。
3·The temporary resin veneer help to prevent dentin from sensitivity.
暂时树脂贴面的使用有助于防止牙本质过敏；
4·Results Dentin bridge was seen in all teeth, occluding the perforation.
结果所有实验牙齿都有牙本质桥形成，封闭穿髓孔。
5·This review focused on the process of production of tertiary dentin matrix.
下面就第三期牙本质基质的形成过程作一综述。
6·Calcium content increases gradually from outer zone to inner zone in dentin.
牙本质从外层到内层钙含量逐渐升高；
7·Objective: To measure the thickness of enamel and dentin of the first molars.
目的：了解上下颌第一磨牙牙釉质及牙本质的厚度。
8·Objective To investigate the effect of microwave on dentin of root canal wall.
目的了解微波对根管壁牙本质产生何种影响及其可能导致的后果。
9·The decay reaches into the dentin, where it can spread and undermine the enamel.
当龋坏扩散破坏到釉质下方，就进入了牙本质。
10·Influence of Storage Methods on Microtensile Bond Strength of Dentin Adhesive System.
离体牙储存方式对牙本质粘结系统微拉伸强度的影响。
1·Objective: To measure the thickness of enamel and dentin of the first molars.
目的：了解上下颌第一磨牙牙釉质及牙本质的厚度。
2·Root canal sealer combined with the core materials and dentin could seal the access between the oral cavity and periapical tissue, promoting the healing.
根管封闭剂与核心充填材料、牙本质结合，封闭口腔和根尖周通道，促进尖周组织愈合。
3·Conclusion: Clinically dentin adhesive agents can improve the retentive force and adaption of amalgam restorations.
结论：临床上牙本质粘结剂能改善银汞充填体的固位力和密合度。
4·Aim: Cloning and partially sequencing of mouse dentin sialoprotein (DSP) encoding mature protein.
目的：克隆小鼠牙本质涎蛋白(DSP)成熟肽编码区基因。
5·Conclusion it is effective that fluoride iontophoresis treats dentin hypersensitivity.
结论氟离子导入法治疗牙本质过敏症是有效的。
1·This book comprehensively reviews bonding to enamel, dentin and cementum and analyses relevant adhesion mechanisms.
这本书综合评论压焊给牙质和牙骨质和分析相关的黏著机制涂瓷釉。
2·That's because hydrogen peroxide soaks through the protective outer coating of enamel and into the softer layer of dentin underneath, irritating the nerve-rich dental pulp at the core.
这是因为过氧化氢会渗入釉质的外部保护层并进入牙质下面的较为柔软的一层，刺激神经组织比较多的牙髓。
3·Also included within the scope of the invention are related methods, such as methods of occluding a dentin tubule.
在本发明的范围内还包括相关方法，如封闭牙质小管的方法。