牙釉质

na.enamel

网络释义：dental enamel; tooth enamel; crusta adamantina dentinum

网络释义

na.1.(dental) enamel

1.enamel 牙挺 dental elevator 牙釉质 dental enamel 牙科工程 dental engineering ...

3.tooth enamel 侵蚀，腐蚀 eat away at 牙釉质 tooth enamel 牙菌斑 plaque ...

4.crusta adamantina dentinum crusta phlogistica【 医】 血块黄层, 血沉棕黄层 crusta adamantina dentinum【 医】 牙釉质 crusta fibrosa【 医】 牙骨质 ...

5.Dentine 6.舌头上的味蕾 Tongue with taste bud 7.牙釉质 Tooth plaque 9.肺气泡 Alveoli in the lung ...

7.adamantine substance of tooth ... actual tooth density [机]实际齿密度 adamantine substance of tooth [医]牙釉质 adjacent teeth {n.}邻接牙,邻牙 ...

1.Scientists say the toothpastes do make enamel more acid-resistant -- but not enough to protect you if you guzzle soda all day.不过，专家同时表示，虽然此类牙膏确实能提高牙釉质的耐酸性，但如果你整天狂饮苏打水的话，牙膏也是没有用的。

2.Scientists say extra fluoride is likely to have at least a small additional effect on enamel -- but more research is needed.科学家们说，额外添加的氟化物可能会对牙釉质产生一点细微的保护效果，不过，这也有赖于更多研究的证实。

3.Therefore, the results of this study does not support Gottleib's proteolytic theory of caries, especially in case of enamel ones.结果提示在牙釉质龋病变中，蛋白溶解现象不是主要的。

4.Thus the prevention of enamel demineralization during orthodontic treatment has been a chief problem for orthodontists to consider.因此，预防正畸治疗中的牙釉质脱矿的发生就成为正畸医师首先要考虑的问题。

5.The dissolving(demineralization) and re-building(remineralization) of the surface of enamel layer is a persistent process.牙釉质表层的溶解（脱矿）和再建（再矿化）是一个持续的过程。

6.But if the decay continues and breaks through the surface of the enamel, the damage is permanent.但是如果龋坏继续进行穿过表面的牙釉质，将会形成永久性损害。

7."They already had teeth in the upper jaw, so they had the enamel, dentine and other necessities, " he said.它们的上颌已经有牙齿了，所以长牙的必要条件已经具备，如牙釉质、牙本质和其他。

8.The company says the term 'strengthens enamel' on the label refers to making teeth more chemically resistant to acid.该公司表示，产品包装上所说的“强化牙釉质”指的是从化学的角度提高牙齿的耐酸性。

9.Study of Suppressing the Enamel Demineralization by Combined Application of Fluoride Lanthanum and Molybdenum.氟化物与镧、钼协同应用抑制牙釉质脱矿过程的研究。

10.These repeated acid attacks can break down the enamel surface of your teeth, leading to a cavity.而酸的持续攻击可以破坏牙齿表面的牙釉质，导致龋坏。