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- Tooth Enamel Matrix Derivative 牙釉基质衍生物
- Uppoor AS, Nayak D, Sosa KV. Enamel matrix derivative in periodontal reconstructive surgery. A new approach in periodontal regeneration[J].Indian J Dent Res,2000,11(3):95 束蓉.;釉基质蛋白诱导牙周组织再生的实验研究[D]
- enamel matrix derivative 釉基质衍生物
- The exudation of enamel matrix almost stop in ameloblast secretory phase. 在成釉细胞分泌期,釉基质分泌几乎中断;
- Fluoride is a naturally occurring mineral that helps to safely strengthen tooth enamel and prevents cavities. 氟是一种自然存在的矿物质,能安全有效地巩固珐琅质,防止蛀牙。
- Fluoride deters tooth decay by reducing the growth of bacteria that destroy tooth enamel. 氟化物抑制蛀牙通过减少破坏牙齿釉质细菌的生长。
- The very earliest proto-whales had tooth enamel that indicated a fresh water diet. 最古老的鲸鱼所具有的釉质揭示了它们吃新鲜的淡水中的食物。
- In addition,some examples of dose reconstruction by ESR using tooth enamel are given. 另外,还介绍了此技术在剂量重建中的一些应用实例。
- Nicotine causes brown stains that penetrate the groves and pits of tooth enamel and can be hard to remove by brushing alone. 尼古丁形成的棕色污渍可渗透牙釉的表层,并且很难通过刷牙清除。
- Enamel Matrix Proteins had been a hotspot in recent years in the field of periodontics. 釉基质蛋白用于牙周组织再生治疗已经是近年来牙周病领域的研究热点。
- Milk proteins could adsorb to tooth enamel surfaces selectively and form an acquired protein pellicle, which is closely related to tooth demineralization and remineralization. 牛奶可以在釉质表面形成一层获得性蛋白膜,与牙表面的脱矿和再矿化密切相关。
- Ameloblastin is a specific enamel matrix protein.It is synthesized and secreted by ameloblast and distributed around the enamel rods. 成釉蛋白是釉基质特异蛋白之一,由成釉细胞合成分泌,主要分布于釉柱周围。
- Glister Multi-action Fluoride Toothpaste contains SYLODENTTM - a unique polishing agent that safely removes surface stains and discolouration without harming the tooth enamel. 采用优质的SYLODENTTM亮洁粒子,细致颗粒结合独特形状及缘边,有效去除牙齿斑渍,而不损珐琅质表面。
- Histochemical study indicated that most of amelogenin stayed in enamel matrix and others diffused to dentin,dental tube and odontoblast layer. 组织化学研究结果显示在釉质形成期,釉质蛋白大部分留在釉基质层,也有一部分向牙本质内扩散到牙本质、牙本质小管以及造牙本质细胞层内。
- Histochemical study indicated that most of amelogenin stayed in enamel matrix and othersdiffused to dentin, dental tube and odontoblast layer. 组织化学研究结果显示在釉质形成期,釉质蛋白大部分留在釉基质层,也有一部分向牙本质内扩散到牙本质、牙本质小管以及造牙本质细胞层内。
- Objective To evaluate the effect of enamel matrix protein (EMP) on the attachment and proliferation of periodontal ligament cells (PDLC) on diseased cementum surfaces in vitro. 目的观察釉基质蛋白(EMP)对牙周膜细胞(PDLC)在牙周炎患牙牙骨质根面上附着和增殖的影响。方法用EMP处理的牙周炎患牙根片为实验组,用生理盐水处理的患牙根片和健康牙根片分别作为对照。
- Rather than analyse microscopic cracks in tooth enamel or the chemical composition of bone, as others had done, Strait's team took an approach more common to mechanical engineering. 斯特雷特研究小组采取了一个比机械工程更常见的做法,而不是像别人所做的一样,分析牙齿珐琅质里面的显微裂缝或骨头的化学成分。
- Methods: Acetic acid was selected to extract the enamel matrix proteins. The N terminal amino acid sequence of enamel matrix proteins were determined with SDS-PAGE electrophoretic and blot membrnce analysis. 方法:选择乙酸提取法获得釉基质蛋白,采用SDS-PAGE电泳和印迹膜测序法分析N末端氨基酸序列。
- the developmental process of forming tooth enamel. 牙齿釉质的形成发展过程。
- The 2.7 dimensional element, as a typical FDE, is studied with a B matrix and a Hessian matrix derived to it. 对2.;7维单元进行了分析;推导出2