目的：研究儿童牙齿发育的规律及牙龄。
Objective: To study the pattern of dental development and tooth age.
为宝宝骨骼、牙齿发育提供健康充足的钙！
Bones, Teeth and health; Calcium for strong healthy growing bodies.
目的：探讨神经生长因子在牙齿发育中的作用。
Aim: to study the functions of nerve growth factor in human developing teeth.
准妈妈也许不知道她们所吃的食物会影响到胎儿的牙齿发育。
Expectant mothers may not know that what they eat affects the tooth development of the fetus.
结果增殖细胞核抗原在人牙齿发育各阶段具有不同的表达模式。
RESULTS Proliferating cell nuclear antigen had different distribution in each stage during human teeth development.
皮肤科情况：头发较稀疏，眉毛稀少，指趾甲薄，牙齿发育尚可。
Skin section circumstance: the hair is more sparse, the eyebrow is rarely seen, toenail thin, the tooth develops fair.
症呈世界性分布，它是牙齿发育期间机体总摄氟量过高的结果。
Dental fluorosis distributes all over the world. The main cause of it is overdose of fluorine.
牙本质形成和矿化是牙齿发育和牙齿损伤修复过程中的重要组成部分。
The dentinogenesis and mineralization are the most important parts of the tooth development and dental pulp repair after injury.
此患者曾在儿时(牙齿发育钙化期)服用了四环素类药物，导致了牙齿变色。
The patient had been in childhood (calcification period of tooth development) using the tetracycline class of drugs, resulting in discoloration of the teeth.
人类牙齿发育是一个连续的过程，经历了蕾状期、帽状期、钟状期和牙根发育期。
Human tooth development is a consecutive process, which includes bud stage, cap stage, bell stage and tooth root development.
方法：制备人牙齿发育各阶段标本，进行神经生长因子及其受体的免疫组化研究。
Methods: After preparing specimens of every stage of human developing teeth, immunohistochemical staining of nerve growth factor and its receptor was carried on.
人类牙齿发育是一个连续的过程，经历了蕾状期、帽状期、钟状期和牙根发育期。
Human tooth development is a reciprocal and consecutive process, which includes bud, cap, bell stages, tooth root development and tooth eruption.
方法：采用免疫组织化学染色技术，观测小鼠牙齿发育各阶段标本中DSPP的表达。
METHODS: Examine the expression of DSPP in mice at different stages by immunohistochemical technique.
该文就牙本质特异性蛋白中的牙本质涎蛋白在牙齿发育和牙本质疾病中的表达和作用作一综述。
In this paper, the effect of dentin sialoprotein on the tooth development and dental disease is presented.
目的；观察牙本质磷蛋白（DPP）在大鼠牙齿发育各期的表达，探讨其在牙齿发育中的作用。
Objective:To observe expression of dentin phosphoprotein (DPP) in developing rat teeth, to get a better understanding on teeth development.
结论TUNEL技术是一种快速、灵敏的检测细胞凋亡的方法，细胞凋亡在牙齿发育中起着重要作用。
Conclusion TUNEL method is a simple, fast, sensitive tool to ientify apoptosis. Apoptosis is a biological process, which play an important role involved in the for…
对小白鼠牙齿发育的分子生物学机制已经进行了大量的基础性研究工作，但是对人类牙齿发育的分子生物学机制目前还未有报道。
A lot of research work have been done to the molecular biological mechanism about mouse's tooth development, but there is no report on human tooth germ.
本文从牙齿发育信号的启动、颅神经嵴细胞在牙齿形态发生中的作用以及上皮-间充质的交互式作用三个方面简述牙齿发育的调控机制。
The regulation mechanism during tooth development, which includes the initiation of tooth developmental signal, the role of neural crest cells in tooth morphogenesis, and the interaction between dent.
为了探索高氟低蛋白对牙齿发育的影响 ，阐明牙齿过度磨损的机理 ，应用扫描电镜对第一、二切齿脱钙前的矿化及脱钙后的基质结构作了观察。
To explore the effect of high fluoride and low protein on tooth development and clarify the mechanism of excessive tooth wear, and decalcification of incisors were researched by SEM.
《发育生物学》上刊登了一项研究，向我们解释了鲨鱼及其它海洋生物可以终生不断再生牙齿的原理。
A study in Developmental Biology explains how sharks and other Marine life are able to regrow teeth continuously throughout their lives.
孩子们牙齿和颌部的正常发育可能因睡眠的姿势而受到影响。
The normal development of the teeth and jaws may be affected by the way that a child sleeps.
作用：抗癌，提高胆固醇，促进大脑的发育，助于睡眠，保护听力和牙齿。
BENEFITS: Fights cancer raises good cholesterol boosts brain power helps insomnia and protects against hearing and tooth decay.
作用：促进身体对钙的吸收，而钙对于牙齿和骨骼的正常发育并保持健康状态是必不可少的。
What it does: Promotes the body's absorption of calcium, which is essential for the normal development and maintenance of healthy teeth and bones.
虾米含丰富的钙、磷、铁等矿物质。可促进骨骼、牙齿生长和发育，加强人体新陈代谢功能，预防贫血。
Dried Shrimp rich in minerals such as calcium, phosphorus and iron, which enhances healthy growth of bone and teeth, facilitates metabolism and prevents anaemia.
目前研究发现多种遗传性疾病都能影响到牙齿的发育，表现为牙齿结构、形态、数目和萌出等方面的异常。
It has been proved that many kinds of genetic diseases can influence the development of tooth, with symptoms of abnormalities in tooth structure, appearance.
人类牙齿的发育，经历蕾状期、帽状期、钟状期、牙根发育和牙齿萌出期。
Human tooth development is a reciprocal and consecutive process, which includes bud, cap, bell stages, tooth root development and tooth eruption.
结论：前牙反牙合使得上颌牙齿的错位及发育异常明显增加。
Conclusion: The possibility of ill-position and heteroplasia of teeth in maxilla increases in the patients with anterior crossbite.
结论：高氟低蛋白营养首先影响牙基质的发育，进一步影响矿化，从而使牙齿整体发育不良，过度磨损。
Conclusion: high fluoride and low nourishment would cause underdevelopment of tooth matrix firstly, then affect the calcification of matrix, finally deteriorate the quality of teeth.
结论：高氟低蛋白营养首先影响牙基质的发育，进一步影响矿化，从而使牙齿整体发育不良，过度磨损。
Conclusion: high fluoride and low nourishment would cause underdevelopment of tooth matrix firstly, then affect the calcification of matrix, finally deteriorate the quality of teeth.
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