Genetic Etiology Of Development Alterations Affecting The Number, Size, Form, Structure And Eruption Of The Teeth

Blanca Urzúa , A. Ortega-Pinto, Daniela Adorno-Farias
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引用次数: 1

Abstract

Teeth develop in the mammalian embryo via a series of interactions between the odontogenic epithelium and the neural crest-derived ectomesenchyme of the early jaw primordia. The molecular interactions required to generate a tooth are mediated by families of signaling molecules, which often act reiteratively in both a temporal and spatial manner. In humans, the process of odontogenesis lasts approximately 18 years, beginning in the 6th-8th week in the uterus and ending with the formation of the third molars in late adolescence. Each tooth passes through a series of stages that follow the same pattern, beginning with the formation of the bud, then cap and bell, followed by the deposit of enamel and dentin on the crown of the tooth. After the crown
影响牙齿数量、大小、形态、结构和出牙的发育改变的遗传病因学
在哺乳动物胚胎中,牙齿的发育是通过牙源性上皮和早期颌原基神经嵴来源的外切间质之间的一系列相互作用进行的。产生牙齿所需的分子相互作用是由信号分子家族介导的,这些信号分子经常以时间和空间的方式重复作用。在人类中,牙的形成过程大约持续18年,从子宫内的第6 -8周开始,到青春期晚期第三颗磨牙的形成结束。每颗牙齿都要经历一系列遵循相同模式的阶段,首先是牙芽的形成,然后是牙帽和牙钟的形成,接着是牙冠上牙釉质和牙本质的沉积。王冠之后
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