Genetic and epigenetic regulation of craniofacial development.

J Varrela
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Abstract

This paper reviews a series of odontometric, anthropometric and cephalometric investigations of genetic and epigenetic regulation of dental, occlusal and craniofacial development. The results show that genes encoded with the X and Y chromosomes regulate the development of tooth crowns and roots. The Y chromosome seems to affect general somatic growth by regulating both cell function and mitotic activity. The effects of the X chromosome seem to be more restricted and include influences on the growth of cartilaginous structures and dental enamel. The findings also indicate that high masticatory stress promotes jaw growth and decreases occlusal variation, supporting the hypothesis that masticatory activity regulates occlusal and craniofacial development. In addition, the findings suggest that nerve growth may affect bone growth in the craniofacial skeleton.

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颅面发育的遗传和表观遗传调控。
本文综述了一系列关于牙齿、咬合和颅面发育的遗传和表观遗传调控的牙齿测量学、人体测量学和颅面测量学研究。结果表明,X染色体和Y染色体编码的基因调控着牙冠和牙根的发育。Y染色体似乎通过调节细胞功能和有丝分裂活性来影响一般的体细胞生长。X染色体的影响似乎更有限,包括对软骨结构和牙釉质生长的影响。研究结果还表明,高咀嚼应激促进颌骨生长,减少咬合变化,支持咀嚼活动调节咬合和颅面发育的假设。此外,研究结果表明神经生长可能影响颅面骨骼的骨骼生长。
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Function of masticatory system after surgical-orthodontic correction of maxillomandibular discrepancies. The Finnish Family Competence Study: young fathers' views on health education. Oral health status in a Finnish village. Trigeminal foraminal patterns in "skeletal" Class II and Class III adults--a radiocephalometric study. Comparison of dental arch dimensions in children from southern and northern Finland.
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