Schols J G J H
Vakgroep Orthodontie en Craniofaciale Biologie van het Universitair Medisch Centrum St. Radboud en uit een orthodontistenpraktijk te Waalwijk.
Ned Tijdschr Tandheelkd. 2013 Nov;120(11):605-9. doi: 10.5177/ntvt.2013.11.13138.
Dental development does not end with the shedding of the deciduous dentition. Partly as a result of the continuing facial growth up to adulthood, adaptations in the position of the teeth and the occlusion occur after the second phase of eruption. The dissertation Gebissentwicklung und Gesichtswachstum in der Adoleszenz, from 1988, was concerned with research into tooth development, facial growth and their interrelationship during the first decade after the second phase of tooth eruption. Changes in the dental arches go together with changes in the occlusion. These physiological changes in the dentition can largely be attributed to the shift of the mandibular dental arch to a more ventral position, with respect to the maxillary dental arch. Facial growth and changes in the morphology of the craniofacial skeleton up to adulthood are especially a result of adaptations which take place under the floor of the nose and as a result of the enlargement of the mandible. Later research in patients up to the age of approximately 40 years, revealed that these dental and skeletal changes continued to occur.
牙齿发育并不会随着乳牙列的脱落而结束。部分原因是面部持续生长直至成年,在牙齿萌出的第二阶段之后,牙齿位置和咬合会发生适应性变化。1988年的博士论文《青少年牙齿发育与面部生长》关注的是牙齿萌出第二阶段后的头十年里牙齿发育、面部生长及其相互关系的研究。牙弓的变化与咬合的变化相伴发生。牙列的这些生理变化在很大程度上可归因于下颌牙弓相对于上颌牙弓向更腹侧位置的移动。面部生长以及颅面骨骼形态直至成年期的变化尤其归因于在鼻底下方发生的适应性变化以及下颌骨的增大。后来对大约40岁以下患者的研究表明,这些牙齿和骨骼变化仍在继续发生。