Buschang P H, Baume R M, Nass G G
Am J Phys Anthropol. 1983 Jul;61(3):373-81. doi: 10.1002/ajpa.1330610312.
Differential growth of the craniofacial complex implies variation in ontogenetic patterns of development. This investigation quantifies the relative maturity--as defined by percent adult status--of nine cephalometric dimensions and stature. Analysis is based on 663 lateral cephalograms from a mixed longitudinal sample of 26 males and 25 females between 4 and 16 years of age. Graphic comparison of maturity status across the age range shows that variation is intergraded between the neural and somatic growth maturity patterns, as described by head height and stature, respectively. The maturity gradient moves from head height through anterior cranial base, posterior cranial base and maxillary length, upper facial height, corpus length, and ramus height to stature. After 9 years of age ramus height is less mature than stature. Anterior maxillary and mandibular heights diminish during transitional dentition and thereafter exhibit maturity patterns that compare to corpus length. Although females are consistently more mature than males, the gradient of variation between dimensions is sex independent.
颅面复合体的差异性生长意味着个体发育模式的变化。本研究量化了九个头影测量维度和身高的相对成熟度(以成人状态的百分比定义)。分析基于对4至16岁的26名男性和25名女性的混合纵向样本中的663张头颅侧位片。对整个年龄范围内成熟状态的图形比较表明,如分别由头高和身高所描述的,变异在神经和躯体生长成熟模式之间是渐变的。成熟梯度从头高开始,经过前颅底、后颅底和上颌长度、上面部高度、下颌体长和下颌支高度,直至身高。9岁以后,下颌支高度比身高成熟度低。上颌前部和下颌高度在混合牙列期减小,此后呈现出与下颌体长相似的成熟模式。尽管女性始终比男性更成熟,但各维度之间的变异梯度与性别无关。