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口腔颌面部裂隙患者的纵向颅面生长模式:几何形态测量学

Longitudinal craniofacial growth patterns in patients with orofacial clefts: geometric morphometrics.

作者信息

Singh G D, Rivera-Robles Jasmin, de Jesus-Vinas Jaime

机构信息

School of Medicine, University of Puerto Rico, San Juan, Puerto Rico.

出版信息

Cleft Palate Craniofac J. 2004 Mar;41(2):136-43. doi: 10.1597/02-166.

DOI:10.1597/02-166
PMID:14989692
Abstract

OBJECTIVE

To demonstrate craniofacial developmental patterns in repaired cleft lip and cleft palate (CLP).

DESIGN

Retrospective, longitudinal.

SETTING

Center for Craniofacial Disorders, San Juan, Puerto Rico.

SAMPLE

Males aged 9 to 17 years: 13 noncleft (NC) Class I occlusion (NCC1); 13 NC Class III malocclusion (NCC3); 12 CLP Class I occlusion (CLPC1); and 15 CLP Class III malocclusion (CLPC3).

MAIN OUTCOME MEASURES

Form changes (ages 10, 13, and 16 years), using finite-element scaling analysis.

RESULTS

NCC1, 10 to 13 interval: 30% size increase in upper midface (p <.05), mental region (p <.01), mandibular body (p <.05); 13 to 16 interval: 10% to 35% size increase in bimaxillary region and ramus (p <.01). NCC3, 10 to 13 interval: 10% to 40% size increase in posterior cranial base, upper midface, and mandible (p <.05); 13 to 16 interval: 10% to 30% size increase in bimaxillary region (p <.01), especially ramus. CLPC1, 10 to 13 interval: 10% to 15% size increase in posterior cranial base (p <.01), midface (p <.05), and mandibular ramus (p <.05); 13 to 16 interval: 8% to 20% size increase in upper midface (p <.01), lower midface (p <.05), and mandible (p <.05). CLPC3, 10 to 13 interval: no significant changes; 13 to 16 interval: upper midface and cranial base show nonsignificant size decreases, but ramus showed size increase.

CONCLUSIONS

Noncleft and CLP Class 1 occlusion groups show similar craniofacial growth patterns. Noncleft Class III groups show excessive cranial and mandibular growth. Class III malocclusion in CLP patients is associated with clinically deficient craniomaxillary growth. Growth guidance may be indicated in children with CLP with unfavorable craniofacial growth patterns.

摘要

目的

展示唇腭裂(CLP)修复后的颅面发育模式。

设计

回顾性纵向研究。

地点

波多黎各圣胡安颅面疾病中心。

样本

9至17岁男性:13名非唇腭裂(NC)I类咬合(NCC1);13名NC III类错颌畸形(NCC3);12名CLP I类咬合(CLPC1);15名CLP III类错颌畸形(CLPC3)。

主要观察指标

使用有限元缩放分析测量形态变化(10岁、13岁和16岁)。

结果

NCC1,10至13岁区间:上颌中面部(p <.05)、颏部(p <.01)、下颌体(p <.05)大小增加30%;13至16岁区间:双颌区域和下颌支大小增加10%至35%(p <.01)。NCC3,10至13岁区间:颅后基底、上颌中面部和下颌骨大小增加10%至40%(p <.05);13至16岁区间:双颌区域大小增加10%至30%(p <.01),尤其是下颌支。CLPC1,10至13岁区间:颅后基底(p <.01)、中面部(p <.05)和下颌支(p <.05)大小增加10%至15%;13至16岁区间:上颌中面部(p <.01)、下颌中面部(p <.05)和下颌骨(p <.05)大小增加8%至20%。CLPC3,10至13岁区间:无显著变化;13至16岁区间:上颌中面部和颅底大小无显著减小,但下颌支大小增加。

结论

非唇腭裂和CLP I类咬合组显示出相似的颅面生长模式。非唇腭裂III类组显示出过度的颅骨和下颌生长。CLP患者的III类错颌畸形与临床上颅上颌生长不足有关。对于颅面生长模式不利的CLP儿童,可能需要进行生长引导。

相似文献

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Longitudinal craniofacial growth patterns in patients with orofacial clefts: geometric morphometrics.口腔颌面部裂隙患者的纵向颅面生长模式:几何形态测量学
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