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首页> 外文期刊>The Journal of craniofacial surgery >Anatomical Classification of Tessier Craniofacial Clefts Numbers 3 and 4
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Anatomical Classification of Tessier Craniofacial Clefts Numbers 3 and 4

机译:Tessier Craniofacial Clefts数字3和4的解剖分类

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Background: Craniofacial clefts are rare occurrences with an incidence of about 1.43 to 4.85 per 100,000 live births. Understanding the skeletal deformity in these clefts is basic to any reconstructive surgery of the face. This study documented the skeletal defects present in Tessier numbers 3 and 4 using anthropometric measurements to generate a subclassification which will aim to improve the means of communication between surgeons managing this anomaly. Methods: Seven computed tomography scans of patients who had been treated for Tessier 3 and 4 clefts between 2003 and 2017 were analyzed. Measurements of the expected defects in each cleft was taken and compared with unaffected side as the reference. Emerging patterns of their analysis was then used to generate a subclassification for these clefts. The reliability and validity of the measurements were ensured by allowing the data to be examined by both an intra- and interobserver. Results: The presence or absence of an alveolar cleft, the emerging patterns of comparison of the measurements of the maxilla and the orbits of the cleft side and the noncleft side as well as absence of the bone were used to arrive at a subclassification system using (a), (b), (c), (M+ O+), (M- O-), and (0). Conclusion: The study recommends a subclassification for Tessier clefts numbers 3 and 4 that will allow physicians anticipate the extent and the form of skeletal defects present before even seeing the patient. This can improve the communication among surgeons and team members regarding Tessier craniofacial clefts.
机译:背景:颅面积稀有罕见的发生率约为每10万活产出的1.43至4.85。了解这些裂缝中的骨骼畸形是对脸部的任何重建手术的基础。本研究记录了使用人体测量测量的Tessier号3和4中存在的骨架缺陷,以产生子类化,这旨在改善管理这一异常的外科医生之间的通信手段。方法:分析了2003年至2017年间在2003年至2017年间处理的患者患者七次计算断层扫描扫描。针对每个裂隙中预期缺陷的测量,并与未受影响的一方进行比较。然后使用它们分析的新兴模式来为这些谱号产生子类化。通过允许通过内部和interobserver检查数据来确保测量的可靠性和有效性。结果:肺泡裂缝的存在或不存在,使用颌骨测量和裂隙侧的轨道的新出现模式以及裂缝侧的轨道以及骨骼的不存在,以便使用( a),(b),(c),(m + o +),(m-O-)和(0)。结论:该研究建议对TESSIER CLEFTS编号3和4的子类化,这将允许医生预期在甚至看到患者之前存在的骨骼缺陷的程度和形式。这可以改善关于Tessier Craniofacial Clefts的外科医生和团队成员之间的沟通。

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