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首页> 外文期刊>The Journal of craniofacial surgery >A Novel Method to Calculate the Volume of Alveolar Cleft Defect Before Surgery
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A Novel Method to Calculate the Volume of Alveolar Cleft Defect Before Surgery

机译:一种新方法,用于计算手术前肺泡裂缝缺陷体积的新方法

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摘要

Background:This study aimed to evaluate a novel subtractive method for the precise calculation of alveolar cleft defect volume before surgery using the three-dimensional imaging software Mimics.Methods:Ten patients (3 female, 7 male, age range 8-12 years) with unilateral alveolar cleft were enrolled in the study. Preoperative helical computed tomography scans were performed for all patients. A new subtractive method was introduced to precisely calculate the alveolar cleft defect volume before surgery with the aid of Mimics. The DICOM data of every patient were processed using the subtractive method. Statistical analyses were performed using Pearson's correlation test and t test.Results:The mean volume of the alveolar cleft defect was 1811.97817.90mm(3). The mean time spent to calculate an alveolar cleft defect volume was 60.60 +/- 11.67minutes. The Pearson correlation test (r=0.38, P=0.279) indicated a poor correlation between alveolar cleft defect volume and calculation time.Conclusions:Preoperative knowledge of defect volume is crucial in alveolar cleft repair. Accurate estimation of graft volume in alveolar cleft patients can be performed using this new subtractive method. Compared with previous methods, this new subtractive method is time-saving and suitable for both unilateral and bilateral clefts. Surgeons can use this method to design a surgical plan for each patient before surgery within a short time, and with less cost.
机译:背景:本研究旨在评估使用三维成像软件模拟手术前肺泡裂隙缺陷体积精确计算的新型减去方法。方法:十名患者(3名女性,7名男性,年龄8-12岁)单侧肺泡裂缝注册了该研究。对所有患者进行了术前螺旋计算断层扫描扫描。引入了一种新的减去方法,以精确地计算借助模拟物前手术前的肺泡裂缝缺陷体积。使用减法法处理每位患者的DICOM数据。使用Pearson的相关试验和T试验进行统计分析。结果:肺泡裂缝缺陷的平均体积为1811.97817.90mm(3)。计算肺泡裂隙缺陷体积的平均时间为60.60 +/- 11.67分钟。 Pearson相关试验(R = 0.38,P = 0.279)表明肺泡裂隙缺陷体积和计算时间之间的相关性差。链接:缺陷体积的术前知识在肺泡裂缝修复中至关重要。可以使用这种新的减去方法进行肺泡裂隙患者移植体积的精确估计。与以前的方法相比,这种新的减数方法是节省时间,适用于单侧和双边裂缝。外科医生可以使用这种方法在短时间内手术前为每位患者设计手术计划,并且成本较低。

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