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首页> 外文期刊>The Journal of craniofacial surgery >Measurement of fracture size using the picture archiving communication system in an outpatient clinic for factors that influence postoperative enophthalmos in adult inferior orbital wall fractures
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Measurement of fracture size using the picture archiving communication system in an outpatient clinic for factors that influence postoperative enophthalmos in adult inferior orbital wall fractures

机译:在门诊中使用图片存档通信系统测量骨折尺寸,以分析影响成人下眶壁骨折术后眼睑狭窄的因素

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摘要

PURPOSE: This study aims to determine the relationships between postoperative enophthalmos, preoperative enophthalmos, and fracture sizes in adults with inferior orbital wall fractures. METHODS: The records of 31 patients who had operations for pure orbital floor blowout fractures from March 2003 to February 2004 were retrospectively reviewed. Using the Picture Archiving Communication System, we measured fracture sizes according to the orbital computed tomography results. We calculated fracture sizes according to the supposition that the fracture was a 2-dimensional figure. Hertel exophthalmometry was performed on preoperative day 1 and 3 months postoperatively. RESULTS: Mean changes of enophthalmos were 2.80 mm (P < 0.05, paired t test). The mean fracture size was 6.11 cm (range, 3.56-11.73 cm). Fracture size was a more accurate predictor of postoperative enophthalmos than the degree of preoperative enophthalmos (Pearson correlation; with preoperative enophthalmos = 0.513, with fracture size = 0.743, P < 0.05). In linear regression analysis, preoperative exophthalmometry measurements contributed approximately 27.1% to postoperative enophthalmos, whereas fracture size contributed approximately 54.3% (P < 0.05). In multiple regression analysis, the equation was Y = 0.313X + 0.464X′ - 0.684 (X is the size of fracture; X′, preoperative exophthalmometry measurement). The above 2 factors explained 82.3% of the total postoperative enophthalmos variance. Other factors, which contribute approximately 18%, might include time between insult and corrective surgery. CONCLUSIONS: In our study, fracture size was a better predictive factor for postoperative enophthalmos than preoperative exophthalmometric measurement. With our method, postoperative enophthalmos can be predicted more conveniently in a clinical setting, and decisions regarding the timing of early surgical reduction were made easier.
机译:目的:本研究旨在确定眶下壁骨折成人的术后眼睑,术前眼睑和骨折大小之间的关系。方法:回顾性分析2003年3月至2004年2月收治的31例单纯眼眶底爆裂性骨折的手术记录。使用图像存档通信系统,我们根据轨道计算机断层扫描结果测量了骨折的大小。我们根据裂缝是二维图形的假设来计算裂缝尺寸。术前1天和术后3个月进行Hertel眼检。结果:眼睑平均改变为2.80毫米(P <0.05,配对t检验)。平均骨折尺寸为6.11厘米(范围3.56-11.73厘米)。骨折大小比术前眼睑的程度更准确地预测了术后眼睑的发生(Pearson相关;术前眼睑= 0.513,骨折大小= 0.743,P <0.05)。在线性回归分析中,术前眼检法对术后眼睑的贡献约占27.1%,而骨折尺寸约占54.3%(P <0.05)。在多元回归分析中,等式为Y = 0.313X + 0.464X'-0.684(X是骨折的大小; X',术前眼检法的测量值)。以上两个因素解释了术后眼睑总变异的82.3%。其他约占18%的因素可能包括侮辱和矫正手术之间的时间。结论:在我们的研究中,与术前眼压测量相比,骨折大小是术后眼睑更好的预测因素。使用我们的方法,可以在临床环境中更方便地预测术后眼睑内陷,并且使早期手术复位时机的决定变得更加容易。

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