前段眼外肌光学相干断层扫描

M. Pihlblad, J. Reynolds
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引用次数: 5

摘要

背景与目的:探讨利用Heidelberg Spectralis前段光学相干断层扫描(AS-OCT)确定手术前眼外直肌(EOM)止点距离的可能性。患者和方法:有斜视手术史的受试者在计划进行额外斜视手术前接受眼外膜AS-OCT检查。术前在AS-OCT上测量EOM距角膜缘的插入距离,并与斜视手术中测量的卡尺距离进行比较。结果:9名受试者的10块先前手术过的肌肉在随后的斜视手术前进行了AS-OCT检查。术前对另外4块未手术的肌肉进行AS-OCT成像。受试者年龄13-52岁(mean±SD;27.9±13.2)。有6/10的以前手术过的肌肉和4/4的未手术过的肌肉可以明确地确定插入的肌肉。在既往手术过的肌肉中,两种测量值的差异为3/6≤1mm, 6/6≤1.5mm;4/4未手术肌肉≤1mm。在四个不容易识别的插入中,两个显示了带有疤痕组织的肌肉的存在;另外两个是肌肉插入,看不见,这表明肌肉至少有一小部分来自边缘。结论:我们的研究表明,海德堡AS-OCT能够成像既往手术的EOM,可以为斜视外科医生提供有价值的信息。AS-OCT的信息在所有病例中都是有用的。在所有能够识别肌肉止点的病例中,术前和术中止点到边缘的测量值均在1.5mm以内。准确成像EOM插入物的能力对以前手术和复杂斜视患者的术前手术计划具有重要意义。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Anterior Segment Optical Coherence Tomography of Previously Operated Extraocular Muscles
ABSTRACT Background, and Purpose: To assess the possibility of determining the insertion distance from the limbus of previously operated extraocular rectus muscles (EOM) with the Heidelberg Spectralis anterior segment optical coherence tomography (AS-OCT). Patient and Method: Subjects with a history of previous strabismus surgery underwent AS-OCT of the EOM before planned additional strabismus surgery. The EOM insertion distances from the limbus were measured pre-operatively on the AS-OCT and compared to the caliper distance measured during the strabismus surgery. Results: Ten previously operated muscles on nine subjects underwent AS-OCT before subsequent additional strabismus surgery. Four additional un-operated muscles subsequently operated on, were also imaged with the AS-OCT pre-operatively. Subject ages ranged from 13–52 years old (mean ± SD; 27.9 ± 13.2). The muscle insertion could be definitely identified in 6/10 muscles previously operated and 4/4 un-operated muscles. The difference between the two measurements of limbus to insertion in previously operated muscles was ≤1mm in 3/6, and ≤1.5mm in 6/6; ≤1mm in 4/4 un-operated muscles. Of the four insertions not readily identifiable, two revealed the presence of the muscle with scar tissue; the other two, the muscle insertions, were not visible, which showed that the muscle was at least a minimal amount from the limbus. Conclusion: Our study showed that the Heidelberg AS-OCT is capable of imaging previously operated EOM, which can give valuable information to the strabismus surgeon. The information from the AS-OCT was useful in all cases. The insertion to limbus measurements between pre-operative and intra-operative were within 1.5mm in all of the cases that the muscle insertion was able to be identified. The ability to accurately image EOM insertions has significant implications for the pre-operative procedure planning in previously operated and complicated strabismus patients.
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