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使用前房角镜检查和超声生物显微镜检查进行前房角评估。

Anterior chamber angle assessment using gonioscopy and ultrasound biomicroscopy.

作者信息

Narayanaswamy Arun, Vijaya Lingam, Shantha B, Baskaran Mani, Sathidevi A V, Baluswamy Sukumar

机构信息

Medical and Vision Research Foundations, Sankara Nethralaya, Chennai, India.

出版信息

Jpn J Ophthalmol. 2004 Jan-Feb;48(1):44-9. doi: 10.1007/s10384-003-0004-4.

Abstract

PURPOSE

Comparison of anterior chamber angle measurements using ultrasound biomicroscopy (UBM) and gonioscopy.

METHODS

Five hundred subjects were evaluated for grading of angle width by the Shaffer method. UBM was done in the same group to document angle width, angle opening distance (AOD 500), and anterior chamber depth. Biometric parameters were documented in all subjects. UBM and gonioscopic findings were compared.

RESULTS

A study was conducted in 282 men and 218 women with a mean age of 57.32 +/- 12.48 years. Gonioscopic grading was used to segregate occludable (slit-like, grades 1 and 2) from nonoccludable (grades 3 and 4) angles. Subjective assessment by gonioscopy resulted in an overestimation of angle width within the occludable group when compared with values obtained by UBM. This did not affect the segregation of occludable versus nonoccludable angles by gonioscopy. Biometric parameters in eyes with occludable angles were significantly lower in comparison with eyes with nonoccludable angles, except for lens thickness. AOD 500 correlated well with angle width.

CONCLUSIONS

We concluded that clinical segregation into occludable and nonoccludable angles by an experienced observer using gonioscopy is fairly accurate. However, UBM is required for objective quantification of angles, and AOD 500 can be a reliable and standard parameter to grade angle width.

摘要

目的

比较使用超声生物显微镜(UBM)和前房角镜测量前房角的结果。

方法

采用Shaffer方法对500名受试者的房角宽度进行分级评估。对同一组受试者进行UBM检查,记录房角宽度、房角开放距离(AOD 500)和前房深度。记录所有受试者的生物测量参数。比较UBM和前房角镜检查的结果。

结果

对282名男性和218名女性进行了研究,平均年龄为57.32±12.48岁。使用前房角镜分级将可闭合性(裂隙样,1级和2级)与不可闭合性(3级和4级)房角区分开来。与UBM获得的值相比,前房角镜的主观评估导致可闭合性组内房角宽度被高估。这并不影响前房角镜对可闭合性与不可闭合性房角的区分。与不可闭合性房角的眼睛相比,可闭合性房角的眼睛的生物测量参数显著更低,但晶状体厚度除外。AOD 500与房角宽度相关性良好。

结论

我们得出结论,由经验丰富的观察者使用前房角镜进行临床区分可闭合性和不可闭合性房角相当准确。然而,需要UBM来客观量化房角,并且AOD 500可以作为分级房角宽度的可靠标准参数。

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