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溴莫尼定、阿可乐定、拉坦前列素和异波帕胺对房角和睫状体影响的超微显微镜研究

Ultrabiomicroscopic study of the effects of brimonidine, apraclonidine, latanoprost and ibopamine on the chamber angle and ciliary body.

作者信息

Lo Presti L, Morgese A, Ravot M, Brogliatti B, Boles Carenini B

机构信息

Institute of Clinical Oculistics, University of Turin.

出版信息

Acta Ophthalmol Scand Suppl. 1998(227):32-4. doi: 10.1111/j.1600-0420.1998.tb00874.x.

Abstract

The authors used the Zeiss Humphrey (Mod840, 50 MHz) ultrabiomicroscope to evaluate the changes that Brimonidine, Apraclonidine, Latanoprost and Ibopamine cause in the anterior chamber and on the ciliary body of healthy subjects. The eyes of 60 volunteers, separated into 4 groups according to drug instilled, were studied and the parameters analyzed were: anterior chamber depth (ACD), pupillary diameter (PD), angle opening at 500 microns from the scleral spur (AOD500), trabecular iris angle (TIA) and iris thicknesses (ID1 and ID3). The study showed the miotic effect of Brimonidine (S) that was accompanied by an angle opening (S). Apraclonidine and Latanoprost caused no statistically significant changes in the angle or in the ciliary body. Ibopamine caused mydriasis (S). The UBM, therefore, showed itself to be useful also in the study of the mechanism of action of drugs on the angular structures and on the ciliary body.

摘要

作者使用蔡司汉弗莱(Mod840,50兆赫)超生物显微镜评估溴莫尼定、阿可乐定、拉坦前列素和异波帕胺对健康受试者前房和睫状体的影响。对60名志愿者的眼睛进行了研究,根据滴入的药物将其分为4组,分析的参数包括:前房深度(ACD)、瞳孔直径(PD)、距巩膜突500微米处的房角开放度(AOD500)、小梁虹膜角(TIA)和虹膜厚度(ID1和ID3)。研究显示溴莫尼定(S)有缩瞳作用,并伴有房角开放(S)。阿可乐定和拉坦前列素对房角或睫状体未引起统计学上的显著变化。异波帕胺引起散瞳(S)。因此,超生物显微镜在研究药物对角部结构和睫状体的作用机制方面也显示出其有用性。

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