目的观察眼挫伤病例前房角后退的程度、范围及眼压的变化。
Objective To observe the degree and range of chamber angle recession and intraocular pressure of the ocular contusion patients.
发现高眼压病例行虹膜切除区、前房角及超声生物显微镜等检查，探讨其原因。
Iridectomy zones, anterior Angle and ultrasonic biologic microscopy were carried out on those cases with high IOP.
本文对7例正常人眼前房角小梁网进行了组织化学——酸性粘多糖及超微结构的研究。
Histochemical and ultrastructural studies of the trabecular meshwork(TM)of 7 normal human eyes were carried out.
结果所有患者治疗后周边前房深度均明显加深，静态前房角镜检查小梁网可见范围增宽。
ResultsThe results showed that in all these cases, the peripheral anterior chamber depth was increased, the anterior chamber angle was widened.
目的探讨激光周边虹膜切除术联合激光前房角成形术治疗原发性闭角型青光眼的疗效及安全性。
Objective To investigate the efficacy and safety of laser peripheral iridectomy combined with laser gonioplasty for primary angle-closure glaucoma.
方法持续高眼压状态难治性青光眼39例（39眼），施行中层巩膜切除小梁切除及前房角分离联合手术。
Methods 39 cases(39 eyes) of uncontrolled glaucoma received middle layer sclerectomy combined trabeculectomy and anterior angle dissection.
眼外伤常导致眼内组织结构的形态变化，而以往的裂隙灯、前房角镜和眼用B超检查只能提供十分有限的信息。
Ocular trauma often leads to changes in intraocular structure and tissue. So, slit-lamp examination, gonioscopy and eye B-ultrasonic examination can provide only limited information.
其发生青光眼的机制与虹膜前房角的发育异常有关。对先天性葡萄膜外翻合并青光眼的患者应尽早发现，早期干预和治疗。
The pathogenesis of secondary glaucoma is related to iridotrabecular dysgenesis. It is essential to detect and to treat the secondary glaucoma as early as possible.
诱导后晚期的模型眼前房角胶原增生，结构破坏。结论复方卡波姆诱导的兔眼慢性高眼压模型房水流出受阻的主要部位在小梁内皮网部。
Conclusions the obstruction of aqueous humor outflow induced by compound Carbomer in rabbit high IOP model is caused mainly by the changes in trabecular endothelial cells.
本研究证实前房深度与年龄、性别和球镜屈光不呈负相关，前房越浅房角越窄。
This study confirms an inverse association between ACD and age, female gender, and spherical refractive error. Eyes with shallower ACDs had narrower angles.
目的：探讨有晶体眼房角支撑型前房人工晶体植入治疗高度近视的有效性、预测性和安全性。
Objective:To evaluate the effectiveness, predictability, and safety of the implantation of angle-supported Phakic anterior chamber intraocular lens(PAC-IOL) for the correction of severe myopia.
目的：探讨有晶体眼房角支撑型前房人工晶体植入治疗高度近视的有效性、预测性和安全性。
Objective:To evaluate the effectiveness, predictability, and safety of the implantation of angle-supported Phakic anterior chamber intraocular lens(PAC-IOL) for the correction of severe myopia.
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