结论新生血管性青光眼多继发于眼部缺血性疾病。
Conclusions NVG was commonly secondary to ocular ischemic disease.
目的探讨冷凝联合810激光治疗新生血管性青光眼的方法和效果。
Objective To investigate the method of cryotherapy combined 810 laser coagulation in the treatment of neovascular glaucoma and its effect.
目的探讨青光眼阀联合全视网膜光凝治疗新生血管性青光眼的疗效。
Objective to investigate the therapeutic effect of glaucoma valve combined with retinal photocoagulation in treatment of neovascular glaucoma.
目的：探讨小梁切除联合巩膜条嵌置术治疗新生血管性青光眼的疗效。
Objective:To discuss the curative effect of the combination between trabeculectomy and scleral strip inlay on neovascular glaucoma.
目的：探讨青光眼减压阀引流术治疗新生血管性青光眼的有效性和安全性。
AIM: To evaluate the safety and effectiveness of Ahmed glaucoma valve device in the treatment of neovascular glaucoma.
结论：眼内vegf、IL - 6浓度增高在新生血管性青光眼的发生过程中起重要作用。
Conclusion: the enhanced level of intraocular VEGF and IL-6 was regarded to be important for the course of the neovascular glaucoma.
方法对8例(8眼)新生血管性青光眼行水下透热电凝部分睫状体及虹膜，同时行改良式小梁切除术。
Methods 8 case (8 eyes) of neovascular glaucoma was undergoing underwater diathermy on ciliary body and iris and modified trabeculectomy.
方法采用“改良小梁切除术”联合术中用药、水下电凝及可拆除缝线等方法治疗新生血管性青光眼16例。
Methods 16 cases of neovascular glaucoma were treated by improved trabeculectomy combined with making medicines in the operation, diathermy on the water, suture Dismantled and so on.
方法：对28例（28只眼）晚期新生血管性青光眼施行前部视网膜冷凝联合接触性经巩膜睫状体光凝术。
Method: The anterior retina condensation in combination with contact photocoagulation through scleral ciliary body was performed in 26 cases of advanced new blood vessel glaucoma(28 eyes).
方法回顾2 1例PRC联合小梁切除、自体巩膜条翻转固定引流，并应用MMC治疗新生血管性青光眼的病例。
Methods Review 21 cases operated of PRC joint trabeculectomy, drainaging by fixed converse self-scleral piece and applying MMC to retreat NVG.
不正常的血管也可以沿著瞳孔的边缘生长(在虹膜组织上)，阻碍房水的排流而引起青光眼(称为新生血管性青光眼)。
Abnormal blood vessels can also along the edge of pupil growth (in the iris organization), impeding the water flow caused by glaucoma row (known as neovascular glaucoma).
不正常的血管也可以沿著瞳孔的边缘生长(在虹膜组织上)，阻碍房水的排流而引起青光眼(称为新生血管性青光眼)。
Abnormal blood vessels can also along the edge of pupil growth (in the iris organization), impeding the water flow caused by glaucoma row (known as neovascular glaucoma).
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