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(31) Conclusion Window defect hyperfluorescence of FFA and choroidal vessel dilatation of ICGA on the artificial ridge were the main characteristics in reattachment of rhegmatogenous retinal detachment.

(32) Objective To evaluate the clinic value of non expanded perfluoropropane gas for management of complicated retinal detachment.

(33) CONCLUSION: Argon laser photocoagulation is one of effective methods in treatment of hole without retinal detachment.

(34) Objective To discuss surgical management of giant rhegmatogenous retinal detachment with intraocular lens and aphakic eye.

(35) Objective To evaluate the incidence and risk factors of hypotony in patients who have undergone vitrectomy for complex retinal detachment.

(36) Objective To explore the effects of vitrectomy with gas injection and episcleral buckling of macular in the treatment of retinal detachment with vitreous traction and macular hole.

(37) To explore, simple, safe and effective way of treating retinal detachment due to macular break 48 cases of macular breaking retinal detachment were treated by laser with intravitreous air injection.

(38) Detection of immunoreactivity of Glial Fibrillary Acid Protein (GFAP) and Glutamine Synthetase(GS) following experimental retinal detachment using the method of immunohistochemistry.

(39) Vitrectomy should be considered for complicated retinal detachment. There is an advantage favoring silicone oil tamponade in achieving retinal reattachment.

(40) Objective To evaluate blood flow of the fundus oculi in the patients with retinal detachment RD.

(41) Objective To evaluate postoperative laser photocoagulation by binocular indirect ophthalmoscopy in patients with uncomplicated retinal detachment (RD) treated with scleral buckling surgery.

(42) We also discuss the probable mechanism of serous retinal detachment which associated with peripapillary staphyloma.

(43) Objective To analyse the effectiveness of treatment and prevention of retinal detachment krypton laser.

(44) Objective To evaluate the possibility of the scleral buckling surgery of retinal detachment under surgical microscope.

(45) Objective To investigate the immunopathology mechanism of white cell IL 6 and T cell subspecies in retinal detachment disease.

(46) The main complication of oil removal was recurrence retinal detachment.

(47) Results: Ultrasound diagnosis of retinal detachment rate of 96.5 percent.

(48) Objective To analyse the effectiveness of treatment and prevention of retinal detachment by krypton laser.

(49) Conclusion High field MRI can observe and diagnose retinal detachment and supply more plentiful information.

(50) Complications included preretinal hemorrhage, residue of macular pucker, recurrent retinal detachment, nuclear cataract.

(51) AIM: To observe and compare the curative effects and complication of scleral cryoretinopexy in the treatment of rhegmatogenous retinal detachment (RRD) under surgical microscope and ophthalmoscope.

(52) Objective : To study the ultrasound imaging technology in the diagnosis of retinal detachment application.

(53) Conclusion The further applying of laser photocoagulation is helpful in the treatment of retinal detachment.

(54) ObjectiveTo explore the clinical character and laser treatment of retinal tears with vitreous hemo-(rrhage) without retinal detachment.

(55) It is the main cause of failure in retinal reattachment surgery(sentence dictionary), recurrence of rhegmatogenous retinal detachment (RRD) and blindness after ocular trauma.

(56) Aim To analyze 9 cases of retinal detachment after implantation of intraocular lens.

(57) The complications included lens tilt, secondary glaucoma, retinal detachment, hyphema and hypopyon.

(58) Objective To discover the predisposing factors and clinical characteristics of the senile retinal detachment.

(59) Conclusion Ocular trauma is the main cause of pediatric retinal detachment.