Ciliary body ablation with the diode laser is well established as a treatment for neovascular and other refractory glaucomas. Glaucoma secondary to intra-ocular silicone oil for vitreo-retinal surgery is one such glau...Ciliary body ablation with the diode laser is well established as a treatment for neovascular and other refractory glaucomas. Glaucoma secondary to intra-ocular silicone oil for vitreo-retinal surgery is one such glaucoma that can be difficult to control. We reviewed a series of cases where cyclodiode laser is applied for silicone oil-induced glaucoma and demonstrate that it is展开更多
Aim: To assess FDT perimetry as a screening tool for glaucoma in an optometry practice. Methods: One hundred consecutive patients (mean age 53years) with no previous eye pathology attending a busy optometry practice u...Aim: To assess FDT perimetry as a screening tool for glaucoma in an optometry practice. Methods: One hundred consecutive patients (mean age 53years) with no previous eye pathology attending a busy optometry practice underwent FDT and oculus perimetry, intraocular pressure measurement and optic disc assessment by the same observer. Those patients with an abnormal result on field screening were further assessed with展开更多
文摘Ciliary body ablation with the diode laser is well established as a treatment for neovascular and other refractory glaucomas. Glaucoma secondary to intra-ocular silicone oil for vitreo-retinal surgery is one such glaucoma that can be difficult to control. We reviewed a series of cases where cyclodiode laser is applied for silicone oil-induced glaucoma and demonstrate that it is
文摘Aim: To assess FDT perimetry as a screening tool for glaucoma in an optometry practice. Methods: One hundred consecutive patients (mean age 53years) with no previous eye pathology attending a busy optometry practice underwent FDT and oculus perimetry, intraocular pressure measurement and optic disc assessment by the same observer. Those patients with an abnormal result on field screening were further assessed with
