2003Journal of the Korean Ophthalmological SocietyRequires access

The Comparision of Venous Filling Time Before and After Panretinal Photocoagulation in Proliferative Diabetic Retinopathy

Chin-Han Pae, Sang-Duck Kim, Yun-Sik Yang

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Abstract

Purpose : Diabetic retinopathy (DR) has influence on peripheral retina, and progression of DR is thought to make prolongation of peripheral retinal circulation. However, there has been no study on circulation of peripheral retina. This study is to make a comparision of peripheral retinal microcirculation between control, non-proliferative diabetic retin-opathy (NPDR), and pre-and post-panretinal photocoagulation (PRP) of proliferative diabetic retinopathy (PDR). Methods : The authors performed the study on 19 control eyes and 68 DR eyes (NPDR 31, PDR 37) and PDR group was subdivided into before and after PRP. The authors measured arm to retinal circulation time (ART), arteriovenous passage time (AVP), venous filling time (VFT) by scanning laser ophthalmoscope in upper temporal retinal vessel in order to evaluate peripheral retinal microcirculation. Results : VFT was 9.40.3 sec in pre-PRP of PDR, 7.50.6 sec (p2.2 sec in control, 8.171.90 sec (p

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Purpose : Diabetic retinopathy (DR) has influence on peripheral retina, and progression of DR is thought to make prolongation of peripheral retinal circulation. However, there has been no study on circulation of peripheral retina. This study is to make a comparision of peripheral retinal microcirculation between control, non-proliferative diabetic retin-opathy (NPDR), and pre-and post-panretinal photocoagulation (PRP) of proliferative diabetic retinopathy (PDR). Methods : The authors performed the study on 19 control eyes and 68 DR eyes (NPDR 31, PDR 37) and PDR group was subdivided into before and after PRP. The authors measured arm to retinal circulation time (ART), arteriovenous passage time (AVP), venous filling time (VFT) by scanning laser ophthalmoscope in upper temporal retinal vessel in order to evaluate peripheral retinal microcirculation. Results : VFT was 9.40.3 sec in pre-PRP of PDR, 7.50.6 sec (p2.2 sec in control, 8.171.90 sec (p

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Available abstract

Purpose : Diabetic retinopathy (DR) has influence on peripheral retina, and progression of DR is thought to make prolongation of peripheral retinal circulation. However, there has been no study on circulation of peripheral retina. This study is to make a comparision of peripheral retinal microcirculation between control, non-proliferative diabetic retin-opathy (NPDR), and pre-and post-panretinal photocoagulation (PRP) of proliferative diabetic retinopathy (PDR). Methods : The authors performed the study on 19 control eyes and 68 DR eyes (NPDR 31, PDR 37) and PDR group was subdivided into before and after PRP. The authors measured arm to retinal circulation time (ART), arteriovenous passage time (AVP), venous filling time (VFT) by scanning laser ophthalmoscope in upper temporal retinal vessel in order to evaluate peripheral retinal microcirculation. Results : VFT was 9.40.3 sec in pre-PRP of PDR, 7.50.6 sec (p2.2 sec in control, 8.171.90 sec (p

Key concepts: Medicine, Diabetic retinopathy, Panretinal photocoagulation, Retinal, Ophthalmology, Peripheral, Retina, Microcirculation

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