“…Models of retinal NV secondary to photodynamic venous thrombosis have been established in domestic pigs and rats, [6][7][8][9] and have provided useful information about approaches to antiangiogenic therapy. 15,16 In this study, we developed and characterized a mouse model of branch retinal vein occlusion and retinal NV.…”
Because of the simplicity, low cost, and feasibility of genetic manipulations, our model is believed to represent an advance in investigating molecular mechanisms and establishing therapy for retinal NV.
“…Models of retinal NV secondary to photodynamic venous thrombosis have been established in domestic pigs and rats, [6][7][8][9] and have provided useful information about approaches to antiangiogenic therapy. 15,16 In this study, we developed and characterized a mouse model of branch retinal vein occlusion and retinal NV.…”
Because of the simplicity, low cost, and feasibility of genetic manipulations, our model is believed to represent an advance in investigating molecular mechanisms and establishing therapy for retinal NV.
“…Danis et al (10) increased the rate of successful production of NV with the use of rose bengal dye and repeating laser treatment. In our model using rats, the NV developed 70% without repeating the laser treatment.…”
Section: Discussionmentioning
confidence: 99%
“…These studies have used non human primates (4)(5)(6), rabbits (7), cats (8,9) and pigs (10,11). The most popular methods used recently are an argon laser or a dye yellow laser photocoagulation on the primates' retinal veins, which can make NV of the iris caused by total retinal ischemia (4,6).…”
This is a new model of retinal ischemia and associated neovascularization established by venous thrombosis that is easily reproducible. Many aspects of rat retinal physiology are known and this model has promise as an avenue for further investigation.
“…BVOs were created in both eyes of 7 weanling male farm pigs in a manner described previously. 12 After intravenous injection of Rose Bengal dye 10 mg/kg (Sigma, St. Louis), selected branch retinal veins were treated with an argon green laser using a slit lamp delivery system and a corneal contact lens. At least 50% of the total venous territory of the retina was occluded.…”
Section: Induction Of Neovascularization and In Vivo Treatment In Pigsmentioning
ISIS 107189 successfully inhibited neovascularization in this model, which was correlated with an inhibition of expression of C-raf-1 kinase. While not proven in these studies, these results suggest that C-raf kinase may be important in angiogenesis. Antisense therapy has potential applicability in the therapy of ocular neovascular diseases.
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