BACKGROUND AND OBJECTIVE: To study the post-marketing safety profile of ocriplasmin (Jetrea; ThromboGenics, Iselin, NJ) as experienced by retinal physicians in the United States. STUDY DESIGN/ MATERIALS AND METHODS: Two thousand four hundred sixty-five retinal physicians were surveyed regarding their frequency of use of ocriplasmin and reports of ocular adverse events. RESULTS: There were 270 respondents (11%) who reported treating 1,056 eyes with ocriplasmin. The reports of adverse events (AE) were as follows: acute decline in visual acuity (16.95%), development of submacular fluid or serous retinal detachment (10.23%), dyschromatopsia (9.09%), progression of vitreomacular traction to macular hole (8.71%), development of retinal detachment (2.65%), development of retinal tear (1.99%), development of afferent pupillary defect (1.80%), electroretinography abnormalities (0.57%), crystalline lens instability (0.38%), and vasculitis (0.28%). CONCLUSION: Although the frequency of some ocular AEs reported in this study are comparable to those reported in the phase 3 registration trials, additional phase 4 safety studies are warranted to better understand the pathophysiology and clinical relevance of ocular AEs of ocriplasmin. Copyright 2016, SLACK Incorporated.
BACKGROUND AND OBJECTIVE: To study the post-marketing safety profile of ocriplasmin (Jetrea; ThromboGenics, Iselin, NJ) as experienced by retinal physicians in the United States. STUDY DESIGN/ MATERIALS AND METHODS: Two thousand four hundred sixty-five retinal physicians were surveyed regarding their frequency of use of ocriplasmin and reports of ocular adverse events. RESULTS: There were 270 respondents (11%) who reported treating 1,056 eyes with ocriplasmin. The reports of adverse events (AE) were as follows: acute decline in visual acuity (16.95%), development of submacular fluid or serous retinal detachment (10.23%), dyschromatopsia (9.09%), progression of vitreomacular traction to macular hole (8.71%), development of retinal detachment (2.65%), development of retinal tear (1.99%), development of afferent pupillary defect (1.80%), electroretinography abnormalities (0.57%), crystalline lens instability (0.38%), and vasculitis (0.28%). CONCLUSION: Although the frequency of some ocular AEs reported in this study are comparable to those reported in the phase 3 registration trials, additional phase 4 safety studies are warranted to better understand the pathophysiology and clinical relevance of ocular AEs of ocriplasmin. Copyright 2016, SLACK Incorporated.