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City Cruz / Buffalo / Hercules / Minneapolis / Sarasota / Corning / Tokyo / Louis / Bulingame / Cambridge / Diego / San Diego / St. Louis / Santa Cruz / / Company IgG / Vector Laboratories / Jackson Laboratory / Olympus / Millipore / FBS / Sigma-Aldrich / Qiagen / Bio-Rad Laboratories / Creative Commons / Jackson ImmunoResearch Laboratories / / Country Japan / United States / / Currency pence / / / Facility The State University of New York / Jackson Laboratory / University of Alabama / University of Oklahoma Health Sciences Center / SUNY Eye Institute / / MedicalCondition microvascular injury / tissue injury / inflammatory signaling / inflammatory factor expression / inflammation-related endothelial injury / inflammatory cell infiltration / diabetic retinopathy / retinal vascular injury / tunicamycin-induced renal dysfunction / diabetes / ganglion / retinal degeneration / diseases / infection / Inflammation / inflammatory / / MedicalTreatment incision / / Organization University of Oklahoma / School of Medicine and Biomedical Sciences / Association for Research / State University of New York / Buffalo / Oklahoma Health Sciences Center / SUNY Eye Institute / University of Alabama at Birmingham / / Person Tim Townes / / Position author / Major / representative / / Product Intravitreal injection / zinc chloride / / ProvinceOrState Alabama / New York / California / / Technology antibodies / Biotechnology / Cell Signaling / apoptosis / / URL http / SocialTag 
ATF4 is a novel regulator of MCP-1 in microvascular endothelial cells