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City New Orleans / Indianapolis / St. Louis / Santa Cruz / / Company Life Technologies / Nec / Millipore / Sigma-Aldrich / HP / AMD / Macmillan Publishers Limited / / Country United States / / Currency AMD / / / Facility UT Southwestern Medical Center / Tulane University / University of Texas Southwestern Medical Center / Scale bar / Percival Stern Hall / / / IndustryTerm therapy for the devastating blinding AMD disease / The staining solution / mitochondria form tubular network / mitochondrial network / / MedicalCondition RPE cell necrosis / macular degeneration / Inflammatory gene expression / oxidative stress-induced RPE necrosis / chronic inflammation / Age-related Macular Degeneration / both necrosis / blindness / programmed necrosis / chronic inflammatory response / necrosis / Disease / inflammatory gene TNFa / RPE necrosis / legal blindness / strong inflammatory and immune components / Typical necrosis / therapeutic targeting RPE cell necrosis / degenerative disease / Membrane blebs / inflammation / AMD disease / atypical necrosis / inflammatory / / Organization University of Texas Southwestern Medical Center / Dallas / National Institute of Health / Tulane University / New Orleans / Department of Cell and Molecular Biology / Bright Focus Foundation / Prevent Blindness / UT Southwestern Medical Center / / Person Elmer Victor / Alexa Fluor / Yuan J. Necroptosis / Van Remmen / Arch Ophthalmol / / / Position Investigator / President / USA *Corresponding author / / Product penicillin / Sigma / / ProvinceOrState Texas / Louisiana / Georgia / / PublishedMedium Ophthalmology / Molecular Biology / / Technology electrophoresis / antibodies / siRNA / Biotechnology / Cell Signaling / apoptosis / gene expression / condensation / gel electrophoresis / / URL www.nature.com/cddis / / SocialTag 
Induction of necrotic cell death by oxidative stress in retinal pigment epithelial cells