Keratoprosthetics implantation entails removing the cornea to its full thickness and replacing it with an artificial cornea. The discovery of antibiotics and the introduction of novel materials in the last century breathed new life into the discipline. Since then, the usage of keratoprostheses for severe ocular surface disorders and corneal opacities has skyrocketed, to the point where it is now considered a common operation by corneal experts all over the world. The basic principle of replacing a damaged and opaque cornea with an artificial cornea, or keratoprosthetics, is as simple as putting a window in a house to be able to see out.
Title : Eyes and guts connection: Microbiomes and their role in ocular health
Edward Charles Kondrot, Healing the Eye Wellness Center, United States
Title : Optic nerve orthograde axonal transport in abusive head trauma suspects
Minckler Don S, UCI Gavin Herbert Eye Institute, United States
Title : Why was Leonhard Euler blind?
John David Bullock, Wright State University, United States
Title : A factorial randomized controlled trial of tissue plasminogen activator and/or perfluoropropane for the treatment of submacular hemorrhage secondary to neovascular age-related macular degeneration (TAPAS)
Tim Jackson, King’s College London, United Kingdom
Title : Monovision cataract surgery made simple
Shadrokh Nabili, University Hospitals of Morecambe Bay NHS Foundation Trust, United Kingdom
Title : An innovative in vitro human-based millifluidic platform as useful tool to underlying mechanisms of neurodegeneration in glaucoma
Anna Maria Bassi, University of Genoa, Italy