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UPMC Vision Institute and Pitt Department of Ophthalmology Faculty Participate in i2Eye Conference

September 23, 2024

The University of Pittsburgh Department of Ophthalmology and the UPMC Vision Institute were well represented at the 6th annual i2Eye event with multiple faculty members sharing their clinical and research expertise in a series of panel sessions and discussions.

The prestigious interdisciplinary i2Eye conference, hosted by UPMC, the University of Pittsburgh, and Institut de la Vision, focuses on innovative imaging of eye diseases. The event was held at the newly constructed UPMC Mercy Pavilion, the Vision Institute's headquarters. The pavilion opened in May 2023 and is a state-of-the-art facility where the clinical and research expertise of UPMC and the Department of Ophthalmology help to prevent vision loss and restore sight.

"We are thrilled to host the i2Eye conference at the Vision Institute of Pittsburgh. This conference was started six years ago by Kate Grieve, Michel Paques and Ethan Rossi and has become an annual event bringing together a growing community of researchers around innovative imaging of eye diseases and now many other areas of vision science. After the very successful IHU days at the Sorbonne University historical landmark amphitheater, we expect that this event will match its awe-inspiring scientific content. We are pleased to cordially welcome you to our brand-new Vision Institute that we predict will be a superb venue for this event," said José-Alain Sahel, MD, to open the event.

Full UPMC and Pitt participation details are below.

September 15

i2Eye Opening Session

Session 1: Imaging Retinal Function and Structure in Health and Disease

Session 2: Glaucoma and ONH

Session 3: Optogenetics, Gene Therapy, & Vision Restoration

Session 4: Eye Movements

September 16

Industry Roundtable Discussion

Track 1: Retinal Degeneration and Novel Therapies

  • Moderator: Leah Byrne, PhD
  • Boosting Proteostasis via Nuclear Speckle Rejuvenation for the Treatment of Retinitis Pigmentosa: Yuanyuan Chen, PhD
  • Artificial Vision via High-channel-count Visual Cortical Stimulation in Primates: Xing Chen, PhD

Track 2: Anterior Segment

Track 1: Organoids, Animal Models and Histology

Track 2: Ocular Immunology & Inflammation