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  Performance Assessment of an Artificial Intelligence Chatbot in Clinical Vitreoretinal Scenarios

  Michael J. Maywood, Ravi Parikh, Avnish Deobhakta, and Tedi Begaj

  Publication Date: 7-2024

  As artificial intelligence chatbots evolve as a tool in medicine, it is important to inspect and understand their strengths and limitations.

  The purpose of this study was to benchmark the performance of ChatGPT by determining the accuracy of the AI chatbots responses in complex open-ended vitreoretinal clinical scenarios.

  Our secondary purpose was to validate the sources used by ChatGPT to answer clinical prompts.

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  Impact of Surgical Management and Systemic Steroids on Visual and Anatomic Outcomes of Suprachoroidal Hemorrhage

  Sahal H. Saleh, Tianyu Liu, Lisa J. Faia, Nathan D. Farley, Bruce Garretson, Sandeep Randhawa, Jeremy D. Wolfe, Paul V. Raphaelian, and George A. Williams

  Publication Date: 7-2024

  Suprachoroidal hemorrhage (SCH) is vision-threatening accumulation of blood in the suprachoroidal space.

  This rare but visually significant ocular complication can occur spontaneously, following trauma, or following intraocular surgery.

  The impact of surgical management on SCH is unclear, and the effect of systemic steroids on outcomes of SCH has not been directly studied.

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  Using a Smartphone Based Fundus Camera to Remotely Diagnose Acute Ocular Pathology in the Emergency Room

  Amro Omari, Momin Samad, Saaquib R. Bakhsh, Jahan Tajran, and George A. Williams

  Publication Date: 4-28-2022

  Objectives

  - Fumdus photography is important for diagnosing and monitoring diseases of the retina and optic nerve

  - Most fundus cameras are very expensive and unavailable inpatient and underserved areas

  - Iphone based fundus cameras provide an affordable alternative for increasing access to ophthalmic care

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  Custom Ampliseq Targeted Sequencing Panel For Orphan Pediatric Retinal Diseases: Norrie Disease, FEVR, and Retinoschisis

  Michael Sun, Wendy Dailey, Amanda Petrilli Cicerone, Jennifer Felisky, Kaylee Moyer, Naomi Haque, Alvaro Guzman, Kendra Mellert, Kimberly Drenser, and Kenneth P. Mitton

  Publication Date: 5-2-2022

  INTRODUCTION
  DNA-sequencing is not readily available in countries with little research resources or where health insurance does not cover the costs. This is especially true for very rare (orphan) inheritable retinal diseases. We wanted to develop a rapid targeted-sequencing protocol for eight genes involved in Familial Exudative Vitreo-Retinopathy (FEVR), Norrie Disease, and Retinoschisis, at greatly reduced cost.