Post by Robotrak

The ability to visualize retinal microglia in real time is a game-changer for ophthalmic research—and our Charis AO-FAF system is leading the way. Unlike conventional confocal microscopy, which requires dead/fixed tissue and only provides one-time snapshots after treatment, Charis enables 4D, in vivo imaging of live microglia over time. That means researchers can observe dynamic cellular behavior, track responses to therapy, and unlock insights previously inaccessible with static imaging methods. This isn't just better resolution—it's a whole new way to "see" retinal biology and treatment efficacy in action. If you're attending the FASEB Retinal Neurobiology and Visual Processing Conference in Sacramento, don't miss Jie's talk on June 11th morning, where he'll dive deeper into Charis’capabilities, performance, and real-world applications. For more details and high-quality images, follow our page for updates. #Ophthalmology #RetinalResearch #AdaptiveOptics #Microglia #InVivoImaging #MedicalInnovation #CharisAOFAF #FASEB2026