Dear Readers, Artificial intelligence integrated with optical coherence tomography (OCT) is poised to redefine the future of ophthalmology by enabling faster, more precise, and predictive eye care. It gives us immense pleasure to bring this new issue on intraoperative OCT for corneal and retinal surgeries. OCT has emerged as a transformative tool in modern ophthalmic surgery, bridging the gap between preoperative planning and real-time intraoperative decision-making. In both corneal and retinal procedures, OCT provides unparalleled microstructural visualization, enabling surgeons to enhance precision, safety, and outcomes. In corneal surgery, intraoperative OCT has refined lamellar keratoplasty, DSAEK, and DMEK by guiding depth assessment, graft orientation, and interface evaluation. It facilitates early detection of residual stromal tissue, fluid pockets, and graft malposition, thereby improving surgical predictability and postoperative recovery. In vitreoretinal surgery, OCT has revolutionized the management of macular disorders. Real-time imaging during membrane peeling, macular hole surgery, and retinal detachment repair allows surgeons to assess tissue response instantly, confirm completeness of surgical steps, and tailor maneuvers with confidence. In vitreoretinal surgery, OCT has revolutionized the management of macular disorders. Real-time imaging during membrane peeling, macular hole surgery, and retinal detachment repair allows surgeons to assess tissue response instantly, confirm completeness of surgical steps, and tailor maneuvers with confidence. Through this issue, we wanted to bring the surgeon’s point of view of OCT in corneal and retinal surgeries and give an insight into newer technologies in intraoperative OCT and the feasibility of the same. Happy reading
Sunandini Bose (Thu,) studied this question.