37th APACRS Annual Meeting Final Program

FILM FESTIVAL

FF4-06 Optical Design for Multifocal IOLs and Dynamic Pupillary Response Shinichiro KOBAYAKAWA Japan We investigated postoperative visual function and dynamic pupillary response in three types of multifocal IOLs implanted eyes. Postoperative dynamic pupillary parameters of MIOLs were correlated with the parameters and uncorrected visual acuity for each of the MIOLs. There was a significant positive correlation in the Lentis comfort® group for the correlation between the uncorrected intermediate visual acuity (UIVA) and the Average Dilation Velocity (ADV). The PanOptix® group exhibited a significant positive correlation between the UIVA and the Average Constriction Velocity (ACV). The Synergy® group exhibited a significant negative correlation between the uncorrected near visual acuity (UNVA) and ACV. The pupil responds to the amount of light entering through each MIOLs optical design. FF4-07 Metallic IOFB in Vitreous With Cataract Amarjeet KADAM India PURPOSE: To depict removal of Two cases with Metallic foreign body in the anterior segment & posterior segment respectively. MATERIALS & METHODS: First case presented with a penetrating injury with metallic wire deeply embedded in the cornea and projecting in the anterior chamber. Second case presented with a penetrating injury with a metallic intraocular foreign body in the vitreous with formation of traumatic cataract. RESULTS: The foreign body was successfully removed in both cases. In the first case a vitreoretinal forceps was used to remove the intraocular foreign body. In the second case intraocular foreign body removal was done with an intraocular magnet with simultaneous phacoemulsification surgery with pars plana vitrectomy. CONCLUSION: Intraocular foreign bodies can be successfully removed with modern instrumentation. FF4-08 Dumb-bell Technique for Iridodialysis Repair Anjali KHADIA India We describe a novel, simple and minimally invasive surgical technique for the repair of iridodialysis, which can be easily adopted by general ophthalmologists and cataract surgeons. The 7-0 Prolene suture was used to pin the iris to the sclera, with a double flange resembling a dumbbell, one flange resting on the iris and the other on the sclera. With minimal instruments the technique was completed in a single surgical setting. Postoperative outcomes were favourable, with improved visual acuity, near normal pupil contour and no hyphema. The technique was associated with minimal intraoperative time, good cosmetic outcomes and stable intraocular pressure. FF4-09 Blink and You Won’t Miss It! Apoorva AGRAWAL India The prevalence of computer vision syndrome (CVS) and evaporative dry eye (EDE) has increased in the last few years. Recent studies have highlighted the role of blink rate and completeness in the pathophysiology of CVS and EDE. Measures to improve blink hygiene could theoretically improve symptoms in EDE and CVS. This video highlights the use of The EyeD app, a novel app that captures and analyses blink patterns in real-time. A pilot study conducted showed the potential benefit of using this app in improving objective and subjective parameters in EDE and CVS without using artificial tear drops. The use of this novel tool could help reduce the burden of CVS and EDE at a community level. FF4-10 Necessity Is the Mother of Innovation Priya DESAI India Erslite is an innovative imaging technique designed to revolutionize retinal diagnostics and visualization. This novel technology enhances image resolution, contrast, and depth perception, allowing for more precise detection of retinal abnormalities. By integrating advanced optics, computational imaging, and potentially AI-driven analysis, Erslite aims to provide superior diagnostic capabilities compared to conventional imaging methods. The technique is particularly beneficial for early detection of retinal diseases such as diabetic retinopathy, macular degeneration, and glaucoma. Its enhanced imaging capabilities facilitate improved disease monitoring and treatment planning, making it a valuable tool for ophthalmologists and researchers. Erslite represents a significant leap forward in retinal imaging, offering a non invasive, highly detailed, and efficient solution that could redefine standards in ocular diagnostics.

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