New Retina Radio by Eyetube

Co-hosts Justin C. Muste, MD, and David Fell, MD, are joined by Matthew Starr, MD, a vitreoretinal surgeon at the Mayo Clinic, and Timothy Xu, MD, a retina fellow at Wills Eye Hospital, to discuss retained lens fragments and secondary IOLs. They share complex cases, when to consider following patients medically, surgical techniques for removing fragments, and how to make the best secondary lens choice.

In this episode of RetinaLive focused on UNITY® VCS|CS, Matt Cunningham, MD, FASRS, welcomes Steven Yeh, MD, FASRS for a reflection on early clinical experience with the UNITY® VCS system following the first 50 cases. The discussion highlights real-world insights on surgical efficiency, fluidics stability, and intraoperative control across a range of case complexities. From seamless OR integration to advancements in 27-gauge instrumentation and laser delivery, the conversation offers practical perspectives on adoption, training, and how evolving technology can enhance surgeon confidence and patient care. For Important Product Information, visit unityvcs.com. Speakers are paid Alcon consultants. The views expressed are their own. Disclaimers: 3:58: For posterior segment surgeries/posterior cassette pack § ~1.7 minutes faster. 4:30: For posterior segment surgeries/posterior cassette pack § ~1.7 minutes faster.< 10:49: Versus Alcon's Non-Dynamic Stiffener 27+ technology 11:09: Versus Alcon's Non-Dynamic Stiffener 27+ technology 11:17: Versus Alcon's Non-Dynamic Stiffener 27+ technology 11:46: Versus Alcon's Non-Dynamic Stiffener 27+ technology 11:58: MSLP(4) is 3 times faster than SSLP 12:15: MSLP(4) is 3 times faster than SSLP 12:26: MSLP(4) is 3 times faster than SSLP 13:18: Versus Alcon's Non-Dynamic Stiffener 27+ technology 13:39: Versus Alcon's Non-Dynamic Stiffener 27+ technology 17:30: Versus Alcon's Non-Dynamic Stiffener 27+ technology 18:25: For posterior segment surgeries/posterior cassette pack ~1.7 minutes faster. References: 1. Alcon Data on File, 2025. (REF-28170) 2. UNITY™ VCS and CS User Manual 3. Vasavada V, Agrawal D, Vasavada SA, Vasavada AR, Yagnik J. Intraoperative performance and early postoperative outcomes following phacoemulsification with three fluidic systems: A randomized trial. J Refract Surg. 2024;40(5):e304-e312. 4. Sugiura Y, Okamoto F, Okamoto Y, Hiraoka T, Oshika T. Intraocular pressure fluctuations during microincision vitrectomy with Constellation Vision System. Am J Ophthalmol. 2013;156(5)941-947 5. Alcon data on file 2024. (REF-24576) 6. Alcon data on file 2024 (REF-24615) 7. Alcon data on file 2024 (REF-24379) 9. Alcon data on file 2024 (REF-24644) 10. Alcon data on file 2024. (REF-24615) 11. UNITY™ VCS and CS User Manual Unity Phaco Handpiece Directions for Use. Sponsored by Alcon, Inc. © 2026 Alcon Inc. 07/26 US-UVC-2600114

How aggressively should you manage a vitreous hemorrhage after a PVD when you can't see the retina underneath it? Barton Blackorby, MD, moderates a discussion with Matt Starr, MD, and Kyle Kovacs, MD, about a study published in Ophthalmology by Hasbolat et al examining 366 patients with PVD-related vitreous hemorrhage initially managed with observation. The panel discusses how exam technique and B-scan reliance may affect detachment detection rates, debates follow-up intervals given that most retinal detachments in the study occurred within the first 3 weeks, and shares their own thresholds for moving to early vitrectomy versus continued observation, including how they counsel patients eager for faster visual recovery.

In this episode of RetinaLive focused on UNITY® VCS|CS, Jay Sridhar, MD is joined by Nina Berrocal, MD for a forward-looking discussion on adopting next-generation surgical technology. The conversation explores how UNITY® VCS is enabling innovation in a new retina practice setting, with a focus on fluidics stability, integrated anterior and posterior segment capabilities, and enhanced intraoperative efficiency. Through real-world perspectives, the episode highlights the role of advanced technology in simplifying surgical workflows, and supporting the training of the next generation of retina surgeons. For Important Product Information, visit unityvcs.com. Speakers are paid Alcon consultants. The views expressed are their own. Disclaimers: 4:05: Based on Bench Data. UNITY® VCS with HYPERVIT® 30k cpm vitrectomy probe vs. CONSTELLATION® VS with HYPERVIT® 20k cpm vitrectomy probe 6:13: *Mean fluctuation at flow vs. setpoint of 2.36 ± 2.13, 4.19 ± 1.97, 1.84 ± 2.82, and 2.13 ± 2.86 mmHg during phacoemulsification, irrigation/aspiration (IA), vitrectomy, and extrusion/fragmentation, respectively. IOP setpoint as low as 16 mmHg (posterior) and 20 mmHg (anterior) without exceeding a mean fluctuation of 4.19 ± 1.97 mmHg 9:08: MSLP(4) is 3 times faster than SSLP References: 1. UNITY™ VCS and CS User Manual Unity Phaco Handpiece Directions for Use. 2. Alcon data on file 2024 (REF-24615) 3. Alcon data on file 2024 (REF-24379) 4. Alcon data on file 2024 (REF-24576) 5. Alcon Data on File (REF-27800) 6. UNITY™ VCS and CS User Manual 7. Alcon data on file 2024. (REF-24899) Sponsored by Alcon, Inc. © 2026 Alcon Inc. 07/26 US-UVC-2600112

Can a single molecule treat both GA and Stargardt Disease? And if so, how far along is the research? Jay Chhablani, MD, joins New Retina Radio to share data from ArMaDa and GARDian, which assessed OCU410 (Ocugen) in geographic atrophy and Stargardt disease, respectively. And Jordan Deaner, MD, sits down to discuss his research on real-world retinal tears and detachments following YAG capsulotomy. What are the actual incidence rates? And what risk factors were identified? Stick with us to find out.