89 FILM FESTIVAL FF1-16 Inverted ICL: From glitch to glory Sivaveera Tharun Nath Reddy LINGIREDDY India An Image obtained using ARGOS biometer demonstrates improper positioning of the Implantable Collamer Lens (ICL), with the ICL coming into direct contact with the anterior lens capsule (ALC).As a result of this persistent contact, the patient developed anterior subcapsular cataract along with calcification of the ALC. The planned management was ICL explantation, followed by cataract extraction and intraocular lens (IOL) implantation. Standard corneal incisions were made. The plate haptics of the ICL were gently mobilized and brought into the anterior chamber. ICL explantation was performed using micro forceps. Trypan blue dye was injected into A.C. viscoelastic to maintain the chamber. CCC was initiated and completed using rhexis forceps. Gentle hydrodissection was done. Lens matter aspiration was carried out using a Simcoe cannula. A three-piece intraocular lens was implanted securely into the capsular bag. FF1-17 Taming the Runaway Capsulorhexis in a White Intumescent Cataract Abirami Shavani SANMUGAM Malaysia This surgical video illustrates the management of a white intumescent cataract complicated by an extending continuous curvilinear capsulorhexis despite careful preventive measures. Following initial capsular puncture and controlled decompression, the capsulorhexis showed a tendency to run peripherally. To regain control, a strategic new capsular nick was created, allowing safe redirection and completion of the capsulorhexis. The video highlights key intraoperative decisions and stabiliing techniques used to prevent further extension and avoid posterior capsule rupture. Careful phacoemulsification and cortical clean-up were performed without complication. These measures resulted in a stable capsular bag and intraocular lens implantation. The patient achieved an uncomplicated postoperative course with bestcorrected visual acuity of 20/20 on day one, underscoring the importance of adaptability and capsular control. FF1-18 Laser Assisted Precision Flange Creation Thanapong SOMKIJRUNGROJ Thailand Unveil the future of eye surgery with our groundbreaking laser-assisted precision flange creation for Yamane’s Technique. This innovative method, utilizing a 532nm endolaser, offers unparalleled accuracy and efficiency in intraocular lens fixation. Imagine a procedure that enhances surgical precision and transforms your surgical practice. This cutting-edge approach promises to elevate patient care to new heights. Find out how you can do it from this video and don't miss the opportunity to be at the forefront of this exciting advancement!
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