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Isa MOHAMMED, MD
USA

Isa Sayyeed Karim Mohammed, a cornea, cataract, and refractive surgeon who clinically practices the full breadth of anterior segment surgery. He perform all variants of corneal keratoplasties as well as complex cataract surgery and secondary intraocular lens implantations. In addition, he perform LASIK, SMILE, PRK, RLE, and ICL surgery.

He is interested in clinical refractive surgery outcomes as well as the use of anterior segment optical coherence tomography to detects eyes at risk for the development of corneal ectasias. Additionally, he is interested in studying the barriers to refractive surgery globally.

Education and Training
12/2012 B.S., Biomedical Engineering with Honors, The Johns Hopkins University
05/2017 M.D., Medicine, The University of Maryland School of Medicine
06/2018 Internship, Internal Medicine, Greater Baltimore Medical Center
06/2021 Residency, Ophthalmology, University of Maryland Medical Center
06/2022 Fellowship, Cornea/External Disease and Refractive Surgery, Cleveland Clinic Cole Eye Institute

Professional Experience
2022 - 2023 Ophthalmologist, Kalyani Eye Care, Hanover, MD


Schedule

WL-YT2 Wetlab As Chair

INASCRS Yamane Technique 2 Wet-Lab

September 26, 2024 13:30 - 15:30 (GMT+7) Blake

The Yamane technique wet lab aims to provide ophthalmic surgeons with practical, hands-on experience in performing the Yamane technique for scleral fixation of intraocular lenses (IOLs). This advanced procedure is designed for cases where standard capsular support for IOL placement is absent, such as in aphakic eyes without sufficient capsular support. The wet lab focuses on teaching participants the critical steps of the Yamane technique, including creating scleral tunnels, externalizing the haptics of the IOL, and ensuring stable fixation without sutures. Participants will gain familiarity with the specialized instruments and techniques required, improving their ability to handle complex cases in clinical settings. Additionally, the wet lab aims to enhance the participants' understanding of the anatomical and biomechanical principles underlying the Yamane technique. Through direct practice and expert guidance, surgeons will learn to manage potential complications and refine their skills in manipulating delicate ocular tissues. The objective is to increase the surgeons' confidence and proficiency in performing this innovative technique, ultimately leading to better patient outcomes. The wet lab provides a controlled environment for learning and perfecting these skills, ensuring that participants can translate their training into successful surgical practices.

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