Trehalose-Based Vitrification: Mechanism, Clinical Impact and Fast Warming Application

What you will learn:

• The biochemical mechanisms behind trehalose-based vitrification and how they enhance post-warm embryo viability and clinical outcomes
• How fast-warming protocols reduce handling time, minimize thermal stress, and improve consistency across high-throughput IVF workflows
• Actionable strategies for integrating and standardizing advanced vitrification techniques in daily embryology practice
• Real-world troubleshooting tips and protocol optimization insights from Dr. Lee’s 19+ years of clinical lab leadership and published research

Join Dr. Jung-Woo Lee, Laboratory Director and clinical embryologist with over 19 years of high-volume IVF experience, as he bridges the science of advanced cryopreservation with daily lab practice.
Drawing on extensive clinical research and leadership across top-tier fertility centers, Dr. Lee will break down how trehalose-based vitrification and optimized fast-warming protocols directly influence embryo survival, workflow consistency, and clinical success rates.
Whether you’re refining current protocols or evaluating next-generation cryopreservation systems, this session delivers evidence-based insights tailored for embryologists and IVF laboratory professionals.