Webinar Replay: Applications of iPSC Gene Editing Technologies in Biomedical Research | Cyagen

Описание: Explore the potential of gene-edited iPSCs in advancing disease modeling and regenerative medicine! Join us for an exclusive webinar to learn strategies for overcoming challenges in iPSC research and enhancing translational applications.

💡 What You'll Learn
● The current applications of gene-edited iPSCs in functional genomics, drug development, regenerative medicine, and stem cell therapy
● Key challenges in iPSC gene editing, including low induction efficiency and maintaining pluripotency during differentiation
● Strategies to overcome difficulties in iPSC culture, expansion, and monoclonal selection
● Approaches to enhance preclinical research efficiency and facilitate translational and clinical applications of gene-edited iPSCs

Abstract:
In this webinar, we will explore the groundbreaking potential of human induced pluripotent stem cells (iPSCs) in disease modeling, drug discovery, and regenerative medicine. Discover how gene editing technologies can enable precise correction of pathogenic gene mutations in patient-derived iPSCs for therapeutic interventions. We will also address challenges such as suboptimal induction efficiency, complex culture protocols, and clinical translation hurdles. Join us to learn about strategies for improving preclinical research and advancing stem cell therapy applications.

Meet the Speaker
Speaker: Lily Fan
Short Bio: Lily Fan, Cell and Gene Editing Platform Manager at Cyagen, brings over 9 years of expertise in stem cell research and gene editing. She specializes in iPSC reprogramming, gene editing technologies, cell differentiation, and in vitro screening platforms.