Antibody drug discovery faces significant challenges in optimizing workflows, reducing timelines, and ensuring the successful development of therapeutic antibodies. With increasing complexity in drug targets and growing pressure to innovate, the need for more efficient, scalable solutions is greater than ever. Artificial intelligence (AI) is poised to address these challenges by streamlining the process and enhancing decision-making at each stage. This webinar will explore how AI can be integrated across the Design–Make–Test–Decide (DMTD) workflow, featuring insights from three key perspectives:
The webinar will conclude with a dynamic roundtable Q&A session, offering attendees the opportunity to engage with the experts and discuss the challenges and opportunities in AI-driven antibody discovery.
Zev Wisotsky
PhD, Senior Principal Marketing Manager, Biologics Solutions, Revvity Signals
Zev Wisotsky is a Senior Principal Marketing Manager for Biologics Solutions at Revvity Signals. His scientific training and research background include neuroscience, biochemistry, molecular biology and drug discovery. He has spent almost 10 years in software in go-to-market teams across industries with a heavy focus on biopharma/biotech R&D.
Sibo Tao
PhD, Scientific Director, Global Biologics Service, Sanyou Biopharmaceuticals
Sibo Tao is a Scientific Director for Global Biologics Service at Sanyou Biopharmaceuticals. Her scientific training and previous experience include molecular biology, protein biochemistry and antibody drug discovery. At Sanyou Biopharmaceuticals, she leads multiple antibody drug R&D projects from early discovery to functional screening and optimization.
Arjan Hada
Sr. Scientist, Machine Learning Bioinformatics , iBio
Arjan Hada is a Senior Scientist at iBio, specializing in AI-driven antibody discovery. He combines computational protein design with experimental validation to accelerate therapeutic development. With experience across the biopharma industry, he earned his Ph.D. from Southern Illinois University Carbondale, studying multisubunit protein complexes using biochemistry, genomics, and proteomics.