【About This Episode】 Why is the CD47 target often called the "Bermuda Triangle" of drug development? While global pharmaceutical giants have struggled in this field, how did HanchorBio secure a $202 million licensing deal and develop HCB101, a 3.5-generation drug that is rewriting industry standards? In this episode, we are honored to host Dr. Wenwu Zhai, Chief Research Officer of HNK Biotech. With a prestigious background from the University of Cambridge and UCSF, and leadership experience at Pfizer and Roche, Dr. Zhai provides a deep dive into how HNK utilizes its FBDB platform and AI modeling to solve the fatal "hemolytic toxicity" flaw that plagued previous generations of CD47 drugs.
【Key Takeaways】
Decoding CD47: How cancer cells use the "Don't Eat Me" signal to evade the immune system.
Learning from the Past: Why 1st and 2nd gen drugs failed, and the differentiated advantages of HNK’s 3.5-gen approach.
AI & Antibody Engineering: The process of screening 1.8 X 10^8 molecules to find the perfect balance of "potency" and "safety."
"Beginning with the End in Mind" (CMC): Why 6 g/L yield and in-house process control are the cornerstones of commercial success.
The Future Roadmap: HCB101’s remarkable clinical performance in head and neck cancer, stomach cancer and lymphoma, and its strategic expansion into autoimmune diseases.
This is more than a record of a cancer revolution; it is a masterclass in the "platformization" of biotech. Whether you are an investor, a medical professional, or a tech enthusiast, this is an episode you cannot miss!
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