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Explore how a single genome gives rise to the incredible diversity of cell types in this 45-minute Stanford Department of Medicine Grand Rounds lecture presented by Stephen Quake, MD, a leading bioengineer and physicist who heads Stanford's ultra-sensitive measurement technologies research and serves as Head of Science at the Chan Zuckerberg Initiative. Discover the fundamental mechanisms behind cellular differentiation and learn how cutting-edge measurement technologies are revolutionizing our understanding of how one genetic blueprint can create the vast array of specialized cells that make up complex organisms. Gain insights into the latest research methodologies and technological innovations that are unlocking the secrets of cellular diversity and development from one of the field's most visionary researchers.
