What if we could design the very molecules that make life work? The Designed Protein tells the story of how scientists learned to build proteins from scratch, turning biology from something we merely read into something we can increasingly write. For readers fascinated by the future of medicine, AI, and biotechnology, this is a lively guide to one of the most important scientific revolutions of our time.
Moving from the physics of folding to the rise of Rosetta and AI-driven design, the book shows how shape becomes function at the molecular scale. Readers will discover how researchers create proteins that never existed in nature, how nanoparticle vaccines can teach the immune system through geometry, and how designer binders, biosensors, and molecular machines may reshape health care, industry, and environmental technology. Along the way, it reveals why failure, iteration, and experiment remain as important as elegant computation.
Clear, ambitious, and grounded in the Nobel Prize-winning work associated with David Baker's lab, this book makes a complex field feel intuitive without flattening its depth. It is both an introduction to a new science and a meditation on what it means to design life responsibly.
