Can we reprogram specialised cells, like those in our skin or liver, to become something different? In the 1950s, John Gurdon made a groundbreaking discovery. He cloned a tadpole using a gut cell, proving specialised cells retain all genetic instructions. His work revolutionised biology, leading to Nobel-winning research and advancements in stem cell medicine. Today, scientists build on his legacy to tackle major medical challenges, from repairing damaged tissues to treating Alzheimer's.
For more information, visit the Gurdon Institute website @
The Gurdon Institute is a world-leading centre for research into human development and disease, part of the University of Cambridge School of Biological Sciences.
For more information, visit the Gurdon Institute website @
The Gurdon Institute is a world-leading centre for research into human development and disease, part of the University of Cambridge School of Biological Sciences.
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- Academic
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- Cambridge University, Cambridge research
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