In the spring of 1959, a little-known biochemist at the National Heart Institute of the National Institutes of Health in Bethesda, Maryland, named Christian Anfinsen, sent an ambitious manuscript to the respected academic publisher John Wiley & Sons. They were clearly impressed. The resulting book published just a few months later, titled The Molecular Basis of Evolution, was the first rigorous attempt to integrate the newly developing field of protein chemistry with the classical concepts of genetics. Anfinsen stated in his preface, that “Everyone in science must be interested in the evolutionary process as the central theme of biology.”
The Molecular Basis of Evolution helped set the stage for the phenomenal flowering of molecular biology in the decades that followed. How do amino acids come together to create a protein? How do proteins fold into their specific shapes? What role does the structure of a protein play in its function? Anfinsen's own investigations answered these questions and enabled more questions to be asked. His contributions were recognized when he shared the 1972 Nobel Prize in Chemistry.
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Anfinsen - Molecular Basis
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I. The Molecular Basis of Evolution
From the beginning of his career, Anfinsen strove to unify chemistry, molecular biology, and genetics.
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Anfinsen - Protein Structure
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II. Protein Structure and Synthesis: The Road to the Nobel Prize
Proteins fold into specific shapes to do their work. But how this happens was a major scientific mystery.
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Anfinsen - Interferon
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III. Interferon and Molecular Engineering
Can a protein be a treatment? What happens when you change a protein’s genes?
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Anfinsen - Legacy
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IV. The Legacy of a Citizen Scientist
Christian Anfinsen had a global impact in science and human rights.