Happy 100th, structural biology
George N. Phillips, Eaton Edward Lattman
TL;DR
This paper celebrates the centennial of structural biology, highlighting its role in understanding molecular functions and advancing biotechnology.
Contribution
The paper provides a historical overview and reflects on structural biology's impact over the past century.
Findings
Structural biology began with James B. Sumner's discovery that enzymes are molecules with specific functions.
It has evolved to play a key role in drug design and biotechnology advancements.
Abstract
About 100 years ago, the field of structural biology was born, led by James B. Sumner who recognized that enzymes were molecules with specific functions. In its contemporary form structural biology is used to interpret and understand molecular and cellular function, to design drugs, and to advance biotechnology in general.
Genes, proteins, chemicals, diseases, species, mutations and cell lines named across the full text — each resolved to its canonical identifier and authoritative record.
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Taxonomy
TopicsNational Identity and Symbolism · Philosophy and History of Science · Medical and Biological Sciences