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A rendering of an enzyme known as isocyanide hydratase, which accelerates chemical reactions that neutralize a toxic molecule in certain bacteria. Researchers from Nebraska, Stanford, Puerto Rico and Germany used record-intense X-rays to capture dynamics of isocyanide hydratase that were previously only hypothesized, a feat that could point the way to doing the same with other enzymes.
Enzymes and X-rays: Study reveals hidden acrobatics of cellular catalysts
January 22, 2020
Science & Technology
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Genes to proteins: Efforts enriching nutrition of popcorn, sorghum
February 18, 2019
Agriculture & Environment
Science & Technology
Jay Storz stands on the Tibetan Plateau, more than 15,000 feet above sea level. Storz and his colleagues have shown that many high-altitude bird species underwent different mutations to develop the same adaptation: hemoglobin better at capturing and distributing scarce oxygen.
Study: High-altitude birds evolve similar traits via different mutations
February 19, 2018
Science & Technology
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Going to the source: Husker chemists target drivers of disease
November 7, 2017
Science & Technology
Water-loving chemist also explores clusters of gold atoms
December 13, 2016
Science & Technology

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