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The first paper from I21, published in Nature, uses Synchrotron science to signpost a new direction for cathode material discovery.
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A team from Cape Town have recently published the first high-resolution cryo-electron microscopy (EM) paper to originate from Africa.
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Macromolecular crystallography offers important insights into an ancient family of enzymes.
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Macromolecular crystallography on I24 shines a light on a new way to target the malaria parasite
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The structure shows how the protein works and provides a new drug target
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X-ray microtomography at Diamond generates 3D images of bumblebee eyes and explores effect of size on vision.
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Examining extremophiles can tell us about the nature of early life on Earth, using eBIC
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A new route to hydrogen peroxide synthesis is the first step towards its in situ production.
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XANES tracks the fate of an emerging contaminant released into a river environment
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Diamond uncovers unexpected complexity that may aid magnetoelectric data storage devices
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Amazing insights into the elusive potassium ions on bacterial ribosomes.
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Ancient skills meet cutting edge technology in the battle against antibiotic resistance.
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Bragg coherent diffraction imaging (BCDI) offers insights for nanoparticle synthesis
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State-of-the-art imaging uncovers the exciting life history of an unusual Mars meteorite
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A team of experimental geoscientists from the University of Bristol has used I15 to recreate the extreme conditions in Earth’s mantle to study the carbon cycle
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Topological insulators are one of the most exciting discoveries of the 21st century. This research shows how synchrotron techniques can provide new insights into them.
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Research at Diamond is helping to understand the viruses that kill cancer to help find better treatments.
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SXCT captures unprecedented detail of dendrite formation, growth and dissolution.
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A novel synchrotron technique examines growth patterns in fossil bones.
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Synchrotron techniques identify the critical conditions that alter myelin structure
