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23 October 2013

Understanding how nature works at a very basic level enables scientists the world over to design drugs, unlock the secrets of photosynthesis, design novel materials, and more. Chemists and scientists are no longer confined to the lab with experiments, but have all of cyberspace to formulate answers to important questions. Read about the recipients of the 2013 Nobel Prize in chemistry and their groundbreaking work in computational modeling.  

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Liver fibrosis, a  kind of scarring of the liver's tissue, is usually diagnosed with a biopsy – an invasive surgical procedure to remove liver cells for lab testing. However, physicist Olivier Beuf believes that we can do better and has put together a team to develop an imaging technique that can be used in a clinical examination.

Using the European Grid Infrastructure, he and his team have developed a 3D map showing how fibrosis affects blood flow in a diseased liver. These 3D maps could provide a reliable alternative to the usual biopsy procedure and have the potential to improve patients' well-being, as well as our understanding of liver disease.

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As iSGTW celebrates its 10th anniversary, Katie Yurkewicz, the publication’s first editor, looks back at the challenges of establishing an e-newsletter to support the fledgling grid-computing community and highlights how the...

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This issue marks the 10th anniversary of iSGTW. We would like to take this opportunity to thank all our readers and all those who have contributed to the publication over the last decade.

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