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http://www.hpcwire.com/hpc/2243313.html
March 19 — The UK’s national computing grid, along with their counterparts in the US (TeraGrid) and Europe have helped UCL (University College London) scientists shed light on how life on earth may have originated.
Deep ocean hydrothermal vents have long been suggested as possible sources of biological molecules such as RNA and DNA but it was unclear how they could survive the high temperatures and pressures that occur round these vents.
In a study published today in the Journal of the American Chemical Society, Professor Peter Coveney and colleagues at the UCL Centre for Computational Science have used computer simulation to provide insight into the structure and stability of DNA while inserted into layered minerals. Computer simulation techniques have rarely been used to understand the possible chemical pathways to the formation of early biomolecules until now.
Professor Coveney explains, “Computational grids are only now being made easy to use for scientists, enabling simulations of sufficient size to model these large biomolecule and mineral systems.”
Very cool, check out this article showing how TeraGrid have helped UCL with their research on the origins of life through grid technologies – it’s always cool to see how the technology is used as an enabler, check it out.
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