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   GENETIC ENGINEERING : BIOINFORMATICS
News Resources Bibliography
Building a Better Bio-Supercomputer -- Jennifer Couzin  -- Industry Standard  -- June 18, 2001

The mapping of the human genome has triggered an explosion in data about the nature of life. As pharmaceutical and biotech research companies like NuTec struggle to understand the workings of tens of thousands of genes and the hundreds of thousands of proteins they produce, biology is overtaking nuclear weapons as the field demanding the most sophisticated computers. To capitalize on such advances, technology companies like IBM, Compaq and Sun Microsystems (SUNW) are pouring money into their life-sciences divisions and courting the biotech industry. Compaq and IBM recently launched dueling bio-supercomputer projects that will result in two of the world's most powerful computers. Like genomic research, bio-supercomputing is a leap into the unknown: It remains unclear exactly how these staggeringly expensive machines will be used and who will be willing to pay for them. But finding a market for bio-supercomputers is almost beside the point for the companies. Rather, the drive to push the boundaries of biological computing is behind the quest.

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IBM supercomputer tackles DNA -- Bob Sullivan  -- MSNBC  -- December 18, 2000

The world's fastest commercial supercomputer will soon be devoted exclusively to solving the world's most powerful puzzle. A new IBM supercomputer will be made available to companies trying to ask questions of the recently decoded human genome.

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Protein and the Lean Machines -- Kristen Philipkoski  -- Wired News  -- September 23, 2000

After the successful mapping of the human genome, researchers have shifted their focus to the new science of proteomics, the study of proteins. The new challenge is is developing tools to analyze proteins much more quickly than the current technology -- and making those tools economically viable.

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Can We Simulate Life's Machinery? -- Alan Boyle  -- MSNBC  -- September 08, 2000

Researchers are taking advantage of distributed computing techniques to tackle computation-intense protein folding tasks.

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Biosciences Driving Data Modeling -- Staff  -- Space Daily  -- April 17, 2000

The success of efforts to map the human genome is driving the development of a new industry, bioinformatics, which in turn is driving the future of advanced computing.

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IBM to Build Supercomputer -- Staff  -- BBC News  -- December 08, 1999

IBM is planning a revolutionary supercomputer that will be dedicated to processing genetic data and will be an estimated 500 times faster than existing supercomputers.

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