. PROTEINS : COMPUTER GAMES AND GAMING: Fold Proteins, Help Cure Diseases in Foldit Video Game Fold Proteins, Help Cure Diseases in Foldit Video GameMatt Peckham PC World
Aug 5, 2010 7:11 am <http://www.pcworld.com/article/202617/ fold_proteins_help_cure_diseases_in_foldit_video_game.html> A shorter URL for the above link: <http://tinyurl.com/27sxbtt>Leave it to video gamers to find a better way to shepherd proteins into their optimal three-dimensional shapes.
Plying a freely available game and matched against automated computer routines designed to ascertain how amino acids twist into their ideal shapes, science journal Nature reports video gamers took top marks, folding proteins better than a computer.
<snip>"People in the scientific community have known about Foldit for a while, and everybody thought it was a great idea," wrote UW associate computer science and engineer professor Zoran Popovic in a press statement. "But the really fundamental question in most scientists' minds was 'What can it produce in terms of results? Is there any evidence that it's doing something useful?"
"I hope this paper will convince a lot of those people who were sitting on the sidelines, and the whole genre of scientific discovery games will really take off."
Why protein folding? Because protein feeds your muscles and helps ferry signals in your brain that control your body, and because improper folding, which can produce inactive or incorrectly folded proteins, is associated with everything from allergies to several neurodegenerative diseases. Understanding how proteins ought to fold helps researchers predict and target protein structures with
In a Video Game, Tackling the Complexities of Protein Folding By JOHN MARKOFF Published: August 4, 2010 New York Times <http://www.nytimes.com/2010/08/05/science/05protein.html>The success of the Foldit players, the researchers report in this weeks issue of Nature, shows that nonscientists can collaborate to develop new strategies and algorithms that are distinct from traditional software solutions to the challenge of protein folding.
The researchers took pains to credit the volunteers who competed at Foldit in the last two years, listing Foldit players at the end of the reports author list and noting that more than 57,000 players contributed extensively through their feedback and gameplay.
Zoran Popovic, a computer scientist at the University of Washington who was a lead author of the paper, said, If things go according to plan, not too long from now, such massive author lists should be commonplace. Foldit begins with a series of tutorials in which the player controls proteinlike structures on a computer display. In the game, as structures are modified, a score is calculated based on how well the protein is folded. Players are given a set of controls that let them do things like shake, wiggle and rebuild to reshape the backbone and the amino acid side shapes of a specific protein into a more efficient structure.
A list of top scores for each puzzle is posted so that players can compare their results. Players may also collaborate in teams, tracking progress on a separate list of group scores.
The protein-folding problem can be solved by computers using statistical and related software algorithms, but it takes an immense amount of processing power.
LetterNature 466, 756-760 (5 August 2010) | doi:10.1038/nature09304; Received 22 January 2010; Accepted 30 June 2010
Predicting protein structures with a multiplayer online gameSeth Cooper1, Firas Khatib2, Adrien Treuille1,3, Janos Barbero1, Jeehyung Lee3, Michael Beenen1, Andrew Leaver-Fay2,5, David Baker2,4, Zoran Popovic1 & Foldit players
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