Erratum: Crystal structure of a monomeric retroviral protease solved by protein folding game players

Khatib, Firas; DiMaio, Frank; Cooper, Seth; Kazmierczyk, Maciej; Gilski, Mirosław; Krzywda, Szymon; Zábranská, Helena; Pichová, Iva; Thompson, James; Popović, Zoran; Jaskólski, Mariusz; Baker, David C.

doi:10.1038/nsmb0312-364b

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Crowd sourcing difficult problems in protein science^*

Palczewski

2017

Protein Science

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Dedicated computing resources are expensive to develop, maintain, and administrate. Frequently, research groups require bursts of computing power, during which progress is still limited by available computing resources. One way to alleviate this bottleneck would be to use additional computing resources. Today, many computing devices remain idle most of the time. Passive volunteer computing exploits this unemployed reserve of computing power by allowing device-owners to donate computing time on their own devices. Another complementary way to alleviate bottlenecks in computing resources is to use more efficient algorithms. Engaging volunteer computing employs human intuition to help solve challenging problems for which efficient algorithms are difficult to develop or unavailable. Designing engaging volunteer computing projects is challenging but can result in high-quality solutions. Here, we highlight four examples.

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