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Waking proteins up from deep sleep to study their motions, May 1, 2015

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A team of scientists at EPFL, IBS-Grenoble, and ENS-Lyon led by Lyndon Emsley developed an innovative solution to the motion problem: freeze the proteins and then watch them “wake up” from deep sleep. SB, May 1, 2015 A team of scientists at EPFL, IBS-Grenoble, and ENS-Lyon led by Lyndon Emsley developed an innovative solution to the motion problem: freeze the proteins and then watch them “wake up” from deep sleep. SB, May 1, 2015 A team of scientists at EPFL, IBS-Grenoble, and ENS-Lyon led by Lyndon Emsley developed an innovative solution to the motion problem: freeze the proteins and then watch them “wake up” from deep sleep. SB, May 1, 2015 A team of scientists at EPFL, IBS-Grenoble, and ENS-Lyon led by Lyndon Emsley developed an innovative solution to the motion problem: freeze the proteins and then watch them “wake up” from deep sleep. SB, May 1, 2015 A team of scientists at EPFL, IBS-Grenoble, and ENS-Lyon led by Lyndon Emsley developed an innovative solution to the motion problem: freeze the proteins and then watch them “wake up” from deep sleep. SB, May 1, 2015 A team of scientists at EPFL, IBS-Grenoble, and ENS-Lyon led by Lyndon Emsley developed an innovative solution to the motion problem: freeze the proteins and then watch them “wake up” from deep sleep. SB, May 1, 2015