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In this issue:
Beamline 12 to Unlock Secrets of Organic Molecules
Profile Today: Stanford Site Office - Nothing Gets in the Way of the Science
Making Science "K'nex"tions
Wednesday - August 30, 2006 |
Beamline 12 to Unlock Secrets of Organic MoleculesStarting this fall, scientists will have a new tool for peering into the materials that make up living systems at the Molecular Observatory for Structural Molecular Biology at the Stanford Synchrotron Radiation Laboratory (SSRL), thanks to a collaboration between CalTech and SLAC. Just as astronomers study distant stars and galaxies, molecular biologists deal with materials that seem as inaccessible as the far reaches of the cosmos. And, as astronomers use specialized observatories, chemists and biologists need advanced tools for imaging nano-scale molecular structures. Beginning in 2007, researchers at SSRL will have a brand new protein crystallography experimental station at Beamline 12 to help unlock the secrets of organic molecules on the atomic level. Using robotic remote-access systems similar to ones already in use at SSRL, the new beamline will offer a state-of-the art observatory for mapping out the shapes and mechanics of the molecular structures that make life possible. Read more... |
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Stanford Site Office:
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Making Science "K'nex"tionsSLAC librarian Lesley Wolf needed a creative idea for the next library display. Ten-year-old Connor Reed had lots of free time this summer and an extensive set of K'nex, the flexible equivalent of Lego. The results of their collaboration are now on display in the library: a lime-green, blue and orange model of the Linac Coherent Light Source (LCLS), complete with a rubber-band-powered injector that accelerates a smiley faced ball dubbed the happy electron. A flag reading "Pief's portion" flies above the linear accelerator part of the model, "because he knows Pief built the linac," said Connor's mom, Ellie Lwin, who works for lab founder Pief Panofsky. "This is how it shoots particles," Connor said, pulling back on the pinball-like handle and releasing it. He's used this rubber band technology before to make a pinball machine out of K'nex. The lime-green waves are the undulators, the magnets that force the electrons to make x-rays. "I built it. I got a little help from my mom and Lesley," he said. Lwin says her son was happy to delegate construction of the more monotonous parts while he napped. After spending months in the hospital last school year, Connor liked learning that LCLS will look at the proteins in cell membranes to find ways to keep viruses out of our cells and let medicines in. His version has a virus getting through the cell membrane and bright green medicine perched on top, ready "to take away the virus." Lwin said it took six or seven hours of trial and error to build the entire model and get the injector to roll the happy electron to the end of the machine. But Connor didn't get frustrated; he delved into solving the challenges, just like his mentor Panofsky. |
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