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MISSION The NIGMS East Coast structural biology facility at National Synchrotron Light Source has been established to provide first-class resources to a growing community of life scientists to explore all aspects of structural biology. Our goal is to offer rapid access to beam time and high sample throughput.
ACKNOWLEDGEMENTS Research carried out (in whole or in part) at X6A beam line, funded by the National Institute of General Medical Sciences, National Institute of Health under agreement GM-0080. The National Synchrotron Light Source, Brookhaven National Laboratory is supported by the U.S. Department of Energy under contract No.DE-AC02-98CH10886.
PUCK REQUEST If you need pucks for use with X6A's automounter, please contact [|| Edwin Lazo] |
News and Events X6A Celebrates 10 Years! Thank you for joining us
The NSLS X-ray ring is down due to a water leak into the vacuum chamber by X25
The X6A Workbench Morgan Thompson, a Graduate student at Dartmouth and X6A user, publishes in Prestigious Journal Thompson publishes in Nature Structural and Molecular Biology, vol 20 issue 1. Thompson and her collaborators investigated how formins promote actin filament elongation. more >> X6A scientist, Jean Jakoncic and collaborators, help set up the groundwork for drug hypersensitivity tests for patients with HIV X6A scientist, Jean Jakoncic, solves structure that helps yield drug "hypersensitivity" tests for patients more >> Jon Kull, X6A user, is awarded four year R01 grant to fund motor protein research Kull's lab news more >> Jennifer Taylor and Morgan Thompson, Kull Lab wins the Filene Teaching Award Kull's lab news more >> A case against drug resistant biofilms Page and collaborators make the case against drug resistant biofilms more >> How does the HAT fit Marmorsteins Lab reveals the shape of an epigenetic enzyme complex more >> The advancement of Fabry disease, Tay-Sachs, Alzheimer's, and Parkinson's Garman's Lab on the track of Fabry disease more >> Polycystic kidney disease Boggon and colaborators provide new insights to the polycystin function more >> |
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