Center for Synchrotron Biosciences

$883,168P41FY2005EBNIH

Case Western Reserve University, Cleveland OH

Investigators

Linked publications & trials

Paper 25170437 Paper 23227304 Paper 21986200 Paper 21862861 Paper 21070030 Paper 20946773 Paper 20696939 Paper 20658495 Paper 20637420 Paper 20524612 Paper 20482122 Paper 20441231 Paper 20152158 Paper 20047303 Paper 19788317 Paper 19706523 Paper 19528609 Paper 19457717 Paper 19433801 Paper 19219566 Paper 19183068 Paper 18816064 Paper 18784650 Paper 18772866 Paper 18757232 Paper 18682217 Paper 18560755 Paper 18477638 Paper 18410114 Paper 18337374 Paper 18315323 Paper 18210369 Paper 18184582 Paper 17765924 Paper 17438287 Paper 17435298 Paper 17251352 Paper 17059210 Paper 16924132 Paper 16756997 Paper 16725154 Paper 16689636 Paper 16582097 Paper 16511207 Paper 16332734 Paper 16303138 Paper 16242711 Paper 16216579 Paper 16126388 Paper 16013872 Paper 15889890 Paper 15828779 Paper 15736927 Paper 15489337 Paper 15364572 Paper 15319447 Paper 15311924 Paper 15220401 Paper 15150269 Paper 15096059 Paper 14987073 Paper 14670063 Paper 14580189 Paper 14556630 Paper 12966145 Paper 12878200 Paper 12655044

Abstract

[unreadable] DESCRIPTION: A detailed plan is presented for the development and construction of the required apparatus. The mixing apparatus is a commercial KinTec device that has been widely used and accepted within the biochemistry and biophysics communities. Specific modifications to the rapid-mixing device are proposed to minimize sample volume and X-ray exposure. Specific plans are presented for the construction of the beamline shutter, adjustable slit, electronic shutter, precision motorized table, beam alignment system, exposure cell, and rapid-mixing apparatus. The development of these devices has involved the Chance-Brenowitz team, who have pioneered these methods on the lower flux beamline, Brookhaven scientific and engineering staff, and engineers and physicists in private companies that have had a good deal of experience in working with synchrotron staff, and the biochemistry and biophysics communities [unreadable] [unreadable]

View original record on NIH RePORTER →