A Rigaku RU-200 rotating anode serves as an X-ray source for a Siemens X-1000 multiwire X-ray area detector on a 4-circle goniostat with a graphite monochromator and a MSC R-Axis II image plate area detector with an Osmic Kirkpatrick-Baez "Max-Flux" focusing mirror set.

A Siemens Direct Drive rotating anode serves as an X-ray source for aSiemens Hi-Star X-ray area
detector with Osmic Kirkpatrick-Baez "Max-Flux"focusing mirrors; this X-ray source is
5-15 times more intense than conventional laboratory sources.
The Biochemistry/Chemistry shared facility for Biomacromolecular
Crystallography
is located on the 2nd floor of the Chemistry Building. The facility has
over 1500 sq. ft. of space and houses state-of-the-art instrumentation for
X-ray diffraction analysis of biomacromolecules.
There is
the usual ancillary equipment expected in a X-ray crystallographic laboratory
including crystal cooling systems for cryocrystallography at liquid nitrogen
temperatures. These systems allow us to flash freeze crystals for X-ray diffraction experiments.
A cluster
of computer workstations and hard disk arrays allow the on-site
data collection and processing as well as remote data processing.
For more information on the current research programs see faculty research pages for:
R. Michael Garavito (Biochemistry & Molecular Biology)
Jennifer Ekstrom (Biochemistry & Molecular Biology)
James Geiger (Chemistry)
Dennis Arvidson (Microbiology and Molecular Genetics).
The computational resources available for Biomacromolecular Crystallography within the Department of Biochemistry
include a series of SGI graphics workstations, all clustered using the NFS protocols. The laboratory is etherneted to the
building and campus network and additional computer resources are provided by the Department of Biochemistry Macromolecular Computing Facility
that houses several suites of programs (e.g. the Biosym suite, O, XtalView, Setor, Grasp, and Sculpt) and a full-time system/software manager).