Lab/Institutional Collections
Datasets

X-Ray Diffraction data from C. glabrata Hrr25, source of 4XH0 structure

C. glabrata Hrr25 bound to ADP in Ammonium sulfate buffer

X-Ray Diffraction data from Brucella abortus ChpT phosphotransferase in complex with the receiver domain of CtrA, source of 4QPJ structure

Native ChpT-CtrA receiver domain complex, diffraction dataset

X-Ray Diffraction data from Brucella abortus ChpT phosphotransferase, source of 4QPK structure

Native ChpT diffraaction dataset

X-Ray Diffraction data from Benzylsuccinate synthase alpha-gamma complex with fumarate bound, source of 5BWD structure

Native dataset; data are strongly anisotropic along one axis.

X-Ray Diffraction data from Benzylsuccinate synthase alpha-beta-gamma complex with toluene and fumarate bound, source of 5BWE structure

This is a low-resolution dataset that processes in space group P21212 rather than in I222, as reported for the substrate-free dataset.

X-Ray Diffraction data from Constitutively active Sin recombinase cataltyic domain - I113V, source of 5C31 structure

Se Met

X-Ray Diffraction data from Constitutively active Sin recombinase cataltyic domain - T77I/I100T/Q115R, source of 5C35 structure

Se Met

X-Ray Diffraction data from Constitutively active Sin recombinase cataltyic domain - I100T, source of 5C32 structure

Se Met

X-Ray Diffraction data from Constitutively active Sin recombinase cataltyic domain - I100T/Q115R, source of 5C34 structure

Se Met dataset

X-Ray Diffraction data from HSV-1 UL21 N-terminal domain, source of 4U4H structure

Hg dataset

X-Ray Diffraction data from HSV-1 UL21 N-terminal domain, source of 4U4H structure

Native dataset

X-Ray Diffraction data from Escherichia coli DOS, source of 1V9Y structure

High resolution native X-ray diffraction obtained in two passes. Merging the two datasets yields useable data to 1.6 A resolution.

X-Ray Diffraction data from Escherichia coli DOS Br complex, source of 1V9Z structure

DOS crystals quick-soaked (10 s) with 0.5 KBr were used for data collection at 1.08 A . f" (0.6) is not optimal at this wavelength. Nonetheless, the data yield useful information regarding binding sites.

X-Ray Diffraction data from Escherichia coli DOS, source of 1V9Z structure

3-wvl Fe-MAD dataset obtained from a native crystal that diffracts X-rays to 1.9 A resolution.

X-Ray Diffraction data from Escherichia coli DOS reduced with dithionite and treated with nitric oxide, source of 1V9Z structure

This is data collected from a DOS crystal that was first reduced with sodium dithionite and then soaked in a solution of nitric oxide.

X-Ray Diffraction data from Escherichia coli DOS, source of 1V9Z structure

Three-wavelength Fe-MAD dataset (inverse beam): 9100.36 eV, 7133.73 eV, 7124.91 eV. Data are complete to 1.9 A resolution.

X-Ray Diffraction data from DOS, source of 1V9Z structure

Fe-SAD data collected at 7134.81 eV from Escherichia coli DOS crystals, which diffract X-rays to a Bragg spacing of 2.34 A.

X-Ray Diffraction data from human WAVE Regulatory Complex (WRC) bound to a WIRS peptide from Protocadherin-10, source of 4N78 structure

SeMet dataset, high-resolution

X-Ray Diffraction data from human HLTF HIRAN domain in complex with DNA, source of 4S0N structure

SeMet dataset

X-Ray Diffraction data from human HLTF HIRAN domain in complex with DNA, source of 4S0N structure

Native dataset