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PROTEINS WERE FIT INTO MAP AS RIGID BODIES FROM KNOWN CRYSTAL OR NMR STRUCTURES OF ISOLATED PROTEINS EXCEPT FOR S20, FOR WHICH NO HIGH RESOLUTION STRUCTURE EXISTS. S20 WAS FIT AS THREE-HELIX BUNDLE.S4 SEE REFERENCE (1); S5 MODELED ACCORDING TO PDB CODE 1PKP;S6 MODELED ACCORDING TO PDB CODE 1RIS;S7 MODELED ACCORDING TO PDB CODE 1RSS;S8 MODELED ACCORDING TO PDB CODE 1AN7;S15 MODELED ACCORDING TO PDB CODE 1A23;S17 SEE REFERENCE (7);
PROTEINS WERE FIT INTO MAP AS RIGID BODIES FROM KNOWN CRYSTAL OR NMR STRUCTURES OF ISOLATED PROTEINS EXCEPT FOR S20, FOR WHICH NO HIGH RESOLUTION STRUCTURE EXISTS. S20 WAS FIT AS THREE-HELIX BUNDLE.S4 SEE REFERENCE (1); S5 MODELED ACCORDING TO PDB CODE 1PKP;S6 MODELED ACCORDING TO PDB CODE 1RIS;S7 MODELED ACCORDING TO PDB CODE 1RSS;S8 MODELED ACCORDING TO PDB CODE 1AN7;S15 MODELED ACCORDING TO PDB CODE 1A23;S17 SEE REFERENCE (7);
PROTEINS WERE FIT INTO MAP AS RIGID BODIES FROM KNOWN CRYSTAL OR NMR STRUCTURES OF ISOLATED PROTEINS EXCEPT FOR S20, FOR WHICH NO HIGH RESOLUTION STRUCTURE EXISTS. S20 WAS FIT AS THREE-HELIX BUNDLE.S4 SEE REFERENCE (1); S5 MODELED ACCORDING TO PDB CODE 1PKP;S6 MODELED ACCORDING TO PDB CODE 1RIS;S7 MODELED ACCORDING TO PDB CODE 1RSS;S8 MODELED ACCORDING TO PDB CODE 1AN7;S15 MODELED ACCORDING TO PDB CODE 1A23;S17 SEE REFERENCE (7);
PROTEINS WERE FIT INTO MAP AS RIGID BODIES FROM KNOWN CRYSTAL OR NMR STRUCTURES OF ISOLATED PROTEINS EXCEPT FOR S20, FOR WHICH NO HIGH RESOLUTION STRUCTURE EXISTS. S20 WAS FIT AS THREE-HELIX BUNDLE.S4 SEE REFERENCE (1); S5 MODELED ACCORDING TO PDB CODE 1PKP;S6 MODELED ACCORDING TO PDB CODE 1RIS;S7 MODELED ACCORDING TO PDB CODE 1RSS;S8 MODELED ACCORDING TO PDB CODE 1AN7;S15 MODELED ACCORDING TO PDB CODE 1A23;S17 SEE REFERENCE (7);
PROTEINS WERE FIT INTO MAP AS RIGID BODIES FROM KNOWN CRYSTAL OR NMR STRUCTURES OF ISOLATED PROTEINS EXCEPT FOR S20, FOR WHICH NO HIGH RESOLUTION STRUCTURE EXISTS. S20 WAS FIT AS THREE-HELIX BUNDLE.S4 SEE REFERENCE (1); S5 MODELED ACCORDING TO PDB CODE 1PKP;S6 MODELED ACCORDING TO PDB CODE 1RIS;S7 MODELED ACCORDING TO PDB CODE 1RSS;S8 MODELED ACCORDING TO PDB CODE 1AN7;S15 MODELED ACCORDING TO PDB CODE 1A23;S17 SEE REFERENCE (7);
Crystallization
Crystalization Experiments
ID
Method
pH
Temperature
Details
1
VAPOR DIFFUSION
277
VAPOUR DIFFUSION AT 277 K, MPD, VAPOR DIFFUSION
Crystal Data
Unit Cell
Length ( Å )
Angle ( ˚ )
a = 401.6
α = 90
b = 401.6
β = 90
c = 174.5
γ = 90
Symmetry
Space Group
P 41 21 2
Diffraction
Diffraction Experiment
ID #
Crystal ID
Scattering Type
Data Collection Temperature
Detector
Detector Type
Details
Collection Date
Monochromator
Protocol
1
1
x-ray
100
CCD
BRANDEIS - B4
1999-03-04
M
SINGLE WAVELENGTH
Radiation Source
ID #
Source
Type
Wavelength List
Synchrotron Site
Beamline
1
SYNCHROTRON
NSLS BEAMLINE X25
1.000, 1.700
NSLS
X25
Data Collection
Overall
ID #
Resolution (High)
Resolution (Low)
Percent Possible (Observed)
Net I Over Average Sigma (I)
Redundancy
Number Reflections (All)
Number Reflections (Observed)
Observed Criterion Sigma (F)
Observed Criterion Sigma (I)
B (Isotropic) From Wilson Plot
1
5.5
95
5
42000
42000
Highest Resolution Shell
ID #
Resolution (High)
Resolution (Low)
Percent Possible (All)
Percent Possible (Observed)
Mean I Over Sigma (Observed)
Redundancy
Number Unique Reflections (All)
1
5.5
83
5.1
Refinement
Statistics
Diffraction ID
Structure Solution Method
Starting model
Resolution (High)
Resolution (Low)
Number Reflections (All)
Number Reflections (Observed)
Number Reflections (R-Free)
Percent Reflections (Observed)
R-Work (Depositor)
R-Free (Depositor)
Mean Isotropic B
X-RAY DIFFRACTION
MAD
PROTEINS WERE FIT INTO MAP AS RIGID BODIES FROM KNOWN CRYSTAL OR NMR STRUCTURES OF ISOLATED PROTEINS EXCEPT FOR S20, FOR WHICH NO HIGH RESOLUTION STRUCTURE EXISTS. S20 WAS FIT AS THREE-HELIX BUNDLE.S4 SEE REFERENCE (1); S5 MODELED ACCORDING TO PDB CODE 1PKP;S6 MODELED ACCORDING TO PDB CODE 1RIS;S7 MODELED ACCORDING TO PDB CODE 1RSS;S8 MODELED ACCORDING TO PDB CODE 1AN7;S15 MODELED ACCORDING TO PDB CODE 1A23;S17 SEE REFERENCE (7);