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A STRUCTURAL ANALYSIS OF METAL SUBSTITUTIONS IN THERMOLYSIN
Crystallization Crystalization Experiments ID Method pH Temperature Details 1 7.2 pH 7.2
Crystal Properties Matthews coefficient Solvent content 2.4 48.83
Crystal Data Unit Cell Length ( Å ) Angle ( ˚ ) a = 93.6 α = 90 b = 93.6 β = 90 c = 131.6 γ = 120
Symmetry Space Group P 61 2 2
Diffraction Diffraction Experiment ID # Crystal ID Scattering Type Data Collection Temperature Detector Detector Type Details Collection Date Monochromator Protocol 1 1 x-ray 298 MULTIWIRE AREA DETECTOR XUONG-HAMLIN M SINGLE CRYSTAL
Radiation Source ID # Source Type Wavelength List Synchrotron Site Beamline 1 ROTATING ANODE RIGAKU RU200
Refinement Statistics Diffraction ID Structure Solution Method Resolution (High) Resolution (Low) Number Reflections (Observed) Number Reflections (R-Free) Percent Reflections (Observed) R-Factor (Observed) R-Work (Depositor) R-Work (DCC) R-Free (Depositor) Mean Isotropic B X-RAY DIFFRACTION MOLECULAR SUBSTITUTION 1.8 20 30845 0.152 0.1419
Temperature Factor Modeling Anisotropic B[1][1] Anisotropic B[1][2] Anisotropic B[1][3] Anisotropic B[2][2] Anisotropic B[2][3] Anisotropic B[3][3]
RMS Deviations Key Refinement Restraint Deviation t_angle_deg 2.1 t_bond_d 0.014 t_dihedral_angle_d t_incorr_chiral_ct t_pseud_angle t_trig_c_planes t_gen_planes t_it t_nbd
Non-Hydrogen Atoms Used in Refinement Non-Hydrogen Atoms Number Protein Atoms 2432 Nucleic Acid Atoms Solvent Atoms 159 Heterogen Atoms 26
Software Software Software Name Purpose TNT refinement XENGEN data reduction NIELSEN data reduction XUONG) data reduction XENGEN data scaling NIELSEN data scaling XUONG) data scaling