WAXS in Solvent (WAXSiS) computes small- and wide-angle X-ray scattering curves based on explicit-solvent all-atom molecular dynamics simulations.
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Removed 14 crystal water with a distance > 0.4nm from the protein MD simulation: Estimate for number of atoms in envelope = 5988 - will generate 247 simulation frames Simulation time (ps) = 129.5 Equilibration time (ps) = 6 Simulation system contained 1968 solute atoms and 8604 water molecules. Solute has zero charge - no counter ions required. SAXS/WAXS calculation: Maximum q scattering vector [nm-1]: 10 Number of solute and pure-sovlent simulation frames: 247 Simulation time discarded for equilibration (ps): 6 Correcting solvent density to [e/nm3]: 334 Number of q-points for spherical average: Max{500, 0.20*(D*q)^2} [D = diameter of envelope] Distance of envelope from solute [nm]: 0.7 Maximum diameter of solute [nm]: 4.89634 Number of atoms used for rotational fit: 387 Buffer subtraction scheme: Total buffer intensity subtracted Guinier fit: Rg [A] = 14.9012 For comparison: Rg(solute) [A] = 14.1918
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