A program suite for small-angle scattering data analysis from biological macromolecules
Experimental data processing
PRIMUS - GUI for manipulations and primary analysis of experimental 1D SAS data CHROMIXS - GUI for visualisation and processing of SEC-SAXS data GNOM - indirect transform program that evaluates the pair distance distribution function p(r) Command-line data manipulation and analysis tools - AUTORG, DATGNOM, DATOP etc.
Ab initio modelling
DAMMIN - ab initio shape determination using a "dummy atom" model DAMMIF - rapid shape determination GASBOR - reconstruction of a protein structure by a chain-like ensemble of dummy residues MONSA - shape determination using a multiphase dummy atom model
Rigid body modelling
SASREF - modelling of multisubunit complexes CORAL - modelling of multidomain protein complexes against multiple data sets BUNCH - modelling of multidomain proteins against multiple data sets GLOBSYMM - rigid body modelling of symmetric oligomers
Mixtures and flexible systems
OLIGOMER - volume fractions of mixtures with known scattering intensities from the components MIXTURE - modelling of multicomponent systems EOM - Ensemble Optimization Method for flexible and disordered proteins SREFLEX - flexible normal mode analysis (NMA) refinement of high-resolution protein models NMATOR - generate RNA/DNA/protein conformations using NMA in dihedral/torsion angle space
Model evaluation and manipulation
CRYSOL - compute solution X-ray scattering patterns from atomic structures, compare/fit to experimental data CRYSON - compute/fit neutron scattering patterns CIFSUP - superimpose one atomic or bead model onto another DAMAVER - align ab initio models, select the most typical one SASpy - PyMOL plugin, a point-and-click interface for CRYSOL, SUPALM, SASREF, SREFLEX