SIR2011, the successor of SIR2004, is the latest program of the SIR suite. It can solve ab initio crystal structures of small- and medium-size molecules, as well as protein structures, using X-ray or electron diffraction data. With respect to the predecessor the program has several new abilities: e. g. a new phasing method (VLD) has been implemented, it is able to exploit prior knowledge of the molecular geometry via simulated annealing techniques, it can use molecular replacement methods for solving proteins, it includes new tools like free lunch and new approaches for electron diffraction data, and it visualizes three-dimensional electron density maps. The graphical interface has been further improved and allows the straightforward use of the program even in difficult cases.

SIR2011: a new package for crystal structure determination and refinement

Burla Maria Cristina;Caliandro Rocco;Camalli Mercedes;Carrozzini Benedetta;Cascarano Giovanni Luca;Giacovazzo Carmelo;Mazzone Annamaria;Spagna Riccardo
2012

Abstract

SIR2011, the successor of SIR2004, is the latest program of the SIR suite. It can solve ab initio crystal structures of small- and medium-size molecules, as well as protein structures, using X-ray or electron diffraction data. With respect to the predecessor the program has several new abilities: e. g. a new phasing method (VLD) has been implemented, it is able to exploit prior knowledge of the molecular geometry via simulated annealing techniques, it can use molecular replacement methods for solving proteins, it includes new tools like free lunch and new approaches for electron diffraction data, and it visualizes three-dimensional electron density maps. The graphical interface has been further improved and allows the straightforward use of the program even in difficult cases.
2012
Istituto di Cristallografia - IC
AUTOMATIC STRUCTURE DETERMINATION; JOINT PROBABILITY-DISTRIBUTION; SPACE-GROUP DETERMINATION; POWDER DIFFRACTION DATA; ELECTRON-DENSITY MAPS; MOLECULAR REPLACEMENT; VLD ALGORITHM; EXPERIMENTAL RESOLUTION; NONATOMIC RESOLUTION; ASYMMETRIC UNIT
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/20.500.14243/268434
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