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* [[Automated resonance assignment with FLYA (Brazil 2018)|Complex Structure calculation]] | * [[Automated resonance assignment with FLYA (Brazil 2018)|Complex Structure calculation]] | ||
* [[Automated resonance assignment with FLYA (EMBO 2017)|Automated resonance assignment with FLYA]] (EMBO Practical Course NMR in Basel, 5-12 August 2017) | * [[Automated resonance assignment with FLYA (EMBO 2017)|Automated resonance assignment with FLYA]] (EMBO Practical Course NMR in Basel, 5-12 August 2017) | ||
* [[Automated resonance assignment with FLYA (EMBO 2015)|Automated resonance assignment with FLYA]] (EMBO Practical Course NMR in Munich, 31 July - 7 August 2015) | |||
* [[Automated resonance assignment with FLYA (Gothenburg 2014)|Automated resonance assignment with FLYA]] (Biomolecular NMR course at the Swedish NMR Centre, Gothenburg, 15 October 2014) | * [[Automated resonance assignment with FLYA (Gothenburg 2014)|Automated resonance assignment with FLYA]] (Biomolecular NMR course at the Swedish NMR Centre, Gothenburg, 15 October 2014) | ||
* [[Automated resonance assignment with FLYA (EMBO 2013)|Automated resonance assignment with FLYA]] (EMBO Practical Course NMR in Basel, 20–27 July 2013) | * [[Automated resonance assignment with FLYA (EMBO 2013)|Automated resonance assignment with FLYA]] (EMBO Practical Course NMR in Basel, 20–27 July 2013) | ||
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== Input file formats == | == Input file formats == | ||
Latest revision as of 16:44, 10 April 2024
Downloads
- Latest demo version of CYANA 3.98.15 for Linux and MacOS (12.03.2024)
The demo version has the full functionality of the program for the protein sequences that are used in the example calculations. - On certain Mac systems, you must execute the command 'xattr -r -d com.apple.quarantine cyana-3.98.15' after unpacking CYANA to allow execution of the programs.
- Results of all CYANA 3.98.13 demo calculations (93 MB).
INCLAN Tutorials
CYANA Tutorials
CYANA example calculations
- Basic structure calculation starting from given restraints
- Structure calculation using manually assigned NOESY peak lists
- Structure calculation with automated NOESY assignment
- Homodimer structure calculation with automated NOESY assignment
- ENORA and multi-state structure calculations
- Identification of key NOEs
- Determination of the protein state populations
- Determination of the protein number of states
- Peaklist preparation for eNOE pipeline
Courses
EMBO Practical Course: Structure, dynamics and function of biological macromolecules by NMR
Grenoble, 30 August – 6 September 2024 (course homepage)
Input file formats
- Residue library file (.lib)
- Sequence file (.seq)
- Distance restraint file (.upl, .lol)
- Torsion angle restraint file (.aco)
- Residual dipolar coupling restraint file (.rdc)
- Pseudocontact shift restraint file (.pcs)
- DG Cartesian coordinate file (.cor)
- PDB coordinate file (.pdb)
- Torsion angle file (.ang)
- XEASY chemical shift list file (.prot)
- BMRB chemical shift list file (.bmrb)
- XEASY peak list file (.peaks)
- NMRView peak list file (.xpk)