OpenMS
2.4.0
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De novo metabolite identification.
CSI:FingerID (Compound Structure Identification: FingerID) is a method for searching a tandem mass spectrum of a small molecule (metabolite) in a database of molecular structures.
To use this feature, the Sirius command line tool as well as a java installation is needed.
Sirius can be found on https://bio.informatik.uni-jena.de/software/sirius/
Please use Sirius Version 4.0.
If you want to use the software with the Gurobi solver or CPLEX instead of GLPK, please follow the instructions in the sirius manual.
Internal procedure in SiriusAdpater 1. Input mzML (and optional featureXML) 2. Parsed by SiriusMSConverter into (sirius internal) .ms format 3. Submission of .ms and additional parameters to wrapped SIRIUS.jar 4. Sirius output saved in interal temporary folder structure 5. Sirius output is parsed (SiriusMzTabWriter/CsiFingerIDMzTabWriter) 6. Merge corresponding output in one mzTab (out_sirius/out_fingerid)
By providing a featureXML, the feature information can be used for feature mapping. Sirius will then process the mappend MS2 spectra (instead of all available MS2). If the featureXML provides additional adduct information (e.g. from the MetaboliteAdductDecharger) this can be used to speed the Sirius calculation.
The command line parameters of this tool are:
SiriusAdapter -- Tool for metabolite identification using single and tandem mass spectrometry Version: 2.4.0 Oct 29 2018, 15:52:19, Revision: 9690d06 To cite OpenMS: Rost HL, Sachsenberg T, Aiche S, Bielow C et al.. OpenMS: a flexible open-source software platform for mass spectrometry data analysis. Nat Meth. 2016; 13, 9: 741-748. doi:10.1038/nmeth.3959. To cite SiriusAdapter: Kai Dührkop and Sebastian Böcker. Fragmentation trees reloaded. J Cheminform; 2016. doi:10.1186/s13321-016-0116-8. Kai Dührkop, Huibin Shen, Marvin Meusel, Juho Rousu, and Sebastian Böcker. Searching molecular structure databases with tandem mass spectra using CSI:FingerID. Proceedings of the National Academy of Sciences; 2015. doi:10.1073/pnas.1509788112. Usage: SiriusAdapter <options> Options (mandatory options marked with '*'): -executable <executable> Sirius executable e.g. sirius -in <file>* MzML Input file (valid formats: 'mzml') -in_featureinfo <file> FeatureXML input with feature and adduct information (valid formats: 'featurexml') -out_sirius <file>* MzTab Output file for SiriusAdapter results (valid formats: 'mzTab') -out_fingerid <file> MzTab output file for CSI:FingerID, if this parameter is given, SIRI US will search for a molecular structure using CSI:FingerID after determining the sum formula (valid formats: 'mzTab') -filter_by_num_masstraces <num> Features have to have at least x MassTraces. To use this parameter feature_only is neccessary (default: '1' min: '1') -feature_only Uses the feature information from in_featureinfo to reduce the searc h space to only MS2 associated with a feature -precursor_mz_tolerance <num> Tolerance window for precursor selection (Feature selection in regar d to the precursor) (default: '0.005') -precursor_mz_tolerance_unit <choice> Unit of the precursor_mz_tolerance (default: 'Da' valid: 'Da', 'ppm' ) -precursor_rt_tolerance <num> Tolerance window (left and right) for precursor selection [seconds] (default: '5') -profile <choice> Specify the used analysis profile (default: 'qtof' valid: 'qtof', 'orbitrap', 'fticr') -candidates <num> The number of candidates in the SIRIUS output. (default: '5') -database <choice> Search formulas in given database (default: 'all' valid: 'all', 'che bi', 'custom', 'kegg', 'bio', 'natural products', 'pubmed', 'hmdb', 'biocyc', 'hsdb', 'knapsack', 'biological', 'zinc bio', 'gnps', 'pub chem', 'mesh', 'maconda') -noise <num> Median intensity of noise peaks (default: '0') -ppm_max <num> Allowed ppm for decomposing masses (default: '10') -isotope <choice> How to handle isotope pattern data. Use 'score' to use them for rank ing or 'filter' if you just want to remove candidates with bad isoto pe pattern. With 'both' you can use isotopes for filtering and scori ng. Use 'omit' to ignore isotope pattern. (default: 'both' valid: 'score', 'filter', 'both', 'omit') -elements <choice> The allowed elements. Write CHNOPSCl to allow the elements C, H, N, O, P, S and Cl. Add numbers in brackets to restrict the maximal allo wed occurrence of these elements: CHNOP[5]S[8]Cl[1]. (default: 'CHNO P[5]S[8]Cl[1]') -compound_timeout <num> Time out in seconds per compound. To disable the timeout set the value to 0 (default: '10') -tree_timeout <num> Time out in seconds per fragmentation tree computation. (default: '0') -top_n_hits <num> The number of top hits for each compound written to the CSI:FingerID output (default: '10') -auto_charge Use this option if the charge of your compounds is unknown and you do not want to assume [M+H]+ as default. With the auto charge option SIRIUS will not care about charges and allow arbitrary adducts for the precursor peak. -ion_tree Print molecular formulas and node labels with the ion formula instea d of the neutral formula -no_recalibration If this option is set, SIRIUS will not recalibrate the spectrum duri ng the analysis. -most_intense_ms2 SIRIUS uses the fragmentation spectrum with the most intense precurs or peak (for each spectrum) Common UTIL options: -ini <file> Use the given TOPP INI file -threads <n> Sets the number of threads allowed to be used by the TOPP tool (defa ult: '1') -write_ini <file> Writes the default configuration file --help Shows options --helphelp Shows all options (including advanced)
INI file documentation of this tool: