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userguide:pride_converter [2011/03/02 15:12]
132.168.74.230
userguide:pride_converter [2011/03/04 18:17] (current)
132.168.74.230
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 It presents a convenient, wizard-like graphical user interface, and includes efficient access to the Ontology Lookup Service (OLS).\\ It presents a convenient, wizard-like graphical user interface, and includes efficient access to the Ontology Lookup Service (OLS).\\
  
-===== Generate a PRIDE XML file to only extract its detailled header ​=====+===== Generate a PRIDE XML file from a Mascot DAT File =====
  
-Below are the main steps to follow. For more details, see PRIDE Converter help which is accessible ​from each panel of the wizard.+:​!:​**Warning**:​!:​ 
 +  * **The purpose here is to __create a PRIDE XML file from which we will only extract ​the header part__ (information about contact, experiment, sample, protocol, etc.). So, steps concerning the data itself (spectra selection, peptide and protein identification,​ etc.) are not described here.**
  
-:​!:​**Tips:​** ​ 
  
 +:​!:​**Tips**:​!: ​
 +
 +  * PRIDE Converter help is accessible from each panel of the wizard
   * If you don't know which ''​CV Term''​ to use, you can always ''​Browse Ontology''​   * If you don't know which ''​CV Term''​ to use, you can always ''​Browse Ontology''​
   * To move up/down rows in tables (Protocol steps, etc.) right-click on a row and select ''​Move Up''​ or ''​Move Down''​   * To move up/down rows in tables (Protocol steps, etc.) right-click on a row and select ''​Move Up''​ or ''​Move Down''​
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     * Name: protocol name     * Name: protocol name
     * Ok     * Ok
-  * Click on ''​Add Protocol Step''​+  * Click on ''​Add Protocol Step'' ​(add as much protocol steps as needed)
     * Click on ''​Ontology Lookup Service''​     * Click on ''​Ontology Lookup Service''​
       * Select the appropriate ontology, for ex. PRIDE Controlled Vocabulary [PRIDE]       * Select the appropriate ontology, for ex. PRIDE Controlled Vocabulary [PRIDE]
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     * The CV Term you have selected appears now as a row in the ''​Protocol Step''​ table. Depending on the CV Term, it may be possible to specify a value. You can enter, for ex., ''​Trypsin''​ for the value of the ''​Enzyme digestion''​ CV Term (just double-click on the ''​Value''​ cell of this CV Term)     * The CV Term you have selected appears now as a row in the ''​Protocol Step''​ table. Depending on the CV Term, it may be possible to specify a value. You can enter, for ex., ''​Trypsin''​ for the value of the ''​Enzyme digestion''​ CV Term (just double-click on the ''​Value''​ cell of this CV Term)
     * Ok     * Ok
-    * Add as much protocol steps as needed. 
- 
  
 === Identification Type === === Identification Type ===
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   * Select the appropriate technology ''​2D Gel''​ or ''​Other''​   * Select the appropriate technology ''​2D Gel''​ or ''​Other''​
   * Next >   * Next >
 +
 +==== Instrument Properties - Step 6 of 8 ====
 +
 +=== Instrument ​ ===
 +
 +  * Click on ''​Please Select an Instrument''​ -> ''​Create a New Instrument...''​
 +    * Name: instrument name (for ex. LTQ-Orbitrap)
 +    * Ok
 +  * Source: click on the OLS button to find the appropriate CV term (for ex. in the ''​Mass Spectroscopy CV (PSI-MS) [PSI]''​ ontology, search the ''​Electrospray Ionization''​ Term Name)
 +  * Detector: click on the OLS button to find the appropriate CV term (for ex. in the ''​PRIDE Controlled Vocabulary [PRIDE]''​ ontology, search the ''​Microchannel Plate Detector''​ Term Name)
 +  * Click on ''​Add Analyzer''​ (at least one analyser)
 +    * Click on ''​Ontology Lookup Service''​ to find the appropriate CV term (for ex. in the ''​Mass Spectroscopy CV (PSI-MS) [PSI]''​ ontology, search the ''​LTQ Orbitrap''​ Term Name)
 +    * Click on ''​Use Selected Item''​
 +
 +=== Processing ​ ===
 +
 +  * Software Name: ex. Mascot Distiller
 +  * Software Version: ex. 2.2
 +  * Click on ''​Add Processing Method''​ (at least one processing method)
 +    * Click on ''​Ontology Lookup Service''​ to find the appropriate CV term (for ex. in the ''​Mass Spectroscopy CV (PSI-MS) [PSI]''​ ontology, search the ''​Peak Processing''​ Term Name)
 +    * Click on ''​Use Selected Item''​
 +  * If needed, provide information the ''​Value''​ cell (for ex. ''​CentroidMassSpectrum''​ for the ''​Peak Processing''​ CV Term)
 +  * Next >
 +
 +==== User Parameters - Step 7 of 8 ====
 +
 +If there is anything else you would like to say about the experiment this is where you can do just that (a user parameter has a name and a value, for ex. ''​ImportantComponent''​ for the name, ''​Cryptonite''​ for the value) ​
 +
 +==== Output Properties - Step 8 of 8 ====
 +
 +  * Select an output folder
 +  * Click on ''​Convert!''​
 +  * Dialogs about 
 +    * modifications may appear. Click ''​Ok''​ for all.
 +    * protein isoforms may appear. Select ''​Always Select The First Isoform'',​ then ''​Ok''​
 +
 +A file ''​mascotDatFile_MyLabel_to_PRIDE_YYYYMMDD_123456.xml.gz''​ is created in your ouput folder (where ''​myLabel''​ is the label you specified in Step 3).\\
 +Uncompress the file to obtain the ''​mascotDatFile_MyLabel_to_PRIDE_YYYYMMDD_123456.xml''​ file.
  
userguide/pride_converter.1299075165.txt.gz · Last modified: 2011/03/02 15:12 by 132.168.74.230