Difference between revisions of "Gene Interaction"

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***toggle ON (color change to red by click) means interaction is non_directional
 
***toggle ON (color change to red by click) means interaction is non_directional
 
**Interaction Type//dropdown list with 11 types showing in .ace template
 
**Interaction Type//dropdown list with 11 types showing in .ace template
−
**Effected Gene       //autocomplete WBGene, multiontology, corresponding to interactor in .ace file. order does not matter when dump to interactors
+
**Effected Gene       //autocomplete WBGene, multiontology, corresponding to interactor in .ace file. order does not matter when dump to interactors
−
**Effected Variation      //WBGene, WBVar, multiontology, autocomplete on Variation, store in separate lines ->.ace, Interactor "WBGene" Variation "WBVar". use name server to map variation to gene, or the file Karen gave you to map variation to gene for variation OA.
+
**Effected Variation      //WBGene, WBVar, multiontology, autocomplete on Variation, store in separate lines ->.ace, Interactor "WBGene" Variation "WBVar"
 
**Effected Transgene_Name  //ontology, autocomplete name  Transgene object names ? '''yes, transgene object name, eg iaIs3. -X'''
 
**Effected Transgene_Name  //ontology, autocomplete name  Transgene object names ? '''yes, transgene object name, eg iaIs3. -X'''
−
**Effected Transgene_Gene //  multi-ontology, autocomplete WBGene->.ace, Interactor "WBGene" Transgene "id". In case of multi genes, WBGene is followed by same transgene id. One wbgene for each .ace line ?  Make sure you really want it this way, we can go with product/promoter if that's what you want, just make sure it's what you want.  It matters having extra fields and scrolling and so forth.  You'll see when the text fields become multi-ontology and ontology.  TODO: when this is confirmed as final, recreate the tables and rename them -- J '''Yes, one WBGene per .ace line. In case of multiple genes, they are followed by same transgene name. -X'''
+
**Effected Transgene_Gene //  multi-ontology, autocomplete WBGene->.ace, Interactor "WBGene" Transgene "id". In case of multi genes, WBGene is followed by same transgene id. One wbgene for each .ace line ?  Make sure you really want it this way, we can go with product/promoter if that's what you want, just make sure it's what you want.  It matters having extra fields and scrolling and so forth.  You'll see when the text fields become multi-ontology and ontology.   
 +
**Effected Other Type //dropdown list of 'Chemicals' and 'Transgene'
 +
**Effected Other //free text field
 +
***two fields above won't get dumped
 
**Effector Gene      //autocomplete WBGene, multiontology. corresponding to interactor in .ace file. order does not matter when dump to interactors
 
**Effector Gene      //autocomplete WBGene, multiontology. corresponding to interactor in .ace file. order does not matter when dump to interactors
 
**Effector Variation      //WBGene, WBVar, autocomplete multiontology on variation, store in separate lines ->.ace, Interactor "WBGene" Variation "WBVar". use name server to map variation to gene, or the file Karen gave you to map variation to gene for variation OA.
 
**Effector Variation      //WBGene, WBVar, autocomplete multiontology on variation, store in separate lines ->.ace, Interactor "WBGene" Variation "WBVar". use name server to map variation to gene, or the file Karen gave you to map variation to gene for variation OA.

Revision as of 00:21, 12 January 2011

'links to relevant pages
 Caltech documentation
Interaction
OA link

Interaction Curation

Pipeline

semi-automatic curation with textpresso extracted sentences

  • There are 2138 sentences (actually 2133 sentences) in the sourcefile /home/postgres/work/pgpopulation/genegeneinteraction/20091002-xiaodong/ggi_20091002
    • paper starts at WBPaper00028425, ends at WBPaper00035225
  • .ace dumper at /home/acedb/xiaodong/gene_gene_interaction/dump_ggi_ace.pl
      • go to the directory and do: ./dump_ggi_ace.pl > some_file.ace

Interaction Model

?Interaction   Evidence #Evidence
              Interactor    ?Gene    XREF Interaction    #Interactor_info
              Interaction_type    Genetic    #Interaction_info
                                  Regulatory    #Interaction_info
                                  No_interaction    #Interaction_info
                                  Predicted_interaction    #Interaction_info
                                  Physical_interaction    #Interaction_info
                                  Suppression    #Interaction_info
                                  Enhancement    #Interaction_info
                                  Synthetic    #Interaction_info
                                  Epistasis    #Interaction_info
                                  Mutual_enhancement    #Interaction_info
                                  Mutual_suppression    #Interaction_info
              Confidence          Confidence_level        UNIQUE Float
                                  P_value                 UNIQUE Float
                                  Log_likelihood_score    UNIQUE Float			           
              Paper          ?Paper XREF Interaction
              DB_info      Database ?Database ?Database_field ?Accession_number
              Remark      ?Text   #Evidence 



#Interactor_info    
                               Variation    ?Variation    XREF    Interactor
                   	        Transgene ?Transgene XREF   Interactor
                               Remark  ?Text   #Evidence    //info about the reagents that the model can't capture goes here (e.g. co_suppression, RNA_reagent, etc.)

#Interaction_info    
                    Interaction_RNAi ?RNAi XREF Interaction
                    Effector ?Gene //master, upstream
                    Effected ?Gene //subject, downstream
                    Non_directional ?Gene //e.g. synthetic interactions - Igor
                    Interaction_phenotype ?Phenotype XREF Interaction
                    Confidence    Confidence_level        UNIQUE Float
                                            P_value                  UNIQUE Float



#Interaction_type 
                 Genetic //directional and non_directional
                 Physical_interaction
                 Regulation
                 No_interaction
                 Synthetic//non_directional
                 Epistasis
                 Enhancement
                 Suppression
                 Predicted  //addition for WeiWei, non_direactional
                 Mutual_enhancement//non_directional
                 Mutual_suprression//non_directional
///////////////////////////////////////////////////////////////////////////////////

Gene_gene Interaction OA

OA interface

Tab1.png

  • Tab 1
    • PGID
    • Interaction ID
      • no interaction ID is generate by clicking on 'new'. when 'duplicate', the ID from old entry will be in the field, but need to be deleted in order to get an new ID.
      • Interaction ID will be assigned by cronjob daily at 4 am.
      • If you mistakenly make a typo and assign a correct ID's value to some other ID, you will _not_ be able to bring it back (because it's an ontology) without going to postgres directly and editing the int_name and int_name_hst tables by pgid (in postgres called joinkey). You'll have to note the pgid and then manually change it in postgres.
    • Non_directional
      • toggle OFF (default), means interaction is directional. there is effected/effector parties involve in the object.
      • toggle ON (color change to red by click) means interaction is non_directional
    • Interaction Type//dropdown list with 11 types showing in .ace template
    • Effected Gene //autocomplete WBGene, multiontology, corresponding to interactor in .ace file. order does not matter when dump to interactors
    • Effected Variation //WBGene, WBVar, multiontology, autocomplete on Variation, store in separate lines ->.ace, Interactor "WBGene" Variation "WBVar"
    • Effected Transgene_Name //ontology, autocomplete name Transgene object names ? yes, transgene object name, eg iaIs3. -X
    • Effected Transgene_Gene // multi-ontology, autocomplete WBGene->.ace, Interactor "WBGene" Transgene "id". In case of multi genes, WBGene is followed by same transgene id. One wbgene for each .ace line ? Make sure you really want it this way, we can go with product/promoter if that's what you want, just make sure it's what you want. It matters having extra fields and scrolling and so forth. You'll see when the text fields become multi-ontology and ontology.
    • Effected Other Type //dropdown list of 'Chemicals' and 'Transgene'
    • Effected Other //free text field
      • two fields above won't get dumped
    • Effector Gene //autocomplete WBGene, multiontology. corresponding to interactor in .ace file. order does not matter when dump to interactors
    • Effector Variation //WBGene, WBVar, autocomplete multiontology on variation, store in separate lines ->.ace, Interactor "WBGene" Variation "WBVar". use name server to map variation to gene, or the file Karen gave you to map variation to gene for variation OA.
    • Effector Transgene_Name //autocomplete name, ontology
    • Effectot Transgene_Gene // autocomplete WBGene, multi-ontology, ->.ace, Interactor "WBGene" Transgene "id". In case of multi genes, WBGene is followed by same transgene id.

Note: Gene, Variation, and Transgene_Gene all refer to different genes. There is no pairing problem.

Is everything okay now with whatever you query through the form ? Not sure what the next step is - J

Tab2.png

  • Tab 2
    • Curator//dropdown list
    • Paper//ontology
    • RNAi ID//free text fiel
    • Phenotype//multiontology
    • Remark//big text
    • Sentence ID//sentence shows in term info
    • False Positive//toggle, will not give an id or no dump if the sentence is false positive, containing no interaction info
    • next sentence button

.ace template:


  • Interaction : ""


  • Interactor "WBGene" Variation ""
  • Interactor "WBGene" Transgene ""
  • Interactor "WBGene"


  • Interaction_type Genetic Effector ""
  • Interaction_type Genetic Effected ""
  • Interaction_type Genetic Non_directional ""
  • Interaction_type Genetic Interaction_RNAi ""
  • Interaction_type Genetic Interaction_phenotype ""


  • Interaction_type Regulatory Effector ""
  • Interaction_type Regulatory Effected ""
  • Interaction_type Regulatory Non_directional ""
  • Interaction_type Regulatory Interaction_RNAi ""
  • Interaction_type Regulatory Interaction_phenotype ""


  • Interaction_type No_interaction Effector ""
  • Interaction_type No_interaction Effected ""
  • Interaction_type No_interaction Non_directional ""
  • Interaction_type No_interaction Interaction_RNAi ""
  • Interaction_type No_interaction Interaction_phenotype ""


  • Interaction_type Predicted_interaction Non_directional ""
  • Interaction_type Predicted_interaction Interaction_RNAi ""
  • Interaction_type Predicted_interaction Interaction_phenotype ""


  • Interaction_type Physical_interaction Effector ""
  • Interaction_type Physical_interaction Effected ""
  • Interaction_type Physical_interaction Interaction_RNAi ""
  • Interaction_type Physical_interaction Interaction_phenotype ""


  • Interaction_type Suppression Effector ""
  • Interaction_type Suppression Effected ""
  • Interaction_type Suppression Interaction_RNAi ""
  • Interaction_type Suppression Interaction_phenotype ""


  • Interaction_type Enhancement Effector ""
  • Interaction_type Enhancement Effected ""
  • Interaction_type Enhancement Interaction_RNAi ""
  • Interaction_type Enhancement Interaction_phenotype ""


  • Interaction_type Synthetic Non_directional ""
  • Interaction_type Synthetic Interaction_RNAi ""
  • Interaction_type Synthetic Interaction_phenotype ""


  • Interaction_type Epistasis Effector ""
  • Interaction_type Epistasis Effected ""
  • Interaction_type Epistasis Interaction_RNAi ""
  • Interaction_type Epistasis Interaction_phenotype ""


  • Interaction_type Mutual_enhancement Non_directional ""
  • Interaction_type Mutual_enhancement Interaction_RNAi ""
  • Interaction_type Mutual_enhancement Interaction_phenotype ""


  • Interaction_type Mutual_suppression Non_directional ""
  • Interaction_type Mutual_suppression Interaction_RNAi ""
  • Interaction_type Mutual_suppression Interaction_phenotype ""


  • Paper ""
  • Remark ""


interaction objects source file

File:Example.jpg

  • there are 9242 interaction objects dumped from WS220 on Monday, 10/01/2010
  • Juancarlos's parse results from this file:

/home/postgres/work/pgpopulation/interaction/20101004_xiaodong_start/out

There are two interactions in postgres, but not the .ace file : In postgres, no ace WBInteraction0008637 In postgres, no ace WBInteraction0008638//will be OA

There are 1290 interactions in .ace file not in postgres (so I imagine these are what we should read in ?)//these are RNAi based interaction objects, we want to include them in OA

There are >40000 interactions that have a ticket and are in neither .ace nor postgres.//these 398,619 interactions are from two large scale papers

Also there are interaction data in postgres without an interaction ID//will be assigned id from WBInteraction0500001.

Some Notes for gene_gene_interaction

  • two large scale papers
    • WBPaper00027155 (Weiwei's science paper) has 23128 objects, starting from WBInteraction0008637 and ending at WBInteraction0050578 (blank ids in between)
    • WBPaper00031465 (Lee's Nature Genetics paper) has 375491 objects, starting from WBInteraction 0100001, ending at WBInteraction0475491 (which is the largest WBInteraction id in acedb)
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