Accession number: Version:        
       
 
 
[Sequence Retrieval]  <<<  Pp1s275_2V6.1  >>>   [Genome Browser]

      Terms      Annotator References  Date      

    Gene name
    Gene name
 
ftsZ1-1  
cosmoss [72] [366]   2009-06-30 12:42:14
       

    Protein name
    Protein name
 
FtsZ1-1  
Daniel Lang [72] [366]   2010-06-07 19:55:59
       

    Full name
    Full name
 
Filamentous temperature-sensitive 1-1  
Daniel Lang [366] [72]   2013-04-02 21:10:38
       

    Alias
    Alias

 
Phypa_455234  
cosmoss   2010-09-09 19:45:51
  
[FINAL]
     


    Gene family
    Gene family
 
ftsZ  
Daniel Lang [366] [72]   2013-04-02 21:02:00
       

    Description
    Description
 
ftsZ1-1 gene for plastid division protein FtsZ1-1  
Daniel Lang [72]   2009-07-28 15:41:30
       

    Gene Ontology (cellular component)
    Gene Ontology (cellular component)
  
Show deleted annotations
 
Term:  plastid
  Def.:  Any member of a family of organelles found in the cytoplasm . . .
  ID:  GO:0009536
  Evidence: ISS
  Source:  Annex,MultiLoc,WolfPSORT,blast2go,chlorop,mapping_V1.2-5_genonaut,targetp,pred2goa ; pred2goa evidences=7
cosmoss  [GO]    2010-09-08 16:19:06

 
Term:  protein complex
  Def.:  Any macromolecular complex composed of two or more polypepti . . .
  ID:  GO:0043234
  Evidence: IEA
  Source:  mapping_V1.2_InterPro,Annex
Daniel Lang  [GO]    2010-09-04 09:23:36

 
Term:  plastid
  Def.:  Any member of a family of organelles found in the cytoplasm . . .
  ID:  GO:0009536
  Evidence: IEA
  Source:  blast2go,Annex
cosmoss  [GO]    2010-07-30 16:06:08

 
Term:  microtubule
  Def.:  Any of the long, generally straight, hollow tubes of interna . . .
  ID:  GO:0005874
  Evidence: IEA
  Source:  blast2go,Annex
cosmoss  [GO]    2010-07-30 16:06:08

 
Term:  plastid
  Def.:  Any member of a family of organelles found in the cytoplasm . . .
  ID:  GO:0009536
  Evidence: IDA [86] 
  Source:  mapping_V1.2-5_genonaut,Annex
Daniel Lang  [GO]    2009-10-01 15:46:34

    Gene Ontology (biological process)
    Gene Ontology (biological process)
  
Show deleted annotations
 
Term:  protein polymerization
  Def.:  The process of creating protein polymers, compounds composed . . .
  ID:  GO:0051258
  Evidence: IEA
  Source:  mapping_V1.2_InterPro,Annex
Daniel Lang  [GO]    2010-09-04 09:23:36

 
Term:  microtubule-based movement
  Def.:  A microtubule-based process that is mediated by motor protei . . .
  ID:  GO:0007018
  Evidence: IEA
  Source:  blast2go,Annex
cosmoss  [GO]    2010-07-30 16:06:08

 
Term:  cell division
  Def.:  The process resulting in the physical partitioning and separ . . .
  ID:  GO:0051301
  Evidence: IEA
  Source:  blast2go,Annex
cosmoss  [GO]    2010-07-30 16:06:08

    Gene Ontology (molecular function)
    Gene Ontology (molecular function)
 
Term:  GTP binding
  Def.:  Interacting selectively and non-covalently with GTP, guanosi . . .
  ID:  GO:0005525
  Evidence: IEA
  Source:  blast2go,Annex
cosmoss  [GO]    2010-09-14 14:18:13

 
Term:  GTP binding
  Def.:  Interacting selectively and non-covalently with GTP, guanosi . . .
  ID:  GO:0005525
  Evidence: IEA
  Source:  mapping_V1.2_InterPro,Annex
Daniel Lang  [GO]    2010-09-04 09:23:36

 
Term:  GTPase activity
  Def.:  Catalysis of the reaction: GTP + H2O = GDP + phosphate. . . .
  ID:  GO:0003924
  Evidence: IEA
  Source:  mapping_V1.2_InterPro,Annex
Daniel Lang  [GO]    2010-09-04 09:23:36

 
Term:  structural molecule activity
  Def.:  The action of a molecule that contributes to the structural . . .
  ID:  GO:0005198
  Evidence: IEA
  Source:  blast2go,Annex
cosmoss  [GO]    2010-07-30 16:06:08

 
Term:  GTPase activity
  Def.:  Catalysis of the reaction: GTP + H2O = GDP + phosphate. . . .
  ID:  GO:0003924
  Evidence: IEA
  Source:  blast2go,Annex
cosmoss  [GO]    2010-07-30 16:06:08

    MossCyc (reaction)
    MossCyc (reaction)
    MossCyc (pathway)
    MossCyc (pathway)
    Notes
    Notes
    Dbxref
    Dbxref

cosmoss   2013-04-06 17:13:29
  
[FINAL]
     


cosmoss   2010-09-09 19:45:51
  
[FINAL]
     


cosmoss   2010-09-09 19:45:51
  
[FINAL]
     


cosmoss   2010-09-09 19:45:51
  
[FINAL]
     


    References
    References
Annotation specific references

 
Martin A, Lang D, Hanke ST, Mueller SJ, Sarnighausen E, Vervliet-Scheebaum M, Reski R: Targeted gene knockouts reveal overlapping functions of the five Physcomitrella patens FtsZ isoforms in chloroplast division, chloroplast shaping, cell patterning, plant development, and gravity sensing. Mol Plant 2009; 2(6) 1359-72
  [366]   
             
    Gene name: ftsZ1-1   Julia Oesterle      
    Protein name: FtsZ1-1   Julia Oesterle      
    Full name: Filamentous temperature-sensitive 1-1   Daniel Lang      
    Gene family: ftsZ   Daniel Lang      
               
         
 
Gremillon L, Kiessling J, Hause B, Decker EL, Reski R, Sarnighausen E: Filamentous temperature-sensitive Z (FtsZ) isoforms specifically interact in the chloroplasts and in the cytosol of Physcomitrella patens. New Phytol 2007; 176(2) 299-310
  [86]   
             
    Gene ontology (cellular component): GO:0009536   Daniel Lang      
               
         
 
A. Martin, D. Lang, J. Heckmann, A.D. Zimmer, M. Vervliet-Scheebaum & R. Reski (2009): A uniquely high number of ftsZ genes in the moss Physcomitrella patens  Plant Biology 11, 744-750.
  [72]   
             
    Gene name: ftsZ1-1   cosmoss      
    Description: ftsZ1-1 gene for plastid division protein FtsZ1-1   Daniel Lang      
    Protein name: FtsZ1-1   Daniel Lang      
    Full name: Filamentous temperature-sensitive 1-1   Daniel Lang      
    Gene family: ftsZ   Daniel Lang      
               
         

General references for gene: Pp1s275_2V6.1