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GENE - TERM ANNOTATION REPORT

3 Annotations Found.

An association has been curated linking ATP6V1C2 and proton-transporting ATPase activity, rotational mechanism in Canis lupus familiaris.        

  • The association was inferred from electronic annotation (IEA)
    		•  
  • The annotation was made from RGD pipelines: automated import of non-rat, non-mouse GO annotations
  • The annotation has been inferred from electronic annotation with InterPro:IPR004907
  • 28 RGD objects have been annotated to proton-transporting ATPase activity, rotational mechanism  (GO:0046961)
  • 0 papers in RGD have been used to annotate ATP6V1C2
  • Qualifier: enables
  • Original References(s): GO_REF:0000002


    • An association has been curated linking ATP6V1C2 and proton-transporting ATPase activity, rotational mechanism in Canis lupus familiaris.        

  • The association was inferred from biological aspect of ancestor (IBA)
    		•  
  • The annotation was made from RGD pipelines: automated import of non-rat, non-mouse GO annotations
  • The annotation has been inferred from biological aspect of ancestor with MGI:1913585 & MGI:1916025 & PANTHER:PTN000015490
  • 28 RGD objects have been annotated to proton-transporting ATPase activity, rotational mechanism  (GO:0046961)
  • 0 papers in RGD have been used to annotate ATP6V1C2
  • Qualifier: enables
  • Original References(s): GO_REF:0000033


    • An association has been curated linking ATP6V1C2 and proton-transporting ATPase activity, rotational mechanism in Canis lupus familiaris.        

  • The association was inferred from electronic annotation (IEA)
    		•  
  • The annotation was made from RGD pipelines: automated import of non-rat, non-mouse GO annotations
  • The annotation has been inferred from electronic annotation with UniProtKB:Q99L60 & ensembl:ENSMUSP00000020884
  • 28 RGD objects have been annotated to proton-transporting ATPase activity, rotational mechanism  (GO:0046961)
  • 0 papers in RGD have been used to annotate ATP6V1C2
  • Qualifier: enables
  • Original References(s): GO_REF:0000107


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