GO annotations

Qualifier

The qualifier column specifies the relationship between the annotated gene product and the GO term.

Further details on the usage of the qualifier column can be found here.

With/From
0 selected

Assigned by
0 selected

Choose columns

8 annotations
Gene ProductSymbolQualifierGO TermOriginal GO termEvidenceReferenceWith / FromTaxonAssigned ByAnnotation ExtensionDateNameSynonymTypeInteracting taxon
UniProtKB:A0A075QTM4 ATP6 enables
proton transmembrane transporter activity
IEA
GO_REF:0000002 9606 Homo sapiens InterPro 20241014 ATP synthase subunit a ATP6 PROTEIN
UniProtKB:A0A075QTM4 ATP6 involved_in
ATP biosynthetic process
IEA
GO_REF:0000043 9606 Homo sapiens UniProt 20241014 ATP synthase subunit a ATP6 PROTEIN
UniProtKB:A0A075QTM4 ATP6 involved_in
proton motive force-driven ATP synthesis
IEA
GO_REF:0000002 9606 Homo sapiens InterPro 20241014 ATP synthase subunit a ATP6 PROTEIN
UniProtKB:A0A075QTM4 ATP6 involved_in
proton transmembrane transport
IEA
GO_REF:0000043 9606 Homo sapiens UniProt 20241014 ATP synthase subunit a ATP6 PROTEIN
UniProtKB:A0A075QTM4 ATP6 located_in
mitochondrion
IEA
GO_REF:0000043 9606 Homo sapiens UniProt 20241014 ATP synthase subunit a ATP6 PROTEIN
UniProtKB:A0A075QTM4 ATP6 located_in
mitochondrial inner membrane
IEA
GO_REF:0000044 9606 Homo sapiens UniProt 20241014 ATP synthase subunit a ATP6 PROTEIN
UniProtKB:A0A075QTM4 ATP6 located_in
membrane
IEA
GO_REF:0000043 9606 Homo sapiens UniProt 20241014 ATP synthase subunit a ATP6 PROTEIN
UniProtKB:A0A075QTM4 ATP6 part_of
proton-transporting ATP synthase complex, coupling factor F(o)
IEA
GO_REF:0000120 9606 Homo sapiens UniProt 20241014 ATP synthase subunit a ATP6 PROTEIN
No matching annotations have been found
Please Wait...
(all tabs except slim summary)

Your current result set contains 0 annotations to 0 distinct gene products.

Note: Figures displayed on this, and the other pages in this dialog relate to the annotation set that you have selected; if you perform any filtering or ID mapping operations, the statistics displayed will alter accordingly.

Statistics for all distinct Gene Products. Statistics for the top of about distinct Gene Products.

Annotations per Gene Product ID
% Count

Statistics for all distinct Slim GO ids. Statistics for the top of about distinct Slim GO ids.

Annotations per slim term
% Count

Statistics for all distinct GO ids. Statistics for the top of about distinct GO ids.

Annotations per GO ID
% Count
Gene products per GO ID
% Count

Statistics for all distinct Aspects. Statistics for the top of about distinct Aspects.

Annotations per Aspect
% Count
Gene products per Aspect
% Count

Statistics for all distinct Evidence Codes. Statistics for the top of about distinct Evidence Codes.

Annotations per Evidence
% Count
Gene products per Evidence
% Count

Statistics for all distinct References. Statistics for the top of about distinct References.

Annotations per Reference
% Count
Gene products per Reference
% Count

Statistics for all distinct Taxon Ids. Statistics for the top of about distinct Taxon Ids.

Annotations per Taxon
% Count
Gene products per Taxon
% Count

Statistics for all distinct Assigned by. Statistics for the top of about distinct Assigned by.

Annotations per Assigned By
% Count
Gene products per Assigned By
% Count
No matching annotations have been found
Please Wait...
This website requires cookies, and the limited processing of your personal data in order to function. By using the site you are agreeing to this as outlined in our Privacy Notice and Terms of Use.