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Show family profile for AMP deaminase
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AMP deaminase regulates 2 families

Event
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AMP deaminase is regulated by 11 families

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AMP deaminase binds with 15 families

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AMP deaminase has 274 coregulators

Other results:

Type Results
Additional statements about glycosylation of AMP deaminase
Additional statements about methylation of AMP deaminase
Additional statements about acetylation of AMP deaminase
Additional statements about hydroxylation of AMP deaminase
Additional statements about localization of AMP deaminase
Additional statements about undefined binding of AMP deaminase
Additional statements about phosphorylation of AMP deaminase
Additional statements about transcription of AMP deaminase
Additional statements about undefined regulation of AMP deaminase
Additional statements about protein catabolism of AMP deaminase
Additional statements about ubiquitination of AMP deaminase
Additional statements about gene expression of AMP deaminase
Additional statements about protein complexes involving AMP deaminase
Additional statements about protein domains of AMP deaminase
General sentences describing AMP deaminase
All interactions mentioned for the specific gene symbol in text. The results are not restricted to any specific organism.
All interactions for genes that have these gene symbols as official name or synonym. The results are restricted to specific organisms and synonyms are taken into account.
All interactions for families that contain genes with these gene symbols as official name or synonym. The results group interologs and regulogs together, and synonyms are taken into account for each gene in the gene family.
All interactions mentioned between these specific gene symbols in text. The results are not restricted to any specific organism.
All interactions between genes that have these gene symbols as official name or synonym. The results are restricted to specific organisms and synonyms are taken into account.
All interactions between families that contain genes with these gene symbols as official name or synonym. The results group interologs and regulogs together, and synonyms are taken into account for each gene in the gene family.
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