Basic Information
Gene ID ENSDNOG00000014207
Gene Name ENSDNOG00000014207
Full Name ENSDNOG00000014207
Organism Dasypus novemcinctus [9361]

Cross Reference
UniProt NULL UniGene NULL
PDB NULL OMIM NULL
KEGG NULL UCSC NULL

Protein Interactions
DIP NULL
IntAct NULL
MINT NULL
STRING NULL

Ensembl/RefSeq
Transcript ID
Protein ID
Gene ID
ENSEMBL

InterPro Annotation
Protein Program Term IPRS Start End Score Description
ENSDNOP00000011037 Gene3D G3DSA:2.60.200.10 IPR017855 291 404 9.80e-53 SMAD domain-like
ENSDNOP00000011037 Gene3D G3DSA:3.90.520.10 IPR013019 3 137 1.30e-39 MAD homology, MH1
ENSDNOP00000011037 PANTHER PTHR13703 IPR013790 1 404 0.00e-00 Dwarfin
ENSDNOP00000011037 Pfam PF03165 IPR003619 68 130 6.90e-28 MAD homology 1, Dwarfin-type
ENSDNOP00000011037 Pfam PF03166 IPR001132 291 401 3.00e-45 SMAD domain, Dwarfin-type
ENSDNOP00000011037 ProSiteProfiles PS51075 IPR013019 1 135 0.00e-00 MAD homology, MH1
ENSDNOP00000011037 ProSiteProfiles PS51076 IPR001132 183 404 0.00e-00 SMAD domain, Dwarfin-type
ENSDNOP00000011037 SMART SM00523 IPR003619 26 133 2.00e-35 MAD homology 1, Dwarfin-type
ENSDNOP00000011037 SMART SM00524 IPR001132 280 400 2.00e-40 SMAD domain, Dwarfin-type
ENSDNOP00000011037 SUPERFAMILY SSF49879 IPR008984 291 404 0.00e-00 SMAD/FHA domain
ENSDNOP00000011037 SUPERFAMILY SSF56366 IPR013019 10 130 0.00e-00 MAD homology, MH1

Pfam Annotation
Protein Pfam ID E.value Name Description
ENSDNOP00000011037 PF03166 1.4013e-45 MH2 MH2 domain
ENSDNOP00000011037 PF03165 4.2e-28 MH1 MH1 domain

Gene Ontology Annotation
Protein Entry Name Space Description
ENSDNOP00000011037 GO:0006351 biological_process transcription, DNA-templated
ENSDNOP00000011037 GO:0007179 biological_process transforming growth factor beta receptor signaling pathway
ENSDNOP00000011037 GO:0005634 cellular_component nucleus
ENSDNOP00000011037 GO:0005667 cellular_component transcription factor complex
ENSDNOP00000011037 GO:0005737 cellular_component cytoplasm
ENSDNOP00000011037 GO:0003700 molecular_function sequence-specific DNA binding transcription factor activity