Basic Information
Gene ID GSOIDP00014385001
Gene Name SMAD9
Full Name Mothers against decapentaplegic homolog 9
Organism Oikopleura dioica [34765]

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

Protein Interactions
DIP NULL
IntAct NULL
MINT NULL
STRING NULL

InterPro Annotation
Protein Program Term IPRS Start End Score Description
GSOIDP00014385001 Gene3D G3DSA:2.60.200.10 IPR017855 186 392 2.50e-49 SMAD domain-like
GSOIDP00014385001 Gene3D G3DSA:3.90.520.10 IPR013019 27 100 4.50e-15 MAD homology, MH1
GSOIDP00014385001 PANTHER PTHR13703 IPR013790 340 401 9.20e-54 Dwarfin
GSOIDP00014385001 PANTHER PTHR13703 IPR013790 30 323 9.20e-54 Dwarfin
GSOIDP00014385001 Pfam PF03165 IPR003619 27 91 5.50e-11 MAD homology 1, Dwarfin-type
GSOIDP00014385001 Pfam PF03166 IPR001132 191 375 7.90e-46 SMAD domain, Dwarfin-type
GSOIDP00014385001 ProSiteProfiles PS51075 IPR013019 1 98 1.44e+01 MAD homology, MH1
GSOIDP00014385001 ProSiteProfiles PS51076 IPR001132 192 401 4.12e+01 SMAD domain, Dwarfin-type
GSOIDP00014385001 SMART SM00523 IPR003619 3 96 5.90e-04 MAD homology 1, Dwarfin-type
GSOIDP00014385001 SMART SM00524 IPR001132 190 376 9.20e-31 SMAD domain, Dwarfin-type
GSOIDP00014385001 SUPERFAMILY SSF49879 IPR008984 155 390 1.06e-46 SMAD/FHA domain
GSOIDP00014385001 SUPERFAMILY SSF56366 IPR013019 27 90 7.06e-12 MAD homology, MH1

Pfam Annotation
Protein Pfam ID E.value Name Description
GSOIDP00014385001 PF03166 0 MH2 MH2 domain
GSOIDP00014385001 PF03165 5.5e-12 MH1 MH1 domain
GSOIDP00014385001 PF02087 0.0094 Nitrophorin Nitrophorin

Gene Ontology Annotation
Protein Entry Name Space Description
GSOIDP00014385001 GO:0007179 biological_process transforming growth factor beta receptor signaling pathway
GSOIDP00014385001 GO:0006351 biological_process transcription, DNA-templated
GSOIDP00014385001 GO:0005667 cellular_component transcription factor complex
GSOIDP00014385001 GO:0005634 cellular_component nucleus
GSOIDP00014385001 GO:0005737 cellular_component cytoplasm
GSOIDP00014385001 GO:0003700 molecular_function transcription factor activity, sequence-specific DNA binding