Basic Information
Gene ID 100604101
Gene Name ERG
Full Name Uncharacterized protein
Organism Nomascus leucogenys [61853]

Cross Reference
UniProt G1QXZ5 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
REFSEQ
REFSEQ

InterPro Annotation
Protein Program Term IPRS Start End Score Description
XP_003263980 Gene3D G3DSA:1.10.10.10 IPR011991 287 418 2.30e-55 Winged helix-turn-helix DNA-binding domain
XP_003263980 Gene3D G3DSA:1.10.150.50 IPR013761 129 216 5.80e-33 Sterile alpha motif/pointed domain
XP_003263980 Pfam PF00178 IPR000418 317 399 9.80e-40 Ets domain
XP_003263980 Pfam PF02198 IPR003118 123 204 4.00e-26 Pointed domain
XP_003263980 PRINTS PR00454 IPR000418 318 331 1.30e-30 Ets domain
XP_003263980 PRINTS PR00454 IPR000418 342 360 1.30e-30 Ets domain
XP_003263980 PRINTS PR00454 IPR000418 361 379 1.30e-30 Ets domain
XP_003263980 PRINTS PR00454 IPR000418 380 398 1.30e-30 Ets domain
XP_003263980 ProSitePatterns PS00345 IPR000418 320 328 - Ets domain
XP_003263980 ProSitePatterns PS00346 IPR000418 364 379 - Ets domain
XP_003263980 ProSiteProfiles PS50061 IPR000418 318 398 0.00e-00 Ets domain
XP_003263980 ProSiteProfiles PS51433 IPR003118 120 206 0.00e-00 Pointed domain
XP_003263980 SMART SM00251 IPR003118 122 206 7.40e-36 Pointed domain
XP_003263980 SMART SM00413 IPR000418 317 402 2.60e-60 Ets domain
XP_003263980 SUPERFAMILY SSF47769 IPR013761 117 204 0.00e-00 Sterile alpha motif/pointed domain

Pfam Annotation
Protein Pfam ID E.value Name Description
XP_003263980 PF00178 5.5e-40 Ets Ets-domain
XP_003263980 PF02198 2.2e-26 SAM_PNT Sterile alpha motif (SAM)/Pointed domain

Gene Ontology Annotation
Protein Entry Name Space Description
XP_003263980 GO:0006351 biological_process transcription, DNA-templated
XP_003263980 GO:0005634 cellular_component nucleus
XP_003263980 GO:0003700 molecular_function sequence-specific DNA binding transcription factor activity
XP_003263980 GO:0043565 molecular_function sequence-specific DNA binding