KEGG   Homo sapiens (human): 27147
Entry
27147             CDS       T01001                                 
Symbol
DENND2A, FAM31D, KIAA1277
Name
(RefSeq) DENN domain containing 2A
  KO
K20161  DENN domain-containing protein 2
Organism
hsa  Homo sapiens (human)
Brite
KEGG Orthology (KO) [BR:hsa00001]
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:hsa04131]
    27147 (DENND2A)
Membrane trafficking [BR:hsa04131]
 Endosome - Golgi transport
  Rab GTPases and associated proteins
   Rab associated proteins
    27147 (DENND2A)
SSDB
Motif
Pfam: DENN dDENN uDENN TAFH
Other DBs
NCBI-GeneID: 27147
NCBI-ProteinID: NP_001304981
OMIM: 620120
HGNC: 22212
Ensembl: ENSG00000146966
UniProt: Q9ULE3
Position
7:complement(140518419..140641460)
AA seq 1009 aa
MDMFSLDMIISDPAAEASRAGKKQLRGVQNPCPSARARPRHKSLNIKDKISEWEGKKEVP
TPAPSRRADGQEDYLPSSTVERRSSDGVRTQVTEAKNGMRPGTESTEKERNKGAVNVGGQ
DPEPGQDLSQPEREVDPSWGRGREPRLGKLRFQNDPLSVLKQVKKLEQALKDGSAGLDPQ
LPGTCYSPHCPPDKAEAGSTLPENLGGGSGSEVSQRVHPSDLEGREPTPELVEDRKGSCR
RPWDRSLENVYRGSEGSPTKPFINPLPKPRRTFKHAGEGDKDGKPGIGFRKEKRNLPPLP
SLPPPPLPSSPPPSSVNRRLWTGRQKSSADHRKSYEFEDLLQSSSESSRVDWYAQTKLGL
TRTLSEENVYEDILDPPMKENPYEDIELHGRCLGKKCVLNFPASPTSSIPDTLTKQSLSK
PAFFRQNSERRNFKLLDTRKLSRDGTGSPSKISPPSTPSSPDDIFFNLGDPQNGRKKRKI
PKLVLRINAIYEVRRGKKRVKRLSQSMESNSGKVTDENSESDSDTEEKLKAHSQRLVNVK
SRLKQAPRYPSLARELIEYQERQLFEYFVVVSLHKKQAGAAYVPELTQQFPLKLERSFKF
MREAEDQLKAIPQFCFPDAKDWVPVQQFTSETFSFVLTGEDGSRRFGYCRRLLPGGKGKR
LPEVYCIVSRLGCFSLFSRILDEVEKRRGISPALVQPLMRSVMEAPFPALGKTILVKNFL
PGSGTEVIELCRPLDSRLEHVDFESLFSSLSVRHLVCVFASLLLERRVIFIADKLSILSK
CCHAMVALIYPFAWQHTYIPVLPPAMVDIVCSPTPFLIGLLSSSLPLLRELPLEEVLVVD
LVNSRFLRQMDDEDSILPRKLQVALEHILEQRNELACEQDEGPLDGRHGPESSPLNEVVS
EAFVRFFVEIVGHYSLFLTSGEREERTLQREAFRKAVSSKSLRHFLEVFMETQMFRGFIQ
ERELRRQDAKGLFEVRAQEYLETLPSGEHSGVNKFLKGLGNKMKFLHKK
NT seq 3030 nt   +upstreamnt  +downstreamnt
atggatatgttcagcttggatatgatcatcagtgacccagctgcagaagccagcagggct
gggaagaagcagctcagaggtgttcagaacccttgcccatctgccagagccagaccccgg
cacaagtccctcaacataaaggacaagatatcagaatgggaagggaagaaagaggtgccc
actcctgcacccagcaggagagcagacggacaggaggattatctgccgtcctctacggtg
gagaggaggagtagtgatggggtgagaactcaggtcacagaggctaagaatggaatgagg
ccaggaacagagagcacagagaaggagaggaataaaggagcagtgaacgtcgggggacag
gacccagagccggggcaagacctaagccagccagaacgggaagtggatcctagctggggc
cgaggccgagagccaagacttggcaagctacgctttcagaacgatcccctctccgtgctg
aagcaggtcaagaaactcgagcaggctttgaaggatgggtcggcagggctggatccccag
ttaccagggacttgttactccccacactgccctcctgacaaggcagaggcagggtccacc
cttcctgagaacctgggaggcgggagtggctcagaagtcagccagagggtccacccctcg
gacctggaaggcagggagcccacccctgagcttgtggaggacaggaaaggttcatgcaga
aggccctgggaccggagccttgagaacgtgtataggggctcggagggttcccccacaaag
cccttcatcaaccctctgccaaaaccccggagaacgttcaaacatgccggagaaggggac
aaagatgggaagcctggcatcggcttcaggaaagagaaaagaaatctgcctcctctgccc
tctctacctcccccgcctctgccctcctctcccccaccttcctctgtgaacagaagactg
tggaccgggagacagaaatccagtgcagaccacagaaagtcctatgagtttgaagattta
ctgcagtcttcctctgagagcagcagggtggactggtacgcgcagactaagctggggctg
acacgcactttatcggaggagaacgtctatgaagacattctagatccgccaatgaaggag
aacccttatgaggacatcgagttacatggtcgctgcctgggaaagaagtgtgtcttgaat
tttcctgcttctcccacctcttccatccctgacacactcaccaagcagtcattgtccaaa
cctgcttttttccgacaaaattcagagaggaggaacttcaagctgctggacactaggaag
ctgagtcgggatggaactgggtccccttccaaaatcagccctccctccactcccagcagc
cctgatgacattttctttaaccttggagacccacagaacggcaggaagaagagaaagata
cccaagctggtgttgcgaatcaacgccatttatgaggtccggagaggaaagaaacgggtg
aagaggctgtcccagtcaatggagagcaactcaggaaaagtgacagatgagaacagtgag
tctgacagtgacacagaggagaagctgaaagctcacagccagcgcctggtcaacgtgaag
tcccggctgaagcaggcgcctcggtacccatcacttgcccgggaactcatcgagtaccag
gagaggcagctcttcgagtactttgtggttgtgtctttgcacaagaagcaggccggggct
gcctacgtgccagaactcacccaacagttccctctgaagttggaaaggtctttcaagttc
atgagagaagctgaggaccaactgaaggccattccccagttctgttttcccgatgccaag
gattgggttcctgtccagcagttcaccagtgaaacattctcatttgtcttaactggagaa
gatgggagcagaaggttcggttactgccgaagactgctgcctggaggcaaagggaagcgc
cttcctgaagtttactgcattgtgagccgcctgggatgcttcagcctcttttcaaggatc
ttggatgaggtggaaaaaagacgaggcatctctcctgccctggttcagccactcatgaga
agtgtcatggaagcccctttcccagccctgggcaaaaccatccttgtcaagaacttcctg
ccaggttcaggaactgaggtgatcgaactgtgccgcccgctggactcccggctcgagcac
gtggactttgagtctctcttctcctccctcagcgtccgccacctggtctgtgtgtttgcc
tccctgcttctggagaggagggtcatcttcattgcagacaagctcagcatcctgtccaag
tgctgccacgcgatggtggcgctgatctaccccttcgcctggcagcacacctacatcccg
gtgctgccacccgccatggtcgacatcgtgtgctcgccgacgcccttcctcatcgggctg
ctctccagctcgctgccactgctcagggagctgccgctggaagaggtccttgtggttgac
ctcgtcaacagccggttcctcagacagatggacgatgaggactccatcctgccccggaag
cttcaggtggccctggaacacattctggaacagaggaacgagctggcttgtgagcaggac
gaagggcccctagacggcaggcacggtccagagtccagccccttgaacgaggtggtgtct
gaagcctttgtccgcttcttcgtggagattgtgggacactactctttgttcctgacgtcg
ggcgagcgtgaggagagaaccctgcagcgggaggccttccgcaaagctgtctcctccaag
agcctccgccacttcctggaggtcttcatggagactcagatgtttcggggcttcatccag
gagcgggagctgcgccggcaggatgccaaaggtctgtttgaggtccgagcccaagagtat
ctggaaacactccccagtggagagcacagcggtgtcaataagttcctgaagggactaggc
aataaaatgaaatttctccacaagaaataa

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Ontology (2)   
   KEGG BRITE (2)   
Disease (1)   
   OMIM (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (15)   
   KEGG ORTHOLOGY (1)   
   RefGene (8)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   HGNC (1)   
   Ensembl (1)   
   RIKEN BRC-DNA (1)   
   OC (1)   
Protein sequence (6)   
   UniProt (1)   
   SWISS-PROT (1)   
   RefSeq(pep) (4)   
DNA sequence (25)   
   RefSeq(nuc) (5)   
   GenBank (10)   
   EMBL (10)   
Protein domain (4)   
   Pfam (4)   
All databases (54)   

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