KEGG   Mus musculus (house mouse): 54214
Entry
54214             CDS       T01002                                 
Symbol
Golga4, Olp-1
Name
(RefSeq) golgin A4
  KO
K20283  golgin subfamily A member 4
Organism
mmu  Mus musculus (house mouse)
Brite
KEGG Orthology (KO) [BR:mmu00001]
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:mmu04131]
    54214 (Golga4)
Membrane trafficking [BR:mmu04131]
 Endosome - Golgi transport
  Rab GTPases and associated proteins
   Rab associated proteins
    54214 (Golga4)
SSDB
Motif
Pfam: GRIP
Other DBs
NCBI-GeneID: 54214
NCBI-ProteinID: NP_061218
MGI: 1859646
Ensembl: ENSMUSG00000038708
UniProt: Q91VW5
Position
9:118335280..118411587
AA seq 2238 aa
MFKKLKQKISEEQQQLQQALAPAQASSSSSTPTRTRSRTSSFTDQLDDVTPNRENASTQA
TKSPDGVSKDESSPSQSGDTQTFAQKLQLRVPSMESLFRSPIKESLFRSSKEPLVRTSSR
ESLNQLDLDCSAAAFDPPSDMESEAEDAPWNSDGLSREQLLQRLRRMERSLSSYRGKYSE
LVTAFQTLQREKKKLQGILSQSQDKSLRRISELREELQMDQQAKKHLQDEFDACLEEKDQ
YISVLQTQVSLLKQRLQNGPMNVDAPKPLPPGELQAEVHGDTEKMEGVGEPVGGGTSAKT
LEMLQQRVKRQENLLQRCKETIGSHKEQCALLLSEKEALQEQLDERLQELEKMKELHMAE
KTKLITQLRDAKNLIEQLEQDKGMVITETKRQMLETLELKEDEIAQLRSHIKQMTTQGEE
LREQKEKSERAAFEELEKALSTAQKTEDAQRRMKMEMDEQMKAVERASEEERLRLQHELS
RVRQEAASMAKKNSEEQVAALQKLHAEELASKEQELSRRLEARERELQEQMRIALEKSRS
EYLKLTQEKEQQESLALEELELQKKAILTESENKLQELGQEAEAYRTRILELETSLEKSL
QESKTQSEHLAVHLEAEKNKHNKELTALAEQHRTEVEGLQQQQDSLWTERLQSLSQQHQA
AVEELREKYQQEKDALLKEKESLFQAHIQDMNEKTLEKLDKKQMELESVSSELSEALRAR
DQLAEELSVLRGDADKMKQALEAELEEQRRHHQREVGSISEQQELTVRRAEKALKDELSR
LGALLDERDEHLRERQARVQDLEAHLQKSAGELQQALAKLDLLHSEQSAAREQAGAYEEQ
LAQMQQKVLDLETEKSLLTKQVVEMETHKKHVCEELDAQRAQVQQLERQRSELEEKVRSL
AQLQDSQLKNSTVEKEQARQSLMEKENIILQMREEQAKEIEILKQTLSSKEESISILHEE
YETKFKNQEKRMEKIKQKAKEMQETKKKLLDQEAKLKKELENTVLELSQKEKQFNAQILE
MAQANSAGISDTVSRLEENQRQQIESLTGAHQRKLDDVIEAWEKKLSQQAAELRDKHAEQ
MEEKEQGLGELRQKVRIVQSEKEELTKEVARLKEAVSGQDVALAGLQGQLEQKSAVIVSL
SERESQLQSQVEKLEADLGCSLSEKLSLQEELAELKLLADKSQLRVSELTGQVQAAEKEL
QSCKSLHELSKKSLEDKSLNLKSLLEELASQLDSRCERTKALLEAKTNELVCTSRDKADA
ILARLSQCQRHTATVGEALLRRMGQVSELEAQLTQLTEEQRTLKSSFQQVTNQLEEKEKQ
IKTMKADIEGLLTEKEALQQEGGQQRQAASEKESCITQLKKELAENINAVTLLREELSEK
KSEIASLSKQLSDLGAQLESSISPSDKAEAISALSKQHEEQELQLQAQLQELSLKVDALS
KEKMSALEQVDHWSNKFSEWKKKAQSRLAQHQSTIKDLQAQLDVKATDAREKEEQICLLK
EDLDRQNKKFECLKGEMEVRKSKMEKKECDLETALKTQTARVVELEDCVTQRKKEVESLN
ETLKNYNQQRDTEHSGLVQRLQHLEELGEEKDNKVREAEETVLRLREHVSSLEAELGTVK
KELEHVNSSVKSRDGELKALEDKLELESAAKVELKRKAEQKIAAIRKQLLSQMEEKTQRY
AKDTENRLSELSAQLKEREKQVHSLEDKLKNLESSPHPEVPAVSRSMQSVAASPEQEAPD
SQDCTHKACKERLCMLQRRLSEKEKLLRRLEQGEGEARPSQPEAQHRALSGKLDCTRARQ
LEDHVLIGCLPEELEEKMKCSLIVSQPMGEETGNNTGVKQNWASVVDSVQKTLQEKELTC
QALEQRVKELESDLVRERGAHRLEVEKLTLKYEKSQSSQQEMDGENKCVEVLEDRPEENS
QSHEIQSNVGTVDGLRSDLESKLTGAERDKQKLSKEVARLQKELRALRREHQQELDILKR
ECEQEAEEKLKQEQEDLELKHTSTLKQLMREFNTQLAQKEQELERTVQETIDKAQEVEAE
LLESHQEETQQLHRKIAEKEDDLRRTARRYEEILDAREEEMTGKVTDLQTQLEELQKKYQ
QRLEQEESTKDSVTILELQTQLAQKTTLISDSKLKEQELREQVHNLEDRLKRYEKNACAA
TVGTPYKGGNLYHTEVSLFGEPTEFEYLRKVMFEYMMGRETKTMAKVITTVLKFPDDQAQ
KILEREDARLMSWLRTSS
NT seq 6717 nt   +upstreamnt  +downstreamnt
atgttcaagaagctgaagcagaagatcagcgaggagcagcagcagctgcagcaggcgtta
gcccctgctcaggcttcctccagctcttcaacaccaacaaggacaagaagcaggacatct
tcatttacagaccagcttgatgacgtgacacccaacagagagaatgcatcaactcaagca
acaaaatctccagatggtgtcagtaaagatgagtcgtccccctctcagtcgggtgacaca
cagacttttgcgcagaagctccagctccgagtaccttccatggagtctctgtttcgaagt
cccataaaggaatccctgtttcggtcttctaaagagcctttggtccggacgtcctccaga
gagtccttgaaccagcttgacctggactgttctgctgcggcctttgaccccccttctgat
atggagagcgaggctgaagacgcaccatggaactcagacggtctcagcagagagcagctg
cttcagcggctgcgcagaatggagcgaagcctaagtagctacagagggaagtactccgag
ctcgtcacagcgtttcagactcttcagagagagaagaaaaagcttcaaggtatattgagt
cagagtcaagataaatcacttcggagaatttcagaattaagagaggagctgcaaatggac
cagcaagcaaagaaacatcttcaggacgagtttgatgcatgtttggaggagaaagatcag
tatatcagtgttctccagactcaggtttctcttctaaagcagcgattacagaatggccca
atgaatgttgatgctcccaaacccctccctcccggggagctccaggcagaagtgcacggt
gacacggagaagatggagggcgtcggggaaccagtgggaggtgggacttccgctaaaacc
ctggaaatgctccagcaaagagtgaaacgtcaggagaatctgcttcagcgctgtaaggag
acaattgggtcccacaaggagcagtgcgcactgctgctgagtgagaaggaggcactgcag
gagcagttggatgaaaggctgcaggagctggaaaagatgaaggagcttcatatggctgag
aagactaaacttatcactcagttgcgtgatgcaaagaacttaattgaacagcttgaacaa
gataaggggatggtaataaccgagacgaagcggcaaatgcttgagaccctggaactgaaa
gaagatgaaattgctcagcttcgtagtcatatcaaacagatgactacccagggagaggaa
ctgcgggaacagaaagaaaagtctgaaagagctgcttttgaggaacttgaaaaagccttg
agtacagcccaaaaaactgaagatgcacagagaagaatgaagatggagatggatgaacag
atgaaggctgttgagagagcgagcgaggaggagcgcctccgccttcagcatgagctgagt
cgggtgaggcaggaggctgccagcatggcaaagaagaactcagaagaacaagttgctgca
ctccagaagctgcatgcagaggagctcgccagcaaagagcaggagctgagcaggaggctt
gaggcccgggaaagggagctgcaggagcagatgagaatagctctcgaaaagagtcgatca
gaatatttgaagctcacccaagaaaaagagcagcaagaatccttggctttagaagagtta
gagctgcagaaaaaagccatccttacagagagtgaaaataaactccaggaacttgggcaa
gaagcagaggcttaccgaaccagaattcttgaattggaaacctctttggaaaaaagttta
caagaaagcaaaacacagtcagagcatctggctgttcatctggaagctgagaagaataag
cacaataaagaactcacagccctggctgagcagcataggacagaagtggagggcctccag
cagcagcaggacagcctgtggactgagagactccaaagcctctctcagcagcatcaggct
gctgtggaggagctcagagagaagtatcagcaagagaaagatgcactactgaaggagaag
gagagtctcttccaggcccacatacaagacatgaatgaaaagaccttggagaagcttgac
aagaagcaaatggaactggaatctgtctcttctgagctgtcagaagcactgagagctcgg
gaccagcttgcagaggagctttctgtcctaagaggtgatgcagataaaatgaaacaggct
ttagaggccgagctggaggagcagcggcgtcaccaccagcgtgaggttggcagcatcagt
gagcaacaagaactaaccgtccgcagagctgagaaggcactgaaagatgagctcagtcgg
ctgggggctctgctggacgagagggacgagcacctgagagagcggcaggcccgggtgcag
gacctggaagctcatcttcagaagtctgccggggagctccagcaggccttggccaaacta
gatctcttgcactctgagcagagcgccgcacgcgagcaggcaggtgcgtatgaggagcag
ctggcccaaatgcagcaaaaggtgttagacctggaaacagagaagagccttcttaccaag
caggtagtggagatggaaacacacaaaaagcatgtgtgtgaggaattagatgctcagaga
gctcaagtgcagcagctggagagacagaggagtgagctggaggagaaggtcaggtcgcta
gcccagctccaggactcacagctcaagaacagtactgtggagaaggagcaggctcggcaa
agcctgatggaaaaggaaaacatcatcttacagatgcgagaggagcaggccaaggaaatc
gagatcctcaaacagacattgtcttctaaagaagagagcattagtattttgcatgaagaa
tatgaaaccaaatttaaaaatcaggaaaaaagaatggaaaaaattaagcagaaagcaaaa
gaaatgcaagaaacaaagaaaaagttgttggatcaggaagccaaacttaaaaaagagctt
gaaaatactgtcctagagcttagtcagaaagagaagcagttcaatgcgcagatcctggaa
atggcacaggctaactcagctggaatcagcgacacggtgtcgagactggaggagaaccag
aggcagcagatagaaagcctgaccggggctcatcagcgaaaacttgatgatgtcatagag
gcctgggaaaagaagctgagtcagcaagctgcagagctccgggacaagcatgcagagcag
atggaggagaaggagcaggggctgggagagctgaggcagaaggtccgcatagtccagtct
gaaaaagaggagctgactaaggaggtggcgcgattgaaagaggcggtcagtgggcaggac
gtggcactagctggcctgcagggacagctggagcagaagtctgctgtcatcgtttccctt
tcggagcgtgaatctcagctgcagtcacaagtggaaaagctggaagctgatttgggttgt
tctctgagtgaaaagctttcccttcaagaagagctggctgagctgaaactgctggcagac
aagagtcagctgagggtctccgagctgacgggccaggtgcaggctgcggagaaggagctc
cagagctgtaagtctctgcatgagctcagcaagaagagcctggaggacaagagcttgaac
ctcaaaagcttgcttgaggagctagcatctcagctagacagtcgctgtgagagaaccaaa
gctctgttagaagccaagacgaacgaactagtgtgcaccagccgtgacaaagccgacgct
attctcgctaggctgtcccaatgccagcgccacacagccacagttggggaggcgctgctc
aggagaatgggccaggtttctgagttagaagcacaacttacacagctgacagaggagcag
cgcacactaaagagctcttttcagcaggttaccaatcagctggaagagaaagagaagcag
attaagaccatgaaggctgacattgaaggtcttctcacagaaaaagaagccttacagcaa
gaaggaggccagcagcggcaggcggcctctgagaaggagtcctgcatcacacagctgaag
aaggagttagcggagaacatcaatgccgtcacactactgagagaagagctgtcggagaag
aagtctgagattgccagtcttagcaagcagttaagtgatctcggtgctcagctggagagc
agcatcagcccgagtgacaaggccgaagccatctctgccctgagcaagcagcacgaggaa
caagagctgcagctgcaagctcagcttcaggagctgtctctgaaagtcgatgctctgagt
aaagagaaaatgtctgcccttgagcaggtggatcattggtccaacaagttctcagagtgg
aagaaaaaagcacagtccagacttgcccagcaccaaagcactattaaagacttgcaggca
cagctagacgtaaaagccacggacgctcgtgagaaggaggagcagatatgtttactgaag
gaagaccttgatcggcagaataaaaagtttgaatgtttaaaaggcgagatggaagtcagg
aagagcaagatggagaaaaaggagtgtgacttagagactgcgttaaagactcagacagca
agggtcgttgaattagaagactgcgttactcagaggaaaaaagaagttgagtccctaaat
gaaacacttaagaattacaaccagcagagggacactgagcacagtgggctggttcagaga
cttcagcacttggaagagttgggagaagagaaagacaacaaggttagggaggctgaagag
accgtcctgagactacgagagcacgtgtcctcgctggaagctgaacttggaactgtgaag
aaggaactagaacatgtaaattcaagtgtgaaaagcagagatggggagctgaaagcttta
gaagacaaacttgagttagaaagtgctgcaaaagtggagctgaagaggaaggccgagcag
aagatcgctgccatcaggaagcagctcttgtctcagatggaagagaaaacccagcggtat
gcgaaggacacagagaaccgactgagtgagctgagtgcacaattaaaagaaagagaaaag
caagttcacagcctagaagacaaacttaaaaacctggagagttctccacacccagaagtg
ccagcggtgtccagatctatgcaaagtgtggcagcgtctcccgagcaagaggctccagat
tcccaggactgcacacacaaggcctgtaaagaaagactctgcatgctgcaaagacgttta
agtgaaaaagagaagctgctgcgcaggctggagcagggcgaaggcgaggcgaggccatcg
cagcctgaggctcagcacagggcgctctctggaaagttagactgcactagagccaggcag
cttgaagatcacgttttgataggatgtcttccagaagaactcgaagaaaagatgaaatgt
tccttaattgtgtctcagcccatgggagaagaaactggtaacaacacaggggtgaagcag
aattgggcaagtgtggttgacagtgttcagaaaaccctccaggaaaaggagctcacttgc
caggccctagagcaaagggtgaaagaactggagtcggacttagtaagagagaggggcgcc
catagacttgaagtggaaaagttgaccttaaaatatgaaaaatcgcaatcttcccagcaa
gaaatggatggggaaaataaatgtgtagaagtgttggaagacaggcctgaggaaaactcc
caatcccatgagatccagtcaaacgtggggaccgtggacggcctgcgcagcgacctggag
tccaagttgacaggagcggagcgggacaagcagaagctgagcaaggaggtggcgaggctg
cagaaggagctgcgagctctgcggagggagcaccagcaggagctggacatcctgaagagg
gagtgcgagcaggaggccgaggaaaagctcaaacaggagcaagaggatcttgagttgaag
cacacgtccacactgaagcagctgatgcgggagtttaacacacaactggcacagaaggag
caggagctggaaagaactgtccaggagaccattgataaggcccaagaggtggaagccgaa
cttctggaaagccaccaagaagagacacagcagttgcatagaaagatcgcggagaaagag
gatgatctgagaaggacagccaggagatacgaggagatactcgatgcccgtgaagaagaa
atgactggcaaagtgacggacctgcagacccagctcgaggagctccagaagaaataccag
cagaggctggagcaggaggagagcaccaaggacagtgtaacaattttggagctacagaca
caactagcgcagaagaccactctgatcagcgactccaagctgaaggagcaggagttgaga
gaacaggtccataatttagaagaccgtttgaaaagatatgaaaagaatgcatgtgcagca
actgtggggacaccttacaaaggtggcaatttgtaccacactgaggtctcactcttcgga
gaacctaccgagtttgagtatttgcgaaaagtgatgtttgaatatatgatgggtcgcgag
actaagaccatggccaaagttataaccactgtcctgaaattccctgatgatcaggctcag
aaaattttggaaagagaagatgctcgtctgatgtcatggctccgaacctcatcttga

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (152)   
   KEGG ORTHOLOGY (1)   
   KEGG GENES (1)   
   RefGene (143)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
   RIKEN BRC-DNA (3)   
   OC (1)   
Protein sequence (30)   
   UniProt (1)   
   SWISS-PROT (1)   
   RefSeq(pep) (28)   
DNA sequence (65)   
   RefSeq(nuc) (35)   
   GenBank (15)   
   EMBL (15)   
Protein domain (1)   
   Pfam (1)   
All databases (251)   

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