KEGG   Mus musculus (house mouse): 224139
Entry
224139            CDS       T01002                                 
Symbol
Golgb1, 4930428L02Rik, 628101, 6330407A06Rik, C130074L01Rik, F730017E11Rik, Gm6840, mKIAA4151
Name
(RefSeq) golgin B1
  KO
K20478  golgin subfamily B member 1
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]
    224139 (Golgb1)
Membrane trafficking [BR:mmu04131]
 Endoplasmic reticulum (ER) - Golgi transport
  Retrieval pathways
   Rab associated proteins
    224139 (Golgb1)
SSDB
Motif
Pfam: TMF_DNA_bd ERM_helical
Other DBs
NCBI-GeneID: 224139
NCBI-ProteinID: NP_084311
MGI: 1099447
Ensembl: ENSMUSG00000034243
UniProt: E9PVZ8
Position
16:36695455..36753447
AA seq 3238 aa
MLSRLSGLANNVLHELSGDYTDWNLMASSDADSSQETAMESNNRIMESTQEDALHRLAEA
EKLVVELKDIISQKDVQLQQKDEALQEEKKAAENKIKKIKLHAKAKIMSLNKHMEEIKTQ
GGAALPPEAQAEELSKHNKSSTEEEMEIEKIKHELQEKEKLISSLQAQLDQSEQASQLDK
SSAEMEDFVLMKQQLQEKEELISTLQTQLSQTQAEQAAQLSSMQQVVREKDARFETQVRL
HEDELLQLVTQSDVETEMQQKLRVMQRKLEEHEEALLGRAQVVDLLQKELTSAEQRNQVL
SQQLQLLEAEHNTLKNTMETERQESKTLMEKVELEVAERKLSFHNLQEEMHQLQGQLERA
GQAQADLETQYSALQQRHKTEMEEKTACILSLQKNEQELQSACAALKEENSKLLQEKHDQ
AAESAQAMRQLEDQLQQKSKEISQFVNKPNLQKNETASQTSLPDVNNEGDQAVMEETVAS
LQKRVVELENEKGALLLSSGELEELKAENEKLSSRITLLEAQNRAGEADGTVCEVSTAGT
TLLNRSDSSPEENGQAVLENTFSQKHKELSVLLVEMKEAQEEIAFLKSQLQGKRPEGDYE
VLDRREVQLMESEGPPSVTAGDVLCAPSDESSGPAAEEEQAGMKDRHRASEAGPLNDAGM
ELSSPKLDGVDKSLAVSHVCQCHQGELERLKTQVLELETSLHTAEETYKRNLSEKVKEIS
SLTQLSEEVKESAEEARSTLAAVTEERDQLLYQVKELDVLAELRARVQELESSLAEAEKQ
RGLDYESQRAQHNLLTEQIHSLSIEAKSKDVKIEALQRELDGVQLQFCEQGTQMKTLQSQ
LEAKEREVREGTERLRDISQEMEGLSQALSQKELEIAKMDQLLLEKQKDVETLQQTIQEK
DQQVTELSFSMTEKMVQLNEEKFSLGVEIKTLKEQLNLLSRTEEATKEQVEESGAGSSLK
LGHDESGQEGLQQELELLRKESEQRKRKLQAALINRKELLQKVSQLEEELAKVREDSRKE
IPFGENERRKLEEDRENRDDPEEWGTSKWREVEASLKQTISEKEVELEGIRRDLKEKTAA
EEELQAVVQRMTRDLQSKTKQIDLLQEEVTENQATIQKLVTGTMDAGNGGSAAPVKETAA
SSPPGAGGEEHWKPELEGRILDLEKDKTQLQKKLQEALIARKAILKKAQEKEKQLKEELR
EQKDAYHHLQGQFHEQNKEKENIADQLRQLQCQARESIDRQLPGTGQQEPGPPAPSLEGI
SLEDTEPASESDLHAAQPSPPGETAALQATVSVAQIQAQLKEMEVEKEELELKVSSIASE
LAKKSEEVLLLQDQINEQGLEIQNLKAASVEAQAHTELLKQELESSQLKVAGLEHLKTLQ
PELDALHKHMGQKEEEVNYLYGQLSEKEQTLTTVQTEMVEQERLIKALHTQLEMQAKEHE
ERLKQAQVEICELKKKPTELEEETNAKQQLQRKLQAALISRKEALKENKSLQEQLSSARD
AVERLTKSLADVESQVSVQNQEKDAVLGKLTILQEERDKLIAEMDRFLLENQSLSGSCES
LKLALGGLTEDKEKLMEELESVRSSKMAESTEWQEKHKELQKEYEVLLQSYENVSNEAER
IQHVVESVRQEKQELYAKLRSTESDKREREKQLQDAEQEMEEMKEKMRKFAKSKQQKILE
LEEENDRLRAEAQPVGGTGESMEALLSSNSSLKEELEKITLEHKTLSKEFEALMAEKDAL
SEETRNLKLQVEAQVLKQASLEATEKSDEPKDVIEEVTQAVVGKSQERDALSDSAKLEDS
EAILMGDGAKPGVSETFSSHDDIKNYLQQLDQLKGRIAELEMEKQKDRELSQALENEKNA
LLTQISAKDSELKLLEEEVTKRTTLNQQIQEELCRVTKLKETAEEEKDDLEERLMNQLAE
LNGSIGNYYQDVTDAQIKNEQLESEMRNLQRCVSELEEEKQQLVKEKTKVESEIRKEYME
KIQGAQKGPANKSHAKELQELLREKQQEVKQLQKDCIRYLERISALEKTVKALEFVHTES
QKDLDVTKGNLAQAVEHRKKAQAELSSFKILLDDTQSEAARVLADNLKLKKELQSNKESI
KSQIKQKDEDLLRRLEQAEEKHRKEKKNMQEKLDALHREKAHVEETLAEIQVSLTRKDQE
MKELQGSLDSTLAQLAAFTKSMSSLQDDRDRVIDEAKKWERRFGDAIQTKEEEVRLKEEN
CIALKDQLRQMAIHMEELKITVSRLEHDKEIWESKAQTELQHHQKAYDKLQEENKELTSQ
LEDARQLYHDSKNELTKLESELKSLKDQTTDLNNSLEKCKEHENNLEGIIKQQEADIQNC
KFSCEQLETDLAASRELTSRLHDEINAKEQKIISLLSGKEEAIQLAVEELHQQHSKEIKE
LENLLSQEEEENVALEEENKRALEKTNQLTEALEAIKKESFEQKAQLDSFVKSMSSLQDD
RDRIVSDYRQLEERHLSAILEKDQLIQDAAAENNKLKEEMRGLRSHMDDLNSENAKLDAE
LVQYRRDLNEVIAIKDSQQKQLLDAQLQQNKELRNECTKLEERLKGLEAEKQSLQMSSDA
LQKEKQGLSKEIKNLQTQLTALQEEGTLGVYHAQLKAKEEELQRLNMALSSSQKRTADLE
EELVCVQKEATRKVSEIEDQLKKELKHLHHDAGIMRNETETAEERVAELARDLVEMEQKL
LTVTKENKDLMAQIQAFGRSMSSLQDSRDHATEELGDLKKKYDASLKELAQLKEWQDSSR
EGDVLSQAAFPLSTSENVLSRLEKLNQQLTSKDEQLLHLSSELESSHNQVQSISKAMTSL
QNERDRLWSELEKFRKSEEGKQRAAAPSAASSPAEVQSLKKAMSSLQNDRDRLLKELKNL
QQQYLQMSQEMTELRPLKAQLQESQDQTKALQVMEEELRQENLSWQHELRQLRMEKNSWE
LHERRMKEQFLMAISDKDQQLGHLQSLLRELRSSSQAQILSTQYQRQASPETSASLDGSQ
KLVYETELLRTQLNDSLKEIHQKELRIQQLNSKFSQLLEEKNVLSTQLSDASQSLRENQH
HYSNLFNHCAILEKEVQKLQAGPLNTDVAPGAPQEKNGMHRKSEPETTGEEQPSFSEVQQ
QLCNTKQDLRELKKLLEEERDQRLTAENALSLAKEQIRRLEHSEWESARTPIMGACGSQE
QALLIDLPGHSCRRTRSGAGWKRVLRSLCHSRTRVPLLAAIYFLMIHVLLVLCFTGHL
NT seq 9717 nt   +upstreamnt  +downstreamnt
atgctgagccgattatcggggttagcaaataatgttttgcatgaattatcaggagattac
actgactggaatttgatggcttcctcagacgctgactcatcccaggaaactgccatggaa
tcgaataatagaataatggaatccacgcaagaggatgctctgcaccgcctggctgaggca
gagaagttagtggtggagctgaaggatattattagtcagaaggatgttcaactccagcag
aaggacgaagctctgcaggaggaaaaaaaagctgctgaaaacaaaattaaaaaaataaaa
ctccatgcaaaggccaagatcatgtccttgaacaaacacatggaagaaataaagacacaa
ggaggggctgctctgcctccagaagcccaggcagaggagctctccaagcataataagagt
tcaacagaagaagagatggaaatagaaaaaataaaacatgaactccaggaaaaggagaaa
ttaattagtagtttgcaagcccagcttgaccaatcagaacaagcctcgcagttggataag
agttctgcagagatggaagactttgtcctgatgaagcagcagctccaagaaaaggaagaa
ctcatcagcactttgcaaacacagctcagccagacacaggcagagcaagctgcccagttg
agttccatgcagcaggtggtccgagagaaagacgcccgctttgaaacacaggttcgtctc
catgaagatgagctccttcagttagtaacccagtcagatgtggaaacagagatgcaacag
aaattgagggtgatgcagaggaagctggaggagcacgaagaagccttgctgggccgtgcc
caggttgtagacctgctgcagaaggagctaacgtctgcagagcagagaaaccaggttctt
tcacagcagctacagctgttggaggctgaacataatactttaaagaataccatggaaaca
gaaagacaggagtccaagaccctgatggaaaaggtagaactcgaagtggcagagagaaag
ttatccttccataaccttcaagaagagatgcatcagcttcagggacagctggagcgagca
ggccaagcccaggctgacctggagacacagtacagtgctctccagcaaagacataagaca
gagatggaggagaagacggcttgcattttgagtcttcagaagaacgagcaagagctgcag
tctgcctgtgctgctctgaaggaggagaactcgaagctgcttcaggagaagcacgaccag
gctgctgagtcagcccaggccatgcggcagctggaagatcaactccagcaaaaatctaaa
gaaattagccaatttgtaaataagccaaacttgcaaaaaaatgaaacagcatctcagact
tctttaccagatgttaataatgagggcgaccaggcagtgatggaggagactgtggcctct
ttacagaagagagtggtagagctagagaacgagaagggagccttgctccttagctctgga
gagctggaggagctgaaagccgagaacgaaaaactctcctctcggattactcttttggaa
gctcagaatagagcaggggaggctgatggtacggtctgtgaggtcagcacggctggtact
actctgctcaacaggagtgactcttctcctgaagaaaatgggcaggctgttctagagaac
acattttctcagaaacataaagagctatcagttttattagtggaaatgaaagaagcccag
gaggaaattgcatttctcaagtcacagctgcagggcaagaggcccgagggggactatgag
gtcctcgaccgtagagaagtgcagctgatggagagtgaaggaccgccctcagttacagca
ggagatgtcctctgtgcacccagtgatgagagcagcggcccagcagctgaagaggaacag
gcaggcatgaaagatcggcatcgagcatctgaggcaggacctctaaatgatgctggaatg
gaactgagctccccgaagctggatggcgtggacaaatccctcgcagtgtcccatgtctgt
cagtgtcaccagggcgaactggaaaggctgaaaactcaagttttggagcttgagacaagc
cttcatacagcagaggaaacttacaagagaaacttaagtgagaaagtgaaggaaattagc
agcctaacccagcttagcgaagaggtcaaagagagcgccgaggaagcccgcagcacgctc
gccgcagtgacggaagaaagagaccagctgctttaccaggtgaaggagcttgatgtctta
gcagaactgcgggctcgggtccaagaactggaaagcagccttgcagaagcagaaaagcaa
agaggtctggactatgaaagccagagggctcagcacaacctgctcacggagcagatccat
agcctaagcatagaagccaaatctaaagatgtgaaaatcgaggctttacagagagagctg
gatggtgtgcagctgcagttttgtgaacagggaacccagatgaaaacccttcagagccag
ctagaggcaaaggagagggaagtgcgagaggggacagagcgtctgagggacatctcacag
gagatggaaggactgtcgcaggctctttctcagaaagaactggagatagccaagatggac
caactcttgttagagaaacagaaagatgtggagacactccagcaaaccatccaggagaag
gatcagcaagtgacagaactcagcttcagtatgacggagaaaatggttcagcttaacgaa
gagaaattttctcttggggtggaaattaagactctgaaggagcagctcaatttattgtcc
agaactgaagaagcaacaaaagagcaggtagaagagagtggagctgggtccagccttaaa
cttggtcacgatgagtcaggtcaagaggggcttcagcaggagctggagttgctgcggaaa
gaaagtgagcagagaaagcggaaactgcaggcagcgctgatcaacagaaaggagctactg
cagaaagtcagccagctggaggaggagctagccaaggtgagagaggactctcggaaagag
attcccttcggggagaatgagaggagaaagctggaggaagacagagagaacagagatgac
ccagaagaatgggggacttctaagtggcgagaagtagaagcttccttaaaacagacaata
tctgaaaaagaagtggagctggagggcatacggagggatttaaaagaaaagacagcggca
gaggaagagttacaggctgtggtccagcggatgactcgggacctgcagagtaagacaaag
cagatagatttgcttcaagaagaagtcactgaaaaccaagcaactattcagaaattagtc
acaggaaccatggatgccgggaatggaggctcagcagcacctgtaaaagaaacagcggcg
agcagcccacccggtgcaggtggtgaggagcactggaagccagagctggagggaagaata
ctagaccttgaaaaagacaagacacaacttcaaaagaagcttcaagaagccttaattgcc
cgcaaggcgattctgaaaaaggcacaagagaaagagaaacagctaaaggaagagctcagg
gagcagaaggacgcgtaccatcacctacagggacagttccatgagcagaataaggagaag
gagaacattgcggaccagctaaggcaactccagtgccaagcaagggagtccatagacaga
cagctcccaggcactggccagcaggaacctggtcctcccgctccaagtttagaaggcatt
tccctagaagacacagagcctgcttcagaatctgacttacacgcagctcagccttctcct
cccggagagacagcagctctccaggctactgtttctgttgcccagattcaggctcagttg
aaagaaatggaggttgagaaggaagagctggaattgaaagttagttctatagcaagtgag
ctggccaaaaagtcagaagaagtacttctcttacaagaccagataaatgaacagggttta
gaaatccagaatttgaaggcagcatccgttgaagcccaggcccacacagaactgctgaag
caggagttggaaagcagccagttgaaagttgctggcctggaacatctgaaaacgttacag
cctgaactcgatgcactgcacaagcacatgggccagaaggaagaagaggtcaactacctt
tatggacagcttagtgagaaagagcagaccctcaccacggtccagacagaaatggtggag
caggagcgtttaatcaaggctctgcacacccagctggaaatgcaagccaaggagcatgaa
gagaggctaaagcaggcccaggtggaaatttgtgagctgaagaagaagccaacagagctt
gaggaagaaactaatgcaaagcaacagttacagaggaaattgcaggctgcgctcatctcc
cggaaggaggcactcaaagaaaacaagagcctgcaagagcagttgtcctcagccagagat
gctgttgaacgcctgaccaagtctctggcagatgtagaaagccaggtttctgtccagaat
caagagaaagatgcagtcctaggaaagttaaccattcttcaggaagaaagagacaagctc
attgcagaaatggacaggtttttactggaaaaccagagcctcagtggctcttgcgaaagc
ctgaaactagctctggggggcctcacggaagacaaggaaaagctgatggaggagctggaa
tccgtgagaagttctaagatggcagagagcaccgaatggcaagagaaacacaaggagctg
cagaaggagtacgaggttcttctgcagtcgtacgagaacgtgagcaacgaagccgagagg
attcagcacgtggtggaaagtgtgcggcaagagaagcaagagctgtacgcaaagttaagg
agcacagagtcggacaagagagagagagagaagcagctgcaggatgcagagcaggaaatg
gaagagatgaaagagaagatgcgaaagtttgcaaaatctaagcaacagaagatccttgag
ctagaggaagaaaatgaccggcttagagcggaggcgcagcctgtaggaggaaccggtgag
agcatggaagcacttctttcttccaactccagcttgaaggaggaactagaaaagatcaca
ttggagcataaaaccctttctaaggagtttgaggctttaatggcggagaaggacgctctg
agtgaagagactcgaaatctaaagcttcaggtagaagcccaagtactgaaacaagctagc
ctggaggccactgagaaatctgatgagccaaaggatgtcattgaagaggtaacacaagct
gtggtgggcaagtctcaagaacgagatgctctgagtgacagtgccaagcttgaagattcg
gaagctattctgatgggcgacggcgccaagccgggtgttagtgagactttcagctcccac
gatgacatcaagaactacctccagcagctcgatcagcttaaaggaagaattgctgagtta
gagatggagaaacagaaagacagggaactcagccaggctttagaaaatgagaaaaatgcc
ctactgactcagatctctgcaaaggatagcgagctaaagctcctggaggaagaagtcacc
aaaagaaccacgctaaatcagcagatccaagaagaactctgcagagttaccaagctgaag
gagacggcagaagaggagaaagacgatttagaggagaggctgatgaatcaactggcagaa
cttaatgggagcatcgggaattattaccaggatgttacagatgcccaaataaaaaacgag
caactagagtcggaaatgcggaaccttcaaagatgtgtgagtgaattagaggaagaaaag
cagcagctggtcaaggaaaaaaccaaggtggagtcagaaatccgaaaagagtacatggag
aagatccaaggtgcccagaaagggccggccaataaaagccatgcgaaggagctccaggag
ctgctgcgggaaaagcagcaagaagtgaagcaactgcagaaggactgcatccggtacctc
gagaggatcagcgccctggagaagaccgtcaaggccctcgagttcgttcacaccgagtcc
cagaaggatttggatgtgaccaaaggaaatctggcccaggcagttgaacaccgcaagaag
gcacaagctgaattatctagcttcaagatactgctcgatgacacccaaagcgaagctgcg
agagtgctagcggacaacctcaaattgaaaaaggagcttcagtcaaacaaagaatccatc
aaaagccagataaaacaaaaagatgaagacctcttgcgaagactggagcaagcagaggag
aaacaccggaaagagaagaagaacatgcaagagaagctggatgccttgcacagagagaag
gcccacgtggaagaaacgcttgcagagattcaagtcagtctgaccaggaaagaccaggag
atgaaggagctgcagggaagcctggatagcaccttggcccagcttgcagccttcactaag
agcatgtcatccctgcaggatgaccgggacagggtgatcgatgaagctaagaaatgggag
cggaggtttggcgatgccattcaaaccaaagaggaagaggtcagactcaaagaggagaac
tgcattgctctaaaggatcagctccgacagatggccatccacatggaggaattgaagatc
accgtctccaggcttgaacatgacaaggaaatctgggagtccaaggcccagacggagctc
cagcatcaccagaaggcttatgataagctgcaagaggaaaataaagaacttacgtctcag
ttagaagacgctcgccagctgtatcatgattctaagaatgaattaactaagttagaatca
gaacttaagagtctcaaagaccagacaactgacctaaataactctttagaaaaatgcaaa
gaacacgaaaacaacttggaagggatcataaagcagcaagaagctgatatccaaaattgt
aagttcagttgtgaacagctagagactgacctagcggcctccagagaactcaccagtcgg
ctgcacgacgaaatcaatgcgaaggaacagaagatcataagcctgctttctggcaaagaa
gaggcgatccaactagctgttgaggaactgcaccagcaacacagtaaagagatcaaagaa
ctagaaaacctgttgtcccaggaggaagaggagaatgtggccttagaagaggaaaacaaa
agggcccttgagaaaaccaatcagctcacagaagcattggaagccatcaagaaggagagc
tttgagcagaaggctcagttggactcctttgtgaagtctatgtcctctctccaggatgac
cgggaccgcatcgtaagtgactatcggcagctggaagagcgacatctctctgcaatcttg
gaaaaagaccagctcatccaagatgctgctgctgagaataataaactgaaggaggagatg
cgagggttgcgaagtcacatggatgatctcaattctgagaatgccaagctggatgcggag
ctggtccagtataggcgggacctgaacgaggtgatagccataaaggactctcagcaaaag
cagctccttgatgctcagctacagcagaataaagagctgagaaatgagtgtacaaagcta
gaggaaaggctgaaagggttagaagcagagaagcaaagcctacaaatgtcctccgatgcc
ctccagaaggagaaacaaggtttgtctaaagagatcaaaaacttacagacacagttgacc
gccctgcaggaagaaggaacgctaggtgtctaccatgcccaactgaaagcaaaagaagaa
gagctccagaggctaaatatggctctctcctcctcccagaagagaactgcagatctggaa
gaggagttagtttgtgtacagaaggaagctaccaggaaggtaagtgaaattgaagatcag
ctgaagaaagagctgaagcacctccatcacgacgcagggataatgcgaaacgagacagaa
acagccgaagagagggtggcagagctggcgagagacctggttgagatggaacagaagttg
cttacggtaaccaaagagaataaggatcttatggcgcagattcaggcctttggaaggtca
atgagctccttgcaggacagcagagatcatgccactgaggagcttggtgacctgaaaaag
aagtatgatgccagtctcaaggagctggcccagctgaaagagtggcaggactcaagcaga
gagggggacgttctttcccaggctgcctttcccctgtccacctctgagaacgtcttgtcc
cgccttgagaaactgaaccagcagctcacatccaaagacgagcagttgcttcacctatct
tcagaactagaaagttctcacaaccaagtgcagtccatctccaaagccatgaccagtcta
cagaatgagagagatcgcctatggagtgagctggagaaattccggaagtctgaggaaggg
aagcagagggctgcagccccttcagctgcctccagcccagcagaagtacagagcttgaaa
aaagccatgtcttcactccagaatgacagagatcgattgctgaaggaactgaagaatctg
cagcagcagtacttacagatgagccaagagatgaccgagctccgtccgctgaaggctcag
ctccaagaatctcaagatcagacaaaggcactacaggtgatggaggaggagctcaggcag
gaaaacctctcctggcaacacgagctgcgtcagctcaggatggagaagaattcctgggag
ctgcatgagaggaggatgaaggaacagttcctcatggccatctcagataaagatcagcag
cttggtcatctgcagagtctcctgagggagctgaggtcttcttcccaggctcagattctc
tccacacagtaccagcgacaggcatccccagagacatcagcttccctcgatggatcacaa
aagctagtttatgagacagaacttctcaggactcagctcaatgacagtttaaaggaaatt
catcaaaaggagctaagaattcagcagctaaacagcaagttctctcagctgctcgaggag
aagaacgtcctctccacccagctcagtgacgccagccagagtctccgtgagaaccagcac
cactacagtaacctcttcaaccactgcgccatcctggagaaggaggtgcagaagctgcag
gcggggccgcttaatacagatgttgctcctggagcaccccaggaaaagaatggaatgcac
cgaaagagtgaacctgagaccacaggagaggagcagccaagcttctctgaagtccagcag
cagctgtgcaacactaaacaagatctgagagagttaaagaagctgctggaagaagagcga
gaccaaaggctgaccgctgagaatgcactctccctggccaaggagcagatcagacggttg
gagcatagtgaatgggaatcggcccggactcctatcatgggtgcctgtggctctcaggag
caggcgctgctgatagatctcccaggccatagctgtcgaaggacccggagtggtgccgga
tggaagcgggtcctgcgttcactctgccattctcgaacccgagtgccactgctcgcagcc
atctacttcctaatgattcacgttttactggttctgtgtttcacgggtcacctataa

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (167)   
   KEGG ORTHOLOGY (1)   
   KEGG GENES (1)   
   RefGene (160)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
   RIKEN BRC-DNA (1)   
   OC (1)   
Protein sequence (13)   
   UniProt (1)   
   RefSeq(pep) (12)   
DNA sequence (45)   
   RefSeq(nuc) (13)   
   GenBank (16)   
   EMBL (16)   
Protein domain (2)   
   Pfam (2)   
All databases (230)   

Download RDF
DBGET integrated database retrieval system