KEGG   Anas platyrhynchos (mallard): 101794121
Entry
101794121         CDS       T02816                                 
Symbol
GOLGB1
Name
(RefSeq) golgin subfamily B member 1 isoform X1
  KO
K20478  golgin subfamily B member 1
Organism
apla  Anas platyrhynchos (mallard)
Brite
KEGG Orthology (KO) [BR:apla00001]
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:apla04131]
    101794121 (GOLGB1)
Membrane trafficking [BR:apla04131]
 Endoplasmic reticulum (ER) - Golgi transport
  Retrieval pathways
   Rab associated proteins
    101794121 (GOLGB1)
SSDB
Motif
Pfam: HIP1_clath_bdg WXG100 DUF2576
Other DBs
NCBI-GeneID: 101794121
NCBI-ProteinID: XP_038029220
Ensembl: ENSAPLG00000009442
EnsemblRapid: ENSAPLG00030011294
Position
1:46742..148784
AA seq 3237 aa
MLSRLSGLANTVLQEFSGDGGDAVTESSVTVQTSESGAESVEEAPGELLERLAQTEKLVV
QLKDLIREKDALLQQKETILKEEREAADAKLMKLKLQAKAKLASLNKRIEELTEKGSPMP
AQTLSEEQLYSKSNQNTNEGNRDEARGLIEQLSTQEDTVQDLKEQLALAKMNLNDAEIKY
ATQLSHLQKVIEEKEAFLKEQVQQHQAELLKIAAESNLDVEMQQNLHTLQRKLQEKETAL
LEQTQMVEFLQQELHMAEQQKQMLQDQCQKMSVDLSSLKDVLDVERQESQSLREKMEMEL
AERKLSCHHLQEEVQCLSEQLQEARMAQVELERYRGLEKKQRQEVEEKNLQIGCLKVAEQ
ELQSSYAALVAENDKLKQDVDQLLMLSAENSTTIKKLQDELIQKSEEFVCCQNKLKSWPV
LEVSELKKEDETTSQEKMIQKEDGTETLLLSTENLERQKTEEEIPRLQLVLQEPQQEAAM
VAENSKENKNAGSEVKMQDLQTLEDPASYIDCSPTLRGVSGLMVNSEVQKPFDDTSVLPE
ATTDGFPRGSEQFTGEKCMSGILEYLAAEKQKELSVLLLELKEAQEEIAFLKGQLKDPNS
QTSTVNEAGEEANQLEDNSQIQHLDGEEQKASDAQNKLINSSLLRETEIQQISALQENKT
SLQEVPQGSAVHDRREMEETQVVSTTVSEPGTSQCEDLIKLQNQVTELQIILQKSEESYK
KDLGERDDEINRLNQLAEEYRKKIEDSESAFCVLAEERDQLLCQAKDLSTITELKEKVKQ
LEENLALSEKQRLSDSQNSLLREQIQSLKNEFKSKEIKIEALQKDLDEAQLQLSDQDLQL
KDMRSQVQNKECEVLDLEQLLRKNTAEIEELSQSLTLKGHEAASLEQLVAEHTRCIETLQ
QTLFEKEQQMTEISVSMSEKLVLLNEEKFSLETELKSLKEKTSLLLKAEEEKDENIKAKD
TYLSCESSEQQYGTEAACKESETLVSELELLKKENEQVKRKLQAALVNRKELLKKVSKLE
NELVELRRESESENSVAQEAEGGENMTVRISQEVNLESQPREEYLIQLLSEKESELQSIR
KDLLDKETAEAQLHAVIEEMKQSLQGKTNIDSIEVEIMKGQTIADKLTETNKSPEDYEEN
EKNCSAATNLEENQKSALKERISTLEQEKEQLQKKLQEALVSRKDTIKKAQEKDRHHREQ
LKQQKDDYNILQEQFDMQSKEKESIQAQLRQLQEQRGSREGIPENQGWLDSSCLEAENTT
NSKLIQVAGVSEEEYKTKIEKLQMEKEELEHQVSHMESELACKSELVFRLQERIAQLFPE
TGLTRTSDQAEADTARLQIELEESQVKVSREDNLEDLKTLMHQKDEEIEFLNLQLRQKSE
ALINAEAQLLEKEDSIKRLCSQFETQAQVHEEQSERSQTEQPEIQHKQDDNAEAAKQKNQ
MQRKLQAALISRKEALKESKSLKEELANAKTIIENLSVKLTNMESEICGHVKETDSLTEK
LVGLTEEREKLIAEVDKVVRENQNLDGCCKNLKLTLDRVILEKEKQEKEMESLKCFQAAE
SSEWREKYRELQKEYETLLQSYENVSNEAERIQRVLETVRQEKQEIFIKLKSAEAKREET
DKQLQEAGQEIDGMKEKMRKFAKSKQQKILELEEENERLRSEIHSTDEDLHRTGDVSLFT
NISLKEDLESSRRDYQSLSTQLETVMAEKESLTQEITDLKHHLQLTESKLKESRELIDKY
AAQKTTGEETNQAVDMPPPMERTENQVDLSFRPKSPNAELEQKGFEDSSLSEDLNIYVKK
IAELTERITELEDNRRASEQQLGDIRVCVETLAGEKRALETQMEVKVHELNILQDTVAKM
EQTVQNTKEDLIRMSELKDTLEAEKDDLEERLMNQLAELNGSIGNYQQNATDFQIENEQL
KRELQSLQRMIHEVEEEKRQMAKENSKTSSEKQKVEKLKNTWRGDSSTHVKELQELLRQK
QQEIKQLQKDCIKSQEKISSLERTVKALEFVQSESQKDLEAAKETLAKALEDTSKAQKEL
ALCRVVLDDTQSEAARVLAESVKVKEELRANKENIQIQMKKKDEDFERRLEQEKNKHSKE
IKNMEEKLATLQREKDYMETTVRDVQDSLTTKDQEAKELEGNLNKTLAQLAAFTRSMSSL
QDDRDRVIDESKTWEKKFTETIQKKEEEIRSKEETCVMLKDQMKQMTIHVEELQIHISRL
ECSKKDWESEYKKEIQHHQKTCEILQAEKKELLTQLEGSQKLFKESQNEQQKLESEIQSL
RDQLADLQSSFARCELVREELESMVKQQETSIQNFKFSCEQLEADLRASKDLTNKLHEET
SAKDQKIISLLSAKEEAVTAALSELRQQYSEEMTLMEDRLTKEEEDKKALENEKNKFIDK
LDHLTEKIKIIREENKQQKAQLESFTKSMSSLQDDRDRVLRDYKQLEERHLVIILEKDQL
IQEAAAENNKLKEEIRSFHSQMDDLNSENAKLSADLVRYREDLNQVISIKDSQQKQLLKT
QLQRIQTLEKEKAIVETQLKESENAQDNLRKCMEVLREDKVSMSQEVETLTSSLSRVQSE
MASLCEGGPIMECQAQLKAREEEAQELSHKLALSQKRIRELEEELVCVQRDAAKRVGEVE
DRLKKELKYLHHDAGIMRNETETAEERVAELARDLMEMEQKFLAVTDENKDLRAQIQSFG
KSMSSLQDSRDQANEELQVLKQKYSADLEEQQSLVQELQKKMVQLQEEQNSTARDRDTLR
SELTELQKAADERGLLAQIEKLYKKLRAKDDELLHLSSELECSSNQVRSFSKAMASLQDE
RDRLLNELDNTRKIEEAKQRAEGSSLTSPSEVQSLKKALSSLQNDRDRLVRELKNLQQQY
ILVGIESAENSRLKAQVQEYQQEAEKQHHLQEQLEQESIFYQQELQQLRQEKITWEKQIC
SIKEQYLMVIAEKDKQLSHLQKIVQEMRLPLTKFQTVEEQYQKKISPEALRGDFSSLETE
TKHLQAQLSDCLKELHQKELRIQHLNSKLSQVFEEKNALSLQLRGSSRNISDSHQHYNEV
LNRCLVLERQLQELQSADKSMESFTTDAAPGAPQEKNEPGGSYTPELQELQLRLSETENL
HSSTKQDLRYLEEQLEEERDRRIAVEEALSAAQDQIRRLQSSEWTSSLSGSIDMTPGHEH
SLLIDSMDNSFSKTRNIVGLRRLLRSLFRSRTHLPLLVAMYLLALHALLFLCFTGHL
NT seq 9714 nt   +upstreamnt  +downstreamnt
atgctgagccgtttgtcaggtttagcaaatactgttctacaggagttctcaggtgatggt
ggagatgcggttactgaatcctctgtgactgtacaaacttcagagtcaggagcagaaagc
gtggaggaggcacctggggagttactggagcgcctagctcaaacagaaaaactagttgtc
cagctgaaagatttgatccgagaaaaggatgccctgctccagcaaaaagaaaccatactc
aaggaagagcgggaggctgcagatgcaaaactgatgaagctgaaacttcaggccaaagcc
aaactggcatctctgaacaaacgcattgaggagttgacagagaaaggatcaccaatgcct
gcacagaccttatcagaagagcaattgtattctaagagtaatcaaaatacaaatgaaggg
aatagagatgaagccagaggactaatagagcagctcagtacacaagaggatactgttcag
gatctgaaggaacagctggctctagccaagatgaatcttaatgatgctgaaatcaagtat
gcaacacagctgagtcacctgcagaaagtaattgaggagaaggaagctttcctaaaagag
caggttcaacagcaccaagctgaattgctgaagatagcagctgagtcaaatctggatgta
gagatgcagcagaacctgcatacacttcagagaaagctacaggaaaaggaaacagctctg
ctagaacaaactcagatggtagaatttctgcagcaggaattgcatatggctgaacaacaa
aaacagatgttacaagatcaatgccagaagatgtcagtggatctaagctctctgaaagat
gtgctagatgtagagagacaagagtctcagagtcttagagagaaaatggagatggaacta
gccgagaggaagctgtcctgccatcacttgcaggaggaggtacagtgtctctcagaacag
ctacaagaggcaagaatggcgcaagtggaattagagagatatagaggcctagagaagaaa
caaaggcaggaggtggaagagaaaaacctacagatcggttgtcttaaggtggctgaacaa
gagctccagtctagctatgctgcccttgtagctgaaaatgataagctgaaacaggatgtt
gaccaactgttgatgctgtctgctgaaaacagtactacaataaagaaactacaggatgaa
cttatacagaaatctgaagaatttgtatgctgtcagaataagctgaaatcctggccagtg
ttggaggtctctgaattgaagaaagaggatgaaacaacttcacaggaaaaaatgatacag
aaggaagatgggactgagactttactactatccacagaaaacttggaaagacagaagact
gaagaggagataccacgcttgcaacttgttctccaggagcctcagcaggaagctgcgatg
gttgcagaaaattcaaaggagaacaaaaatgctggatctgaggtgaaaatgcaagacttg
cagactctggaagatccagcctcttatatagattgctctcctacactgagaggtgtgtca
ggattgatggtgaattcagaagtgcaaaagccttttgatgatacttcggtgctacctgag
gcaacaacagatggctttcccaggggaagtgagcagtttactggggaaaaatgtatgtct
ggaattctagaatatcttgctgcagagaaacagaaggagctgtcagttttgctgctggaa
ctgaaagaagcccaagaagaaatagcatttctgaaagggcagctcaaggacccaaacagt
caaacttctacagtaaatgaagcaggagaagaagctaaccagctggaagataattcccag
atacagcatcttgacggggaagagcaaaaggcttcagatgcacaaaataagttgatcaat
agctcattactgagagaaacagaaatacagcaaattagtgcacttcaggaaaacaaaacc
agtcttcaagaagtgccccaggggagtgctgttcatgacagaagggaaatggaagaaaca
caggtagtctctacaacagtttcagagcctggcacctctcaatgtgaagatctgataaag
ctgcaaaatcaagttacagaactgcaaataattctgcagaaatcagaagaatcctataag
aaagatctgggagaaagagatgatgaaataaataggctaaaccagttggctgaggaatac
agaaaaaagatagaggattctgagagtgcattttgtgttttggctgaagaaagagatcag
ctcctttgtcaggcaaaggacctttctaccataacagaactgaaggagaaagtgaagcaa
ctggaggaaaatctagctctttcagaaaagcagagactgtcagacagtcagaacagtctt
ctgagagaacaaatccaaagcctaaaaaatgaatttaaatccaaagagataaaaattgaa
gctttgcaaaaagacttggatgaagcacaacttcagctttctgatcaggacctgcaacta
aaagacatgagaagccaggtccagaacaaggaatgtgaagtacttgacctggaacaactt
ctgaggaaaaacacagctgagatagaagagctttcccaaagcttaaccttaaagggccat
gaagcagcaagcctagaacagcttgttgctgaacataccaggtgtatagagaccctgcaa
caaaccttgtttgagaaagaacaacagatgacagagatcagtgtcagcatgtctgagaaa
ctagtactgctgaatgaagaaaaattttctctagaaactgagttaaagagtctcaaagag
aaaacaagcctcttattaaaagccgaggaggaaaaagacgaaaacataaaagcaaaagat
acatacctgagctgtgaatcatctgagcagcagtatgggacagaagcagcatgtaaagaa
agtgagacattagtaagtgaacttgaacttctgaaaaaagaaaatgaacaagtaaagcgg
aagttgcaagcagcacttgttaacaggaaggagctcctgaagaaggttagcaaattggag
aacgaattagtagagctgagaagagagtctgaatcagaaaactcagtggctcaagaagct
gaaggaggagaaaatatgacagttagaataagccaagaagtgaatcttgaaagccagccc
agagaggaatatctaattcaactgctttctgaaaaggaatcggagttgcagagcatccgg
aaggacctgctggataaagaaactgctgaagcacagttacacgcagtgattgaggaaatg
aagcaaagcttgcaaggaaagacaaacatagattcgattgaagttgaaatcatgaaaggt
cagacaattgctgacaaactaactgaaaccaataaaagcccagaagattatgaagaaaat
gaaaaaaattgttcagcagctacaaatcttgaagaaaaccagaagtctgctctgaaagag
aggatttcaactcttgaacaagaaaaggaacaacttcaaaaaaaacttcaggaagcactg
gtgtctcgcaaagacactataaagaaggctcaagagaaagacaggcatcacagagaacag
cttaaacagcagaaagatgattacaacatcttacaagaacaatttgatatgcaaagcaaa
gagaaggaaagcatccaagctcagctcagacaactccaagaacagagaggatcaagagag
ggtattcctgagaatcaaggttggttggattcttcgtgcttggaagcagaaaatactaca
aacagcaagcttatacaagttgcaggtgtttctgaggaagagtataagacaaaaattgag
aaattgcagatggaaaaagaggaattggaacatcaggtcagccatatggaaagtgaacta
gcttgcaaatcagaattagtctttcgtttgcaagaacgcatagcacagttgtttccggag
acaggactgactagaacctccgaccaagctgaagctgacacagcaagacttcagatagaa
ttggaggaaagtcaagtaaaagtttctagagaagacaatctggaagacctgaaaacactt
atgcatcaaaaggatgaagaaattgaattccttaatttgcagttaaggcagaaaagtgaa
gctctcattaacgcagaggcacagttgctggaaaaagaagattcgatcaagagactctgt
agtcagtttgaaactcaagctcaggtacatgaagaacaaagcgagagatctcaaactgag
cagcctgaaattcagcacaagcaagatgacaatgcagaagcagctaaacagaagaatcaa
atgcagagaaagttgcaagctgcacttatttctagaaaagaagcattaaaggagagcaaa
tctctgaaagaggaactggcaaatgccaaaactattattgagaatctttctgtcaagttg
acaaatatggaaagtgaaatatgtggccatgttaaagaaacagatagtttaacagaaaag
ttagtgggtctcactgaagagcgagaaaaacttattgcagaagttgataaggtagttaga
gaaaatcagaatcttgatggatgctgtaaaaaccttaaattgactctagacagagttatt
ctagagaaagagaagcaggagaaggagatggaatccttgaaatgttttcaagctgctgag
agttctgagtggcgtgagaaatatagggagcttcagaaagaatatgaaactctcctgcaa
tcatatgaaaatgtgagtaatgaggctgagcggattcagcgtgttttggaaactgttaga
caggaaaagcaggaaattttcattaagctgaaaagtgctgaagcaaaaagagaagaaaca
gataagcagctgcaggaagctgggcaggaaattgatggaatgaaggagaaaatgaggaaa
tttgcaaaatcaaagcaacaaaagatcctggaactagaggaggagaatgagaggcttaga
tcagagatacattctacagatgaggacctacacaggaccggagatgtatctttatttaca
aatattagcctgaaagaagatctggagagctctaggagggattatcagtctctttctact
cagcttgaaacagtaatggctgaaaaagagtctcttactcaagagatcacagacttaaag
catcacttgcagttaacagaatccaagctgaaggaaagcagagaactgatagacaagtat
gctgcccagaagacaacaggagaagaaacaaatcaggcagttgacatgccaccacctatg
gagaggactgaaaatcaagtggatttaagctttagaccaaaatctcctaatgcagagctg
gaacaaaaaggttttgaagatagtagcttatctgaggatcttaatatctatgtaaaaaag
atagctgagctcacagagcgaatcacagaactagaagataataggagggcttcagaacaa
cagctgggtgacatccgcgtgtgtgtggagactttagcaggtgagaaaagggctttagag
acccaaatggaagtgaaagtccatgaactgaatattctccaggacacagtagcaaagatg
gagcaaacagttcaaaacacaaaagaagaccttatcaggatgtctgaactgaaggacact
ctagaggctgagaaggatgatttggaagaaaggctcatgaatcagctggcagaacttaat
gggagtattggaaactatcagcaaaatgcaacagacttccaaattgaaaatgagcaactg
aaacgtgagcttcagagtttgcagagaatgatacatgaagtagaggaggagaagcgtcag
atggcaaaggagaatagtaaaacaagttcagaaaaacaaaaggtagaaaagctaaagaac
acgtggaggggagacagtagcacacatgtaaaggagcttcaggaattgctgaggcagaaa
cagcaggagattaagcagctgcagaaagactgtattaaaagccaggaaaaaatcagtagt
ttagaaagaactgttaaagctctggaatttgtccagagtgagtctcagaaagatctagaa
gcagccaaagagactttagcaaaagcacttgaagacaccagtaaagcccagaaagagctt
gctctctgcagagtagtattggatgacacacagagtgaggcagcaagggttctagcagag
agtgtcaaagtaaaagaagagttacgtgcaaacaaagagaatattcaaattcaaatgaag
aaaaaagatgaggactttgaaagaagactggaacaggaaaaaaacaagcactcaaaggaa
atcaagaacatggaagaaaagctggcaactttgcagagagagaaagactatatggaaaca
actgttcgtgatgttcaagactccttgacaacaaaggatcaagaagccaaggaattggaa
ggcaacctaaacaaaacactagcccaacttgcagcgttcaccaggagcatgtcttccctt
caggatgacagggatagagtgatagatgaatccaaaacatgggagaagaaattcacagaa
actattcaaaagaaggaggaagaaatacgttcaaaagaggaaacgtgtgttatgctaaag
gaccagatgaagcagatgactatacatgtggaagaacttcagattcatatatccaggctg
gaatgcagtaagaaagactgggaatctgaatataagaaagaaattcagcatcatcaaaag
acatgcgaaatactgcaggcagaaaaaaaggagcttttaactcagctagaagggtctcag
aaactgttcaaggagtctcagaatgaacagcagaaactggagtcagaaatccagagcctg
agagaccaacttgctgacttgcagagttcctttgccagatgtgaattggtcagagaagag
ctggagagtatggtcaagcagcaagagaccagtatccagaattttaaattcagctgtgaa
cagcttgaggctgatctgcgggcttccaaggacttaacaaataagctgcatgaagaaacc
agtgccaaagatcaaaagatcattagtttgctgtctgccaaggaagaagcagttacagca
gctctatctgaattacggcagcaatattctgaagaaatgacattgatggaggataggcta
acaaaggaggaagaagataaaaaagcattggaaaatgagaagaacaaatttattgacaaa
cttgatcatctcactgaaaagattaagataatcagagaagaaaataagcagcagaaggcg
caattggaatccttcaccaaatccatgtcatctttgcaagatgatagagatcgtgtactg
agagactacaagcaacttgaggaacgtcatcttgttataatattggaaaaagaccagcta
attcaagaggctgcagctgaaaataataaactcaaggaagaaatcagaagttttcatagc
cagatggatgacctcaactctgagaatgccaagctgagtgcagatttggtgcggtacaga
gaagatctgaaccaagtaatttcaataaaggactcccaacagaaacaacttctcaaaaca
cagcttcagcggatccagactctggaaaaggagaaggcaatagtagaaacacagctgaag
gagtctgaaaatgctcaggataatctcaggaagtgcatggaagtcttgagagaggataaa
gtcagtatgtctcaagaggttgaaacccttacttcctctctgtcccgggtacagagtgag
atggcatcattatgtgaggggggtcctatcatggagtgtcaagcacaactgaaggccagg
gaggaagaggcacaagaactcagtcataagcttgccctctcacagaaaagaataagggaa
cttgaggaagaactagtatgtgttcaaagggatgcagccaaaagagtgggagaggttgaa
gacaggcttaaaaaggaattaaagtacctgcatcatgatgcagggataatgaggaatgaa
acagaaacagcagaggagagagtagcagagttggcacgggacctgatggaaatggaacag
aaattccttgcagttacagatgaaaacaaagatctgagagcccaaattcagtcctttggg
aagtccatgagctctcttcaagatagcagggaccaggccaatgaagagcttcaagttttg
aaacagaaatactccgcagacttggaggaacaacagagtctagtgcaggagcttcagaaa
aagatggttcagttacaagaggagcaaaattctactgccagggaccgagacacattgaga
tctgagctgacagaactgcagaaagccgctgatgaaagaggtctcttggcccagattgag
aaactttataagaagctcagagccaaagatgatgagcttctccatttgtcttcagaactg
gagtgctcttccaaccaagtcagatctttctccaaggctatggcaagtctgcaggatgaa
agagaccgtctgctgaatgaattggacaacacacgtaagattgaagaagcgaagcagcga
gcagaagggagcagtttgaccagtccttcagaagtgcagagtcttaagaaggcactgtcc
tccttgcagaatgacagagacagattagtaagagagctgaagaatctgcagcagcaatac
atactagttgggatagaatcagctgaaaactctcgcttaaaggcacaagtacaggaatat
cagcaagaagcagaaaaacagcaccatctccaagagcagctggagcaagaaagtattttc
taccagcaggagctccagcagcttagacaagagaagattacttgggaaaagcagatctgc
agcatcaaagagcagtacctgatggtaatagcagaaaaagacaagcagctgagccattta
caaaagatcgtgcaagaaatgaggctgccccttaccaagtttcaaactgtagaggagcag
taccaaaagaagatttctccagaagctctgagaggggacttttcaagcctagaaacagag
acaaaacatctccaggcccagttaagtgactgcctgaaagaactgcaccaaaaagagctc
agaattcagcatttgaacagtaagctctctcaggtatttgaagagaaaaatgccctctcc
ctccagctgcgtggtagcagtcgaaacatcagtgatagtcaccagcactacaatgaggtt
ctgaaccgctgcttggtgcttgaaaggcagctccaggagctgcagtctgcagacaagagc
atggagtcttttacaacagatgctgctcctggagcaccccaagaaaagaatgagcctgga
gggagttacacacctgaactacaggagttgcagctgaggttgtctgaaactgaaaattta
cacagcagcacaaagcaagatctgaggtatttagaggagcaactggaggaagaacgggat
cgtcgtattgctgtagaggaagcactctctgcagcacaggatcagatcaggaggttgcag
tcaagtgagtggacatcttccttaagtggtagcattgatatgactccaggtcatgagcat
tccttgctgattgactccatggataatagtttcagcaaaactcggaatattgttggacta
cgacgcttgttacgctcccttttccgttcccggacccacttgcctctgctagtggccatg
tatctgcttgctctccatgccctgctcttcctgtgctttacaggccacctatga

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Ontology (2)   
   KEGG BRITE (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (138)   
   KEGG ORTHOLOGY (1)   
   RefGene (132)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
   ENSEMBLRAPID (1)   
   OC (1)   
Protein sequence (10)   
   RefSeq(pep) (10)   
DNA sequence (10)   
   RefSeq(nuc) (10)   
Protein domain (3)   
   Pfam (3)   
All databases (164)   

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