KEGG   Mus musculus (house mouse): 17101
Entry
17101             CDS       T01002                                 
Symbol
Lyst, D13Sfk13, beige, bg
Name
(RefSeq) lysosomal trafficking regulator
  KO
K22937  lysosomal-trafficking regulator
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]
    17101 (Lyst)
Membrane trafficking [BR:mmu04131]
 Endosome - Lysosome transport
  Others
   Others
    17101 (Lyst)
SSDB
Motif
Pfam: Beach PH_BEACH WD40 NBCH_WD40 DUF4800
Other DBs
NCBI-GeneID: 17101
NCBI-ProteinID: NP_034878
MGI: 107448
Ensembl: ENSMUSG00000019726
UniProt: P97412 G5E8Q0
Position
13:13764896..13953388
AA seq 3787 aa
MSTDSNSLAREFLIDVNQLCNAVVQRAEAREEEEEETHMATLGQYLVHGRGFLLLTKLNS
IIDQALTCREELLTLLLSLLPLVWKIPVQEQQATDFNLPLSSDIILTKEKNSSLQKSTQG
KLYLEGSAPSGQVSAKVNLFRKIRRQRKSTHRYSVRDARKTQLSTSDSEGNSDEKSTVVS
KHRRLHALPRFLTQSPKEGHLVAKPDPSATKEQVLSDTMSVENSREVILRQDSNGDILSE
PAALSILSNMNNSPFDLCHVLLSLLEKVCKFDIALNHNSSLALSVVPTLTEFLAGFGDCC
NQSDTLEGQLVSAGWTEEPVALVQRMLFRTVLHLMSVDVSTAEAMPESLRKNLTELLRAA
LKIRACLEKQPEPFSPRQKKTLQEVQEGFVFSKYRHRALLLPELLEGVLQLLISCLQSAA
SNPFYFSQAMDLVQEFIQHQGFNLFETAVLQMEWLLSRDGVPSEAAEHLKALINSVIKIM
STVKKVKSEQLHHSMCTRKRHRRCEYSHFMQHHRDLSGLLVSAFKNQLSKSPFEETAEGD
VQYPERCCCIAVCAHQCLRLLQQVSLSTTCVQILSGVHSVGICCCMDPKSVIVPLLHAFK
LPALKAFQQHILNVLSKLLLDQLGGAELSPRIKKAACNICTVDSDQLAKLGETLQGTLCG
AGPTSGLPSPSYRFQGILPSSGSEDLLWKWDALEAYQSFVFQEDRLHNIQIANHICNLIQ
KGNVVVQWKLYNYIFNPVLQRGVELVHHCQQLSIPSAQTHMCSQLKQYLPQEVLQIYLKT
LPVLLKSRVIRDLFLSCNGVNQIIELNYLDGIRSHSLKAFETLIVSLGEQQKDAAVLDVD
GLDIQQELPSLSVGPSLHKQQASSDSPCSLRKFYASLREPDPKKRKTIHQDVHINTINLF
LCVAFLCVSKEADSDRESANESEDTSGYDSTASEPLSHMLPCLSLENVVLPSPECLHHAA
DIWSMCRWIYMLNSVFQKQFHRLGGFQVCHELIFMIIQKLFRSHTEDQGRRQGEMSRNEN
QELIRISYPELTLKGDVSSATAPDLGFLRKSADSVRGFQSQPVLPTSAEQIVATESVPGE
RKAFMSQQSETSLQSIRLLESLLAICLHSARACQQKMELELPSQGLSVENILCELREHLS
QSKVAETELAKPLFDALLRVALGNHSADLGPGDAVTEKSHPSEEELLSQPGDFSEEAEDS
QCCSLKLLGEEEGYEADSESNPEDVDTQDDGVELNPEAEGFSGSIVSNNLLENLTHGEII
YPEICMLGLNLLSASKAKLDVLAHVFESFLKIVRQKEKNISLLIQQGTVKILLGGFLNIL
TQTNSDFQACQRVLVDLLVSLMSSRTCSEDLTLLLRIFLEKSPCTEILLLGIHKIVESDF
TMSPSQCLTFPFLHTPSLSNGVLSQKPPGILNSKALGLLRRARISRGKKEADRESFPYRL
LSSWHIAPIHLPLLGQNCWPHLSEGFSVSLWFNVEYIHESESAAERGKRVKKRNKPSVLE
DSSFEGAEGDRPEVTESINPGDRLIEDGCIHLISLGSKALMIQVWADPHSGTFIFRVCMD
SNDDTKAVSLAQVESQENIFFPSKWQHLVLTYIQHPQGKKNVHGEISIWVSGQRKTDVIL
DFVLPRKTSLSSDSNKTFCMIGHCLTSQEESLQLAGKWDLGNLLLFNGAKIGSQEAFFLY
ACGPNYTSIMPCKYGQPVIDYSKYINKDILRCDEIRDLFMTKKEVDVGLLIESLSVVYTT
CCPAQYTIYEPVIRLKGQVKTQPSQRPFSSKEAQSILLEPSQLKGLQPTECKAIQGILHE
IGGAGTFVFLFARVVELSSCEETQALALRVILSLIKYSQQRTQELENCNGLSMIHQVLVK
QKCIVGFHILKTLLEGCCGEEVIHVSEHGEFKLDVESHAIIQDVKLLQELLLDWKIWNKA
EQGVWETLLAALEVLIRVEHHQQQFNIKQLLNAHVVHHFLLTCQVLQEHREGQLTSMPRE
VCRSFVKIIAEVLGSPPDLELLTVIFNFLLAVHPPTNTYVCHNPTNFYFSLHIDGKIFQE
KVQSLAYLRHSSSGGQAFPSPGFLVISPSAFTAAPPEGTSSSNIVPQRMAAQMVRSRSLP
AFPTYLPLIRAQKLAASLGFSVDKLQNIADANPEKQNLLGRPYALKTSKEEAFISSCESA
KTVCEMEALLGAHASANGVSRGSPRFPRARVDHKDVGTEPRSDDDSPGDESYPRRPDNLK
GLASFQRSQSTVASLGLAFPSQNGSAVASRWPSLVDRNADDWENFTFSPAYEASYNRATS
THSVIEDCLIPICCGLYELLSGVLLVLPDAMLEDVMDRIIQADILLVLVNHPSPAIQQGV
IKLLHAYINRASKEQKDKFLKNRGFSLLANQLYLHRGTQELLECFVEMFFGRPIGLDEEF
DLEEVKHMELFQKWSVIPVLGLIETSLYDNVLLHNALLLLLQVLNSCSKVADMLLDNGLL
YVLCNTVAALNGLEKNIPVNEYKLLACDIQQLFIAVTIHACSSSGTQYFRVIEDLIVLLG
YLHNSKNKRTQNMALALQLRVLQAALEFIRSTANHDSESPVHSPSAHRHSVPPKRRSIAG
SRKFPLAQTESLLMKMRSVASDELHSMMQRRMSQEHPSQASEAELAQRLQRLTILAVNRI
IYQELNSDIIDILRTPENTSQSKTSVSQTEISEEDMHHEQPSVYNPFQKEMLTYLLDGFK
VCIGSSKTSVSKQQWTKILGSCKETLRDQLGRLLAHILSPTHTVQERKQILEIVHEPAHQ
DILRDCLSPSPQHGAKLVLYLSELIHNHQDELSEEEMDTAELLMNALKLCGHKCIPPSAP
SKPELIKIIREEQKKYESEESVSKGSWQKTVNNNQQSLFQRLDFKSKDISKIAADITQAV
SLSQGIERKKVIQHIRGMYKVDLSASRHWQECIQQLTHDRAVWYDPIYYPTSWQLDPTEG
PNRERRRLQRCYLTIPNKYLLRDRQKSEGVLRPPLSYLFEDKTHSSFSSTVKDKAASESI
RVNRRCISVAPSRETAGELLLGKCGMYFVEDNASDAVESSSLQGELEPASFSWTYEEIKE
VHRRWWQLRDNAVEIFLTNGRTLLLAFDNNKVRDDVYQSILTNNLPNLLEYGNITALTNL
WYSGQITNFEYLTHLNKHAGRSFNDLMQYPVFPFILSDYVSETLDLNDPSIYRNLSKPIA
VQYKEKEDRYVDTYKYLEEEYRKGAREDDPMPPVQPYHYGSHYSNSGTVLHFLVRMPPFT
KMFLAYQDQSFDIPDRTFHSTNTTWRLSSFESMTDVKELIPEFFYLPEFLVNREGFDFGV
RQNGERVNHVNLPPWARNDPRLFILIHRQALESDHVSQNICHWIDLVFGYKQKGKASVQA
INVFHPATYFGMDVSAVEDPVQRRALETMIKTYGQTPRQLFHTAHASRPGAKLNIEGELP
AAVGLLVQFAFRETREPVKEVTHPSPLSWIKGLKWGEYVGSPSAPVPVVCFSQPHGERFG
SLQALPTRAICGLSRNFCLLMTYNKEQGVRSMNNTNIQWSAILSWGYADNILRLKSKQSE
PPINFIQSSQQHQVTSCAWVPDSCQLFTGSKCGVITAYTNRLTSSTPSEIEMESQMHLYG
HTEEITGLCVCKPYSVMISVSRDGTCIVWDLNRLCYVQSLAGHKSPVTAVSASETSGDIA
TVCDSAGGGSDLRLWTVNGDLVGHVHCREIICSVAFSNQPEGVSINVIAGGLENGIVRLW
STWDLKPVREITFPKSNKPIISLTFSCDGHHLYTANSEGTVIAWCRKDQQRVKLPMFYSF
LSSYAAG
NT seq 11364 nt   +upstreamnt  +downstreamnt
atgagcacggacagcaactcattggcacgtgagtttctgattgatgtcaaccagctttgc
aatgcagtggtccagagggcagaagccagggaagaagaagaagaggagacacacatggca
actcttggacagtaccttgtccatggacgaggatttctgttacttaccaaactaaattct
atcattgatcaggccctgacatgcagagaagaactcctgactcttcttctgtcgctcctt
cccttggtgtggaagatacctgtccaggaacagcaggcaacagattttaacctgccactg
tcatctgatataatcctgaccaaagaaaagaactcaagtttgcaaaaatcaactcaggga
aaattatatttagaaggaagtgctccatctggtcaggtttctgcaaaagtaaaccttttt
cgaaaaatcaggcgacagcgtaaaagtacccatcgttattctgtaagagatgcaagaaag
acacagctctccacctctgactccgaaggcaactcagatgaaaagagtacggttgtgagt
aaacacaggaggctccacgcgctgccacggttcctgacgcagtctcctaaggaaggccac
ctcgtagccaaacctgacccctctgccaccaaagaacaggtcctttctgacaccatgtct
gtggaaaactccagagaagtcattctgagacaggattcaaatggtgacatattaagtgag
ccagctgctttgtctattctcagtaacatgaataattctccttttgacttatgtcatgtt
ttgttatctctattggaaaaagtttgtaagtttgacattgctttgaatcataattcttcc
ctagcactcagtgtagtacccacactgactgagttcctagcaggctttggggactgctgt
aaccagagtgacactttggagggacaactggtttctgcaggttggacagaagagccggta
gctttggttcaacggatgctctttcgaaccgtgctgcaccttatgtcagtagacgttagc
actgcagaggcaatgccagaaagtcttaggaaaaatttgactgaattgcttagggcagct
ttaaaaattagagcttgcttggaaaagcagcctgagcctttctccccgagacaaaagaaa
acactacaggaggtccaggagggctttgtattttccaagtatcgtcaccgagcccttcta
ctacctgagcttctggaaggagttctacagctcctcatctcttgtcttcagagtgcagct
tcaaatcccttttacttcagtcaagccatggatttagttcaagaatttatccagcaccaa
ggatttaatctctttgaaacagcagttcttcagatggaatggctgctttcaagggacggt
gttccttcagaagctgcagaacatttgaaagctctgataaacagtgtaataaaaataatg
agtactgtgaaaaaggtgaaatcagagcaacttcatcattccatgtgcacaaggaaaaga
caccggcgttgtgagtattcccacttcatgcagcaccaccgcgatctttcagggctcctg
gtttcagcttttaaaaatcagctttctaaaagcccctttgaagagaccgcagagggagat
gtgcagtatccagagcgctgctgctgcatcgccgtgtgcgctcaccagtgcttgcgcttg
ctgcagcaggtttccctgagcaccacgtgtgtccagatcctatcaggtgtacacagtgtt
ggaatctgttgttgtatggatcctaagtctgtgatcgtccctttactgcatgcttttaag
ttgccagcactgaaagctttccagcagcatatactgaatgtcctgagcaaacttcttttg
gatcagttaggaggagcagagctatcaccgagaattaaaaaagcagcttgcaacatctgt
actgtggactctgaccaactggctaagttaggagagacactgcaaggcaccttgtgtggt
gctggtcctacctccggcttgcccagtccttcctaccgatttcaggggatcctgcccagc
agcggctctgaagacttgctgtggaagtgggatgcattagaggcttatcagagctttgtc
tttcaagaagacagattacataacattcagattgcaaatcacatttgtaatttaatccag
aaaggcaatgtagttgttcagtggaaattgtataattatatctttaatcctgtgctccaa
agaggagttgaattagtacatcattgtcaacagctaagcattccttcagctcagactcac
atgtgtagccaactgaaacagtatttgcctcaggaagtgcttcagatttatttaaaaact
ctacctgtcctacttaaatccagggtaataagagatttgtttttaagttgtaatggagta
aaccaaataattgaactaaattacttagatgggattcgaagtcattccctgaaagcattt
gaaactctgattgtcagcctaggggaacaacagaaagatgctgcagttctagacgtcgat
gggttagacatccaacaggagttgccgtccttaagtgtgggtccttctcttcataagcag
caagcttcttcagattctccttgcagtctcaggaagttttatgccagcctcagagagcct
gatccaaaaaaacgaaagaccattcaccaggatgttcacataaacaccataaacctcttc
ctctgtgtggcttttctatgtgtcagtaaagaagcagactctgatagggagtctgccaat
gagtcagaagatacttctggctatgacagcactgccagtgagccattaagtcacatgcta
ccatgtctgtctcttgagaacgttgtcttaccttcccctgaatgtttgcaccatgcagca
gacatttggtccatgtgtcgttggatctacatgttgaactcagtcttccagaaacaattt
cacaggcttggtggtttccaagtgtgccatgaattaatatttatgataatccagaaacta
ttcagaagtcatacagaggatcaaggaagaaggcagggagaaatgagtagaaatgaaaac
caagagctaatcaggatatcttaccccgagctgacactgaagggagatgtatcatctgca
acagcaccagacctgggatttctgagaaagagtgctgacagcgtgcgtggattccagtca
cagcctgtgcttcccacaagtgcagagcagattgtggctactgaatctgttcctggggaa
cgaaaggcatttatgagtcaacaaagtgagacttctctccagagcatacgacttttggag
tctctcctggccatttgtcttcatagtgccagagcctgtcaacagaagatggaattggag
ctaccgtctcagggcttgtctgtggaaaatatattgtgtgaactgagggaacacctttcc
cagtcaaaggtggcagaaacagaattagcaaagcctttatttgatgccctgcttcgagta
gccctggggaatcattcagcagatttgggccctggtgatgctgtgactgagaagagtcat
ccctctgaggaagagctgttgtcccagcccggagatttttcagaagaagctgaggattct
cagtgttgtagtttgaaacttctgggtgaggaagaaggctatgaagcggatagtgaaagc
aatcctgaggatgttgacacccaagacgatggagtagaattaaatcctgaagcagaaggt
ttcagtggatcgattgtttcaaacaacttacttgaaaacctcactcacggggaaataata
taccctgagatttgcatgctgggattaaatttgctttctgctagcaaagctaaacttgat
gtgcttgctcatgtgtttgagagctttctgaaaattgtcaggcagaaggaaaagaacatt
tctctcctcatacaacagggaactgtgaaaatccttctaggcgggttcttgaatatttta
acacaaactaactctgatttccaagcatgccagagagtactggtggatctcttggtatct
ttgatgagctcaagaacgtgttcagaagacttaactcttcttttgagaatatttctggag
aaatctccttgtacagaaattcttctccttggtattcacaaaattgttgaaagtgatttt
actatgagcccttcacagtgtctgacctttcctttcctgcataccccgagtttaagcaat
ggtgtcttatcacagaaacctcctgggattcttaacagtaaagccttaggcttattgaga
agagcacggatttcccgaggcaagaaagaggctgatagagagagttttccctataggctg
ctttcctcttggcatatagccccaatccacctgccgttgctgggacagaactgctggcca
cacctgtcagaaggatttagtgtttctctgtggtttaatgtggaatacatccatgaatcc
gagagtgctgcagaaaggggaaaaagagtaaagaaaagaaacaaaccatcagttctggaa
gacagcagttttgaaggagcagaaggtgatagaccagaagttacagaatccatcaatcct
ggtgacagactcatagaagacggctgtattcatttgatttcactggggtccaaagcattg
atgatccaagtgtgggctgatccccacagtggcacttttatctttcgtgtgtgcatggac
tcaaatgatgacacgaaagctgtctcactagcacaggtggaatcacaggagaatattttc
tttccaagcaaatggcaacacttagtacttacctatattcagcatcctcaagggaaaaag
aatgtccatggggaaatctccatatgggtctctgggcagaggaagactgatgtcatcttg
gattttgtgctcccaagaaaaacaagcttatcatcagacagcaataaaacattttgcatg
attggtcattgcttaacatcccaagaagagtctctgcaattagctggaaaatgggacctg
gggaacttgctcctcttcaatggagctaaaattggctcacaagaggcctttttcctgtat
gcttgtggacccaactacacatccatcatgccgtgtaaatatggacagccagtcattgac
tactccaaatacattaataaagacattttgagatgtgatgaaatcagagacctttttatg
accaagaaagaagtggatgttggtctcttaattgaaagtctttcagttgtttatacaact
tgctgtcctgctcagtacaccatctatgaaccagtgattcgactcaagggccaagtgaaa
actcagccctctcaaagacccttcagctcaaaggaagcccagagcatcttgctagaacct
tctcaactcaaaggcctccaacctacggaatgtaaagccatccagggcattctgcatgag
attggtggggctggcacatttgtttttctctttgctagggttgttgaacttagtagctgt
gaagaaactcaagcattagcactgcgggttatactgtctttaattaagtacagccaacag
agaacacaggaactggaaaattgtaatggactctctatgattcaccaagtgttggtcaaa
cagaaatgcattgttggctttcacattttgaagacccttcttgaaggttgctgcggtgaa
gaagttatccacgtcagtgagcatggagagttcaagctggatgttgagtctcatgctata
atccaagatgttaagctgctgcaggaactgttacttgactggaagatatggaataaggca
gagcaaggtgtgtgggagactctgctagcagctttggaagtcctcatccgggtagagcac
caccagcagcagtttaatattaagcagttgctgaacgcccacgtggttcaccacttccta
ctgacctgtcaggttttacaggaacacagagaggggcagcttacatctatgccccgagaa
gtttgtagatcatttgtgaaaatcattgcagaagtccttggttctcctccagacttggaa
ttattgacagttattttcaatttcctgttagctgtacaccctcctactaatacttatgtt
tgtcacaatcccacaaacttctacttctctttgcacatagatggcaagatctttcaggag
aaagtgcagtcactcgcgtacctgaggcattctagcagcggagggcaagcctttcccagc
cctggattcctggtaataagcccatctgcctttactgcagctcctcctgaaggaaccagt
tcttccaatattgttccacagcggatggctgctcagatggttcgatctagaagtctacca
gcatttcctacttatttaccactaatacgagcacaaaaactggctgcaagtttgggtttt
agtgttgacaagttacaaaatattgcagatgccaacccagagaaacagaatcttttagga
agaccctacgcactgaaaacaagcaaagaggaagcattcatcagcagctgtgagtctgca
aagactgtttgtgaaatggaggctcttcttggagcccacgcctctgccaatggggtttcc
agaggatcaccgaggttccccagggccagagtagatcacaaagatgtgggaacagagccc
agatcagatgatgacagtcctggggatgagtcttacccacgtcggcctgacaacctcaag
ggactggcctcattccagcgaagccaaagcactgtcgcaagccttgggctggcgtttccc
tctcagaatggatctgcagttgctagcaggtggccaagtcttgttgataggaatgctgat
gactgggagaactttaccttttctcctgcttatgaggcaagctacaaccgagccacaagc
acccacagtgtcattgaagactgtctgatacctatctgctgtggattatatgaactctta
agtggggttcttcttgtcctgcctgatgctatgcttgaagatgtgatggacaggattatt
caagcagatattcttctagtccttgttaaccacccatcacctgctatccagcaaggagta
attaaactgttacatgcatacattaatagagcatcaaaggagcaaaaggacaagtttctg
aagaaccgtggcttttccttattagccaaccagttgtatcttcataggggaactcaggag
ttgttggagtgctttgttgaaatgttctttggtcgaccgattggcctggatgaagaattt
gatctggaggaagtgaagcacatggaactgttccagaagtggtctgtcattcccgttctc
ggactaatagagacctctctctatgacaatgtcctcttgcacaatgctcttttacttctt
ctgcaagttttaaactcttgttccaaggtagcagacatgctactggacaatggtctactc
tatgtattatgtaatacagtagcagccctgaatggattagaaaagaacattcctgtgaac
gaatacaaattgctcgcatgtgatatacagcagcttttcatagcagttacaattcatgct
tgcagttcctcaggcacacagtattttagagtgattgaagaccttattgtacttcttgga
tatcttcataatagcaaaaacaagaggacacaaaatatggctttggccctgcagcttaga
gttctccaggctgctttggaatttataaggagcacagccaatcatgactctgaaagtcca
gtgcactcgccttctgcccaccgccattcagtgcctccgaagcggagaagcattgctggt
tctcgcaaattccctctggctcagacagagtctctgctgatgaagatgcgctcagtggcc
agcgatgagctacactctatgatgcagaggaggatgagccaagagcaccccagccaggcc
tcggaggcagagctcgctcagaggctgcagaggctcaccatcttagctgtgaacaggatt
atttaccaagagttgaattcagatattattgacattttgagaactccagaaaatacatcc
caaagcaagacctcagtttctcagactgaaatttctgaagaagacatgcatcatgagcaa
ccttctgtatataatccatttcaaaaagaaatgttaacctatctgttggatggcttcaaa
gtgtgtattggttcaagtaaaactagcgtttctaagcagcagtggactaaaatcctgggg
tcttgtaaagaaaccctccgagaccagcttggaagattgctagcgcatattttgtctcca
acccacactgtacaagaacggaagcagatacttgagatagttcatgaaccagctcaccag
gatatacttcgtgactgtcttagcccctccccacaacatggagccaagttggttttgtat
ttgtcagagttgatacataatcatcaggatgagttaagtgaagaagaaatggacacagca
gaactgcttatgaatgctctaaagttatgtggccacaagtgcatcccgcccagtgcccct
tccaaaccagagctcattaagatcatcagagaggagcaaaagaagtatgaaagtgaagag
agtgtgagcaaaggctcatggcagaaaacggtgaacaacaaccagcaaagtctcttccag
aggctcgatttcaaatccaaggatatatctaaaatcgctgcagacatcacccaggctgta
tcactctcccaaggcattgaaaggaagaaggtgatccagcacatcagagggatgtacaaa
gttgacctgagtgccagcaggcactggcaggaatgcatccagcagctgacacatgacaga
gcagtctggtatgacccaatctactatccaacttcatggcagttggatccaacagaaggg
ccaaaccgagagaggagacgtttgcagagatgctatctaactattcccaataagtacctc
ctgagggacagacagaagtcagaaggtgtgctcaggcccccactctcttacctttttgaa
gataaaactcattcttccttctcctctactgtcaaagacaaagctgcaagtgaatccatc
agagtgaatcgaagatgtatcagtgttgcaccatctagagagacagctggggaattgttg
ttaggtaaatgtgggatgtactttgtggaagacaatgcctctgacgcagttgaaagctcg
agcctccaaggggagttagagccggcatcattttcttggacatatgaggaaattaaagaa
gttcacaggcgctggtggcaactaagagataatgctgtagaaatctttttaacaaatggc
agaacactcctattagcatttgacaataacaaggttcgtgatgacgtgtaccagagcatc
ctcacaaataacctcccaaatcttctggagtacggcaacatcaccgctctgacaaacctg
tggtattctggacaaattaccaattttgaatatttgactcatttaaacaagcatgcgggc
cggtccttcaatgatctcatgcagtacccggtgttccccttcatcctttctgactatgtt
agtgagactcttgacctcaatgatccatctatctacagaaacctatctaagcctatagct
gtgcagtataaagaaaaagaagaccgttacgttgacacatacaagtacttggaggaggag
tatcgcaagggagctcgagaggatgaccccatgcctcctgtgcaaccctaccactatggc
tcccactactccaacagcggcaccgtgctccacttcctggtcaggatgccgcctttcact
aaaatgtttctagcctatcaagatcagagtttcgacattccagaccgaacatttcattct
acaaacacaacttggcgcctctcctcctttgagtccatgactgatgtgaaggagctgatt
ccagagtttttctatcttcctgagttcttagtgaaccgtgaaggctttgacttcggtgtt
cgtcagaatggagagcgggttaaccacgtcaatcttcctccctgggcacgcaacgatcct
cggctgttcatccttattcaccggcaagcactagagtctgaccatgtgtcccagaacatc
tgtcactggatcgacttagtgtttggctacaagcaaaaggggaaggcgtctgttcaagcc
atcaatgtcttccaccctgctacatattttggaatggatgtctctgcagttgaagatcca
gtgcagagacgggctttagaaaccatgataaaaacctacgggcagaccccacgtcagttg
ttccacacagcccatgccagccgacctggagccaagcttaacatcgaaggagagcttcca
gcagctgttggcttgttagtccagttcgctttcagagagacccgagaaccagtcaaggaa
gtcactcatccgagccctttgtcatggataaaaggcttgaagtggggggagtacgtaggt
tcccccagtgctccagtacctgtggtctgcttcagccagccccatggagaaagatttggt
tccctgcaggcactgcccaccagagccatctgtggtttatcacgaaacttctgtcttctg
atgacctacaacaaggagcaaggtgtgagaagcatgaacaacaccaatattcagtggtct
gctatcctaagctggggatatgctgacaacatcttacggttgaaaagtaagcagagtgag
ccaccaatcaacttcattcagagttcacagcagcaccaggtaaccagttgtgcctgggtg
cctgacagttgtcagctcttcactgggagcaagtgtggtgtcatcacagcctataccaac
aggctcaccagcagcacgccctcagaaattgaaatggagagtcagatgcatctctatgga
cacacagaggagatcaccggcttatgtgtctgcaagccgtacagcgtgatgataagcgtg
agcagagacgggacctgcatagtatgggacctgaacaggctgtgctatgtacaaagtttg
gctggacacaaaagccctgtgacggctgtctctgccagtgaaacgtcaggtgacattgct
actgtgtgtgactcagctggcgggggcagtgacctgagactctggaccgtgaatggggac
ctcgttggacatgtccactgcagagagatcatttgttctgtagctttctccaaccagcct
gagggagtctccatcaacgtcattgctgggggattagaaaatggcattgtaaggctatgg
agcacatgggacttgaagcctgtgagagagattacatttcccaaatcaaataagcccatc
ataagcctgacattctcctgtgatggccaccatttgtacactgccaacagtgaggggaca
gtgatcgcatggtgccggaaggaccagcagcgtgtgaagctgcccatgttctactctttc
ctcagcagctacgcagctggatga

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Ontology (2)   
   KEGG BRITE (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (64)   
   KEGG ORTHOLOGY (1)   
   KEGG GENES (1)   
   RefGene (57)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
   RIKEN BRC-DNA (1)   
   OC (1)   
Protein sequence (7)   
   UniProt (2)   
   SWISS-PROT (1)   
   RefSeq(pep) (4)   
DNA sequence (25)   
   RefSeq(nuc) (5)   
   GenBank (10)   
   EMBL (10)   
Protein domain (5)   
   Pfam (5)   
All databases (104)   

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