KEGG   Rattus norvegicus (rat): 85419
Entry
85419             CDS       T01003                                 
Symbol
Lyst
Name
(RefSeq) lysosomal-trafficking regulator
  KO
K22937  lysosomal-trafficking regulator
Organism
rno  Rattus norvegicus (rat)
Brite
KEGG Orthology (KO) [BR:rno00001]
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:rno04131]
    85419 (Lyst)
Membrane trafficking [BR:rno04131]
 Endosome - Lysosome transport
  Others
   Others
    85419 (Lyst)
SSDB
Motif
Pfam: Beach PH_BEACH WD40 NBCH_WD40 DUF4800
Other DBs
NCBI-GeneID: 85419
NCBI-ProteinID: NP_445970
RGD: 621837
Ensembl: ENSRNOG00000058094
UniProt: Q9Z2X9
Position
17:93225509..93427650
AA seq 3788 aa
MSTDSNSLAREFLIDVNQLCNAVVQRAEAREEEEEETHMATLGQYLVHGRGFLLLTKLNS
IIDQALTCREELLTLLLSLLPLVWKIPVQEHQATDFNLPLSSDIILTKEKNSNLQKSTQG
KLYLEGSAPASQVSAKVNLFRKIRRQRKSTHRYSVRDARKTQLSTSDSEGNSDEKNTVVR
KHRRFHTLPRLLTESPKEDHFVAKLDPSATKEQVLSDTMSLENSREVILRQDSNGDILSE
PAALSILSNMNNSPFDLCHVLLSLLEKVCKFDIALNHNSSLALSVVPTLTEFLAGFGDCC
NQSDTLERQLVSAGWTEEPVALVQRMLFRTVLHLMSVDVSTAEAMPESLRKNLTELLRAA
LKIRACLEKQPDPFSPRQKKTLQEIQEGFVFSKYLHRALLLPELLEGVLQLLISCLQSAA
SNPFYFSQAMDLVQEFIQHQGFNLFETAVLQMEWLLSRDAVPSEAAEHLKALINSVIKIM
STVKKVKSEQLHHSMCTRKRHRRCEYSHFMQHHRDLSGLLVSAFKNQLSESPFEETAEGD
VQYPERCCCIAVCAHQCLRLLQQVSLQTTCIQILSGVHSVGICCCMDPKSVIVPLLHAFK
LPALKNFQQHILNVLSKLLLDQLGGAEISQQIKKAACNICTVDSDQLAKLGETLQGTLCG
AGPSCGLPSPSYRFQGILPSSGSEDFLWKWDALEAYQNFIFQEDRLHNTQIASHICNLIQ
KGNVIVQWKLYNYIFNPVLQRGVELVHHCQQLSITSAQTHMSSQLKQYLPQEVLQIYLKT
LPILLKSRVIRDLFLSCNGVNQIIELNYLDGIRSHSLKAFETLIVSLGEQQKRAAVPGVD
GLDIQQELSSLSVGPSLHKQQASTDSPCSLRKFYASLRDTDPKKRKTVHQDAHINTINLF
LCVAFLCVSKEADSDRESANESEDTSGYDSTASEPLSHMLPRLSLENVVLPSPECLHHAA
DIWSMCRWIYMLNSVFQKQFHRLGGFQVCHELIFMIIQKLFRSHTEDQGRRQGEMSVNKN
QGLMRISQPEMILKEDVSSSTAPEPGFLKKSADRVSELESQHMLPTSAEQILATKSIPGE
AKTFMNQESETCLQSIRLLESLLAICLHSARASQQKMELELPSQSLSLENILCELRDHLS
QSKVAETELAKPLFDALLRVALGNHSADLDPGDTVTEKSHPSEELLSQPGDFSEETEDSQ
CCNLKLLGEEEGYEADSESNPEDGETQDDGVELPEAEGFSGSIVPNNLLESLTHGEIIYP
EICILGLNLLSGSKAKLDVLAHVFESFLKIARQKEKNISLLMQQGTVKILLGGFLNVLTQ
TNSDFQACQRVLVDLLVSLMSSRMSSEDLTLLLRIFLEKSPCTEILLHGIQKIVESDFTM
SPSQYLTFPLLHTPSLSNGVSSQKPPGILNSKALGLLRRARISRGKKEADRESFPYRLLS
SWYIAPIHLPLLGQNCWPHLSEGFSVSLWFNVEYIHESESAAERGKKVKKRNKPSVLEDS
SFERAEGDRPEVTESISPSDRLIEDGCIHLISLGSKALMIQVWADPHSGTFIFRVCVDSN
DDMKAVTLAQVESQENIFFPSSWQHLILTYIQHPQGKKNVHGEISIWVSGQRKTDVILDF
VLPRKTSLSSDSNKTFCMIGHCLTSQEEFLQLAGKWDLGNLLLFNGAKIGSQEAFYLYAC
GPNYTSIMPCKYGKPVVDYSKYINKEILRCDEIRDLFMTKKDVDVGLLIESLSVVYTTYC
PAQYTIYEPVIRLKGQVKTQLSQRPFSSKEAQSILLEPSQLKSLQPTECKTIQGILHEIG
GAGIFVFLFARVVELSSCEETQALALRIILSLIKYSQQRTHELENCNGLSMIHQVLVKQK
CVVGFHILKTLLEGCCGEEVIFVNEHGEFKLDVESHAIIQDVKLLQELLLDWKIWNKAEQ
GVWETLLAALEVLIRVEHQQQQFNITQLLNARVVHHFLLTCQVLQEHREGQLTSMPREVC
RSFVKIIAEVLGSPPDLELLSVIFNFLLAVHPPTNTYVCHNPANFYFSLHIDGKIFHEKV
RSIMYLRHSSSGGQSFPSPGFMVISPSAFTASPPEGTSSSNIVPQRMAAQMVRSRSLPAF
PTYSPLMQAQKLAGSLVFSVDKLQNIADASPEKRNPLGSPYTLKKSKEEAFISSCESAKT
VCEMEAFLAAQASANGVSRGSLRFPMARIDHKDLGTEHRSDDDSPGDESYPRRPDNLKGL
ASFQRSHSTIASLGLAFPSQNGSAVASRWPSLVDRNADDWENFTFSPAYEANYNRATSTH
SAIEDCLIPICCGFYELLSGVLLVLPDAMLEDVMDRIIQADILLVLVNHPSPAIQQGVIK
LLQAYINRASKEQKDKFLKNRGFSLLANQLYLHRGTQELLECFIEMFFGRPFGLDEEFDL
DEMKHMELFQKWSVIPILGLIETSLYDNILLHNSLLLLLQVLNSCSKVADMLLDNGLLYV
LCNTVAALNGLEKNIPLNEFRLLACDIQQLFIAVTIHACSSSGSQYFRVIEDLIVLLGYL
HNSKNKRTQNMALALQLKVLQAALEFIRSTANHDSESPLDAVQSPSAYHHSVPQKRRSIA
GPRKFPLAQTESLLMKMRSVASDELHSMMQRRMSQEHPSQASEAELAQRLQRLIILAVNR
IIYQELNSDIIDILRTPENTSQSKTSVSQTETSEEDVHYEQPSVSNPFQKEMFTYLLDGF
KISIGSSKTGTSKQQWTKILGSSKETLRVQLGRLLAHILSPTHTVQERKQILEIVHEPAH
QDILRDCLSPSPQHGAKLVLYLSELIHNHQDELNEEEMDTAELLMNALKLCGHKCIPPSA
PSKPELIKIIKEEQKKYDSEESVSKVAWQKTVSNNQQSLFQRLDLKSKDISKIAADITQA
VSLSQGLERKKVIQHIRGMYKVDLSASRHWQELIQQLTHDRAVWYDPIYYPTSWQLDPTE
GPNRERRRLQRCYLTIPNKYLLRDRQKSEGVLKPPLSYLFEDKTHSSFSSTVKDKAASES
IRVNRRCISVAPSRETAGELLLGKCGMYFVEDNASDTVESSSLQGELEPASFSWTYEEIK
EIHRRWWQLRDNAVEIFLTNGRTLLLAFDNTKVRDDVYQSILTNNLPSLLEYGNITALTN
LWYTGQITNFEYLTHLNKHAGRSFNDLMQYPVFPFILSDYVSETLDLNDPSIYRNLSKPI
AVQYKEKEDRYVDTYKYLEEEYRKGAREDDPMPPVQPYHYGSHYSNSGTVLHFLVRMPPF
TKMFLAYQDQSFDIPDRTFHSTNTTWRLSSFESMTDVKELIPEFFYLPEFLVNREGFDFG
VRQNGERVNHVNLPPWARNDPRLFILIHRQALESDHVSQNICHWIDLVFGYKQKGKASVQ
AINVFHPATYFGMDVSAVEDPVQRRALETMIKTYGQTPRQLFHTAHASRPGAKLNIEGEL
PAAVGLLVQFAFRETREPIKEITYPSPLSWIKGLKWGEYVGSPSAPVPVVCFSQPHGERF
GSLQALPTRAICGLSQNFCLLMTYSKEQGVRSMNNTDIQWSAILSWGYADNILRLKSKQS
EPPINFIQSSQQHQVTSCAWVPDSCQLFTGSKCGVITAYTNRFTSGTPSEIEMESQMHLY
GHTEEITSLCVCKPYSVMISVSRDGTCIVWDLNRLCYVQSLAGHKSPVTAVSASETSGDI
ATVCDSAGGGSDLRLWTVNGDLVGHVHCREIICSVAFSNQPEGVSINVIAGGLENGIVRL
WSTWDLKPVREITFPKSNKPIISLTFSCDGHHLYTANSDGTVIAWCRKDQQRVKQPMFYS
FLSSYAAG
NT seq 11367 nt   +upstreamnt  +downstreamnt
atgagcaccgacagcaactcattggcacgtgagtttctgatcgatgtcaaccagctttgc
aatgcagtggtccagagggcagaagccagggaagaagaagaggaggagacacatatggca
actcttggacagtaccttgtccatggacgaggatttctgttacttaccaaactaaattct
atcattgatcaggccctgacatgcagagaagaactcctgactctgcttctgtctctcctt
cccttggtgtggaagatacctgtccaggaacatcaggcaacagattttaacctgccattg
tcatctgatataatcctgaccaaagaaaagaactcaaatttgcaaaaatcaactcaggga
aaattatatttagaaggaagtgctccagctagtcaagtttctgcaaaagtaaaccttttt
cgaaaaatcaggcgacagcgtaaaagtacccatcgctattctgtaagagatgcaagaaag
actcagctctcaacctctgactccgaaggcaactcagatgagaaaaatacagttgtgcgt
aaacacaggaggttccacacgctgccacggctcttgacagagtctcctaaggaagaccac
tttgtagccaaacttgacccctctgcaaccaaagaacaggtcctttctgacaccatgtct
ttggaaaactccagagaagtcattctgagacaggattcaaatggggacatactaagtgag
ccagctgccttgtctattctcagtaacatgaataattctccctttgacttgtgtcatgtt
ttgttatctctattggaaaaagtttgtaagtttgacattgctttgaatcataattcttcc
ctagcactcagtgtagtacccacactgactgagttcctagcaggctttggggactgctgt
aaccagagtgacactttggaaagacaactggtttctgcaggttggaccgaagagccggta
gctttggttcaacggatgctctttcgcactgtgctgcatcttatgtcagtagacgttagc
actgcagaggcaatgccagaaagtcttaggaaaaatctgactgaattgcttagggcagct
ttaaaaattagagcttgcttggaaaagcagcctgaccctttctcaccgagacaaaagaaa
acactacaggagatccaggagggctttgtattttccaagtatctccatagagcccttctt
ctacctgagcttctggaaggagtgctacagctcctcatctcttgtcttcagagtgcagct
tcaaatcccttttacttcagtcaagccatggatttagttcaagaatttatccagcaccag
ggatttaatctgtttgaaacagcagttcttcagatggagtggctgctttcaagggatgct
gttccttcagaggccgcagaacatttgaaagccctgataaacagtgtaataaaaataatg
agtactgtcaaaaaagttaaatctgagcaacttcatcattccatgtgcacaaggaaaagg
caccggcgttgtgagtattcccacttcatgcagcaccaccgagatctctcaggtctcctg
gtttcagcttttaaaaatcagctttctgaaagcccttttgaagagactgctgagggagat
gtgcagtatccagaacggtgctgctgcatcgcagtgtgcgctcaccagtgcttgcgcttg
ctccagcaggtttctctgcaaaccacatgtatccagatcctatcaggtgtacacagtgtt
ggaatctgttgttgtatggatcctaaatctgtgattgtccctttactccatgcttttaaa
ttgccagcactgaaaaattttcagcagcatatactgaatgtccttagcaaactccttttg
gatcagttaggaggagcagagatatcacagcaaattaaaaaagccgcttgcaacatctgt
actgtggactctgaccaactggctaagttaggggagacactgcaaggcaccttgtgtggt
gctggtccttcctgtggcttgcccagtccttcttacagatttcaagggatcctgccaagc
agcgggtctgaagacttcttgtggaaatgggatgctttagaggcttaccagaactttatc
tttcaagaagacagattacataacactcagattgcaagtcacatttgcaatttaatccag
aaaggcaatgtaattgttcagtggaaattgtataattatatctttaatcctgtgctccaa
agaggagttgaattagtacatcattgtcaacagctaagcattacttcagctcagactcat
atgtctagccaactgaaacaatatttgcctcaggaagtgcttcaaatttatttaaaaact
ctgcccatcctacttaaatccagggtaataagagatttgtttttaagttgtaatggagta
aatcaaataattgaattaaattacttagatgggattcgaagtcattctctgaaagcattt
gaaactctgattgtcagcctaggggaacaacagaaacgtgctgcagttccaggcgtcgat
gggttagacatccagcaggagttgtcatccttaagtgtgggtccttctctccacaagcag
caagcttctacagattctccttgcagtctcaggaaattttatgccagcctcagagacact
gatccaaaaaaacggaagactgttcaccaggatgctcacataaacaccataaacctcttc
ctctgtgtggcttttctatgtgtcagtaaagaagcggactctgatagggagtctgccaat
gagtcagaagatacttctggctatgacagtactgccagtgagccattaagtcacatgctg
ccacgtctgtcacttgagaatgttgtcttaccttcccctgaatgtttgcaccacgcagca
gacatttggtccatgtgtcgttggatctacatgttgaactcagtcttccagaaacaattt
cacagacttggtggtttccaagtgtgccatgagttaatatttatgataatccaaaaactg
ttcagaagtcatacagaggatcaaggaagaaggcagggagaaatgagtgtaaacaaaaac
caagggttaatgagaatatctcaacctgagatgatattgaaggaagatgtatcatcttca
acagcaccagaaccaggatttctgaaaaagagtgctgacagagtgagtgaattagagtca
cagcatatgcttcccacaagtgcagagcagattttggctactaaatccattccgggggaa
gcaaagacatttatgaatcaagaaagtgagacctgtctccagagcataagacttttggag
tctctcctggccatttgtcttcacagtgccagagccagtcaacagaagatggaattagag
ctgccttctcagagcttgtctctggaaaatatattgtgtgaactgagggaccacctttcc
cagtcaaaggtggcagaaacagaattagcaaagcctttatttgatgccctgcttcgagta
gccctggggaatcattcagcagatttggatcctggtgatactgtgactgaaaagagtcat
ccctctgaagaattgttgtcccagcctggagatttttcagaagaaaccgaggattctcag
tgttgtaatttgaaacttctgggtgaggaagaaggttatgaagcagatagtgaaagcaat
cctgaggatggtgagacccaagatgatggagtagaattacctgaagcagaaggtttcagt
ggatcaattgttccaaacaacttacttgaaagcctcactcatggggaaataatataccct
gagatttgcattctgggattaaatttgctttctggtagcaaagctaaacttgatgtgctt
gctcatgtgtttgagagctttctgaaaattgccaggcagaaggaaaaaaacatttctctg
ctcatgcaacagggaactgtgaaaatccttctaggagggttcttgaatgttttaacacaa
actaactctgatttccaagcatgccagagagtattggtggatctcttggtatctttgatg
agttcaagaatgtcctcagaagacttaacccttcttttgagaatatttctggagaaatct
ccttgtacagaaattcttctccatggtattcagaaaattgttgaaagtgattttactatg
agcccttcacagtatctgaccttccctttgctgcataccccaagtttaagcaatggtgtc
tcatcacaaaagcctcctgggattcttaacagtaaagccttaggcttgctgagaagagca
cggatttcccgaggcaagaaagaagctgacagagagagttttccttataggctgctttct
tcctggtacatagccccaatccacttgccattgctggggcagaactgctggccacacctg
tcagaaggatttagtgtttctctgtggtttaatgtggaatatatccatgaatccgagagt
gctgccgaaagaggaaagaaagtaaagaaaagaaacaaaccatcagttctagaagacagc
agttttgaaagagcagaaggtgatagaccagaagttacagaatccatcagtcctagtgac
agactcatagaagatggctgtattcacttgatttcattgggatccaaagcattgatgatc
caagtgtgggctgatcctcatagtggcacttttatctttcgtgtgtgcgtggattcaaat
gatgatatgaaagctgttacattagcacaggtggaatcacaggagaacattttctttcca
agctcatggcagcacttaatacttacctatattcagcatcctcaagggaaaaagaatgtc
catggggaaatctcgatatgggtgtctgggcagaggaagactgatgtcatcttggatttt
gtacttccaagaaaaacaagcttatcatcagacagcaataaaacgttttgcatgattggc
cattgcttaacatcccaagaagagtttcttcaattagctggaaaatgggaccttggcaac
ttgctcctcttcaatggagctaaaattggctcacaggaggccttttacctgtatgcttgt
ggacccaactacacatccataatgccgtgtaaatatggcaagccagtggttgactactcc
aaatatattaataaagaaattttgagatgtgatgaaatcagagacctttttatgactaag
aaagatgtggatgttggactcttaattgaaagtctttcagttgtttatacaacttactgt
cctgctcagtacaccatctatgaacctgtgattcgactcaagggccaagtgaaaactcag
ctgtctcaaagacccttcagttcaaaggaagcccagagcatcttgctagaaccttctcaa
ctcaaaagcctccagcctacagaatgtaaaaccatccagggcattctgcatgagattggt
ggggctggtatatttgtttttctctttgctagggttgttgaacttagtagctgtgaagaa
actcaagcattagcgctgcggattatactgtctttaattaagtacagccaacagagaaca
catgaactggaaaattgtaatggactttctatgattcaccaagtattggtcaaacagaaa
tgcgttgttggctttcacattttaaagacccttcttgaaggttgctgtggtgaagaagtt
atcttcgtcaatgagcatggagagttcaagttggatgttgaatctcatgctataatccaa
gatgttaaactgttgcaggaactgttgcttgactggaagatatggaataaggcagagcaa
ggcgtgtgggagactctgctggcagctctggaagtcctcatccgggtagagcaccagcag
cagcagtttaatattacgcagttgctgaacgcccgtgtcgttcaccacttcctactgacc
tgtcaggttttacaggaacacagagaggggcagcttacatcaatgccccgagaagtttgt
agatcgtttgtgaaaattattgcagaagtccttggttctcctccagacttggaattattg
tcagttatcttcaatttcctgttagcagtacaccctcctactaatacttatgtttgtcac
aaccctgcaaacttctacttctctttgcacatagatggcaagatctttcatgagaaagtg
cggtcaatcatgtacctgaggcattctagcagtggagggcaatcctttcccagccctggg
tttatggtaataagcccgtctgcctttactgcatctcctcctgaaggaaccagttcttcc
aatattgttccacagaggatggctgcccagatggtacgatctagaagtctaccagcattt
cctacttattcaccactaatgcaagcacaaaaactggcgggaagtttggtctttagtgtt
gacaagttacaaaatattgcagatgccagcccagagaaacggaatcctttaggcagtccc
tacacattgaaaaaaagcaaagaggaagcattcattagtagctgtgagtctgcaaaaact
gtttgtgaaatggaggcatttcttgcagcccaggcctctgccaatggggtctccagaggt
tcactgaggtttcccatggccagaatagatcacaaagacttggggactgagcacagatca
gatgatgacagtcctggggatgagtcttatccacgtcgacctgataacctcaagggactg
gcctcattccagcgaagccacagcactattgcgagccttggacttgcatttccctcccag
aatggatctgcagttgctagcagatggccgagtcttgttgataggaatgctgatgattgg
gaaaactttaccttttctcctgcttatgaggcaaactacaaccgagctacaagcacccac
agtgccattgaagactgtttgatacctatctgctgtggattttatgaactcctaagtggg
gttcttcttgttctgcctgatgctatgcttgaagatgtgatggacaggattattcaagca
gatattcttctagtccttgttaaccacccatcacctgctatccagcaaggagtaattaaa
ctgttacaagcatacattaatagagcatcaaaggaacaaaaggacaagtttctgaagaac
cgtggcttttccttactagccaaccagttgtatcttcacaggggaactcaggagttgttg
gagtgcttcattgaaatgttctttggtcggccatttggcctggatgaagaatttgatctg
gatgaaatgaaacacatggaactgttccagaagtggtctgtcattccaattctgggacta
atagagacctctctctatgacaatatactcttgcacaattctcttttacttcttctgcaa
gttttaaactcttgttccaaggtagcagacatgctgctagacaatggactgctctatgtg
ttatgtaatacagtagcagccctgaatggattagaaaagaacattcctttgaatgaattc
agattgctcgcatgcgatatacagcaacttttcatagcggttacaatccacgcttgcagt
tcttcgggctcacagtattttagagttatcgaagacctcattgtacttcttggatatctt
cataatagcaaaaataagaggacacaaaatatggctttggccctccagcttaaagttctc
caggctgctttggaatttataaggagcacagccaatcacgactctgaaagtcccttagat
gcagtgcagtcgccttctgcctaccaccattcagtgcctcagaagaggagaagcattgct
ggtcctcgcaaattccccctggctcagacagagtccctcctgatgaagatgcgctcggtg
gccagtgatgagctgcactctatgatgcagaggaggatgagccaggagcaccccagccag
gcctcagaggcagagctcgcccagcggctgcagaggctcatcatcttagctgtgaacagg
atcatttaccaagagttgaattcagatattattgacattttgagaactccagaaaataca
tcccaaagcaagacctcagtgtcccagactgaaacttctgaagaagatgtgcattatgag
caaccttctgtatccaatccattccaaaaagaaatgttcacatatctgttggatggtttc
aaaatatctattggttcaagtaaaactggcacttctaagcagcagtggactaaaattttg
gggtcttctaaagaaaccttacgagtccagcttggaagattgctagcacatattttgtca
ccaacccacactgtacaagaaaggaagcagatacttgagatagtccatgaaccagctcat
caggatatacttcgtgactgtctcagcccctccccacaacatggagccaagttggttttg
tatttgtcagagctgatacataaccatcaagatgagttaaatgaagaagaaatggacacg
gcagaactgcttatgaatgctctaaagttatgtggccacaagtgcatccctcccagtgcc
ccttccaaaccagagctcattaagattatcaaagaggagcaaaagaaatatgacagtgaa
gagagtgtgagtaaagttgcgtggcagaagacagtgagcaacaaccagcagagtctcttc
cagaggctcgatttaaaatccaaggatatatctaaaatagctgcagatatcacccaggct
gtatctctttcccaaggacttgaaaggaaaaaagtgattcagcacatcagagggatgtac
aaagttgacctgagtgccagcagacactggcaggaactcatccagcagctgacacatgac
agagcagtctggtatgacccaatctactatccaacttcatggcagttggatccaacagaa
gggccaaaccgagagaggagacgtttgcaaagatgctatttaactattccaaataagtat
ctccttagggacagacaaaagtcggaaggtgtgctcaagccaccactctcttaccttttt
gaagataaaactcattcttctttctcctctactgtcaaagacaaagctgcaagtgaatcc
atcagagtgaatcgaagatgtatcagtgttgcaccatctagagagacagctggggaactg
ttgttaggtaaatgtggaatgtattttgtggaagacaatgcctcggatacagttgaaagt
tcgagccttcaaggggagttagaaccagcatcattttcttggacgtatgaggaaattaaa
gaaattcataggcgctggtggcagctgagagataatgctgtagaaatctttttaacaaat
ggcagaacactcctcttggcatttgacaataccaaggttcgtgatgatgtctaccagagc
attctcacaaataaccttccaagtcttctggagtatggcaacatcactgctctgacaaac
ctgtggtacactggacaaattaccaattttgaatatttgactcatttaaacaagcacgcg
ggccgatccttcaatgatctcatgcagtatccggtgttccccttcattctctctgactat
gttagtgaaactcttgacctcaatgatccatctatctatagaaacctatctaagcctata
gctgtgcagtataaagaaaaagaagaccgttacgttgacacatacaagtacttggaggaa
gagtaccgcaaaggagcccgagaggatgaccccatgcctcctgtgcagccctaccactat
ggctcccactactccaacagtggcaccgtgctccatttcctggtcagaatgcctcctttc
actaaaatgtttctagcctatcaagatcagagttttgacattccagacagaacttttcat
tctacaaacacaacttggcgcctctcatcctttgaatccatgactgatgtgaaggagctg
attcccgagtttttctatcttcctgagttcttagtgaaccgtgaaggttttgacttcggt
gttcgtcagaatggtgaacgggttaaccacgtcaaccttcctccctgggcacgcaacgat
cctcggctgttcatccttattcaccggcaggcactagaatctgaccatgtgtcccagaac
atctgtcactggattgacttagtgtttggctacaagcaaaagggaaaggcatctgttcaa
gccatcaatgttttccaccctgccacatattttggaatggatgtctctgcagttgaagat
ccagtgcagagacgtgctttagaaaccatgataaaaacctatgggcagaccccacgtcag
ttgttccacacagcccatgccagccgacctggagccaagctcaacattgaaggagagctc
ccagcagctgttggcttgttagtacaatttgctttcagagagacccgagaaccaatcaag
gagatcacttatccgagccctttgtcatggataaaaggcttgaagtggggagagtacgta
ggttcccccagtgctccagtgcctgtggtatgcttcagccagccccatggagaaagattc
ggttccctgcaggcactgcccaccagagccatctgtggtttatcccaaaacttctgtctt
ctgatgacctacagcaaggaacaaggtgtaagaagcatgaacaacacagacattcagtgg
tctgctatcctaagctggggatatgctgacaacatcttacggttgaaaagtaagcagagt
gagccaccaatcaacttcatacagagttcacagcagcaccaggtgaccagttgtgcctgg
gtgcctgacagttgtcagctcttcactgggagcaagtgtggtgtcatcacagcctatacc
aacaggttcacaagcggcacgccctcagaaattgaaatggagagtcagatgcatctctat
ggacacacagaagagataaccagcttatgtgtctgcaagccttatagcgtgatgataagc
gtgagcagagatgggacctgcattgtatgggacctgaacaggctatgctatgtacaaagt
ttggccggacacaaaagccctgtgacagctgtctctgctagtgaaacatcgggtgatatt
gctactgtgtgtgactcagctggagggggcagtgacctgagactctggacagtgaatggg
gacctcgttggacatgtccactgcagagagatcatttgttctgtagctttctccaaccag
cctgagggtgtctccatcaatgtcattgcgggaggattagaaaatggcattgtaaggttg
tggagcacatgggacttgaagcctgtgagagaaattacatttcccaaatcaaacaagccc
atcataagcctgacattttcttgcgatggccaccatttgtacactgccaacagtgacggg
acagtgattgcatggtgccggaaggaccagcagcgtgtgaagcagcccatgttctactct
ttcctcagcagctatgcagctggatga

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Ontology (2)   
   KEGG BRITE (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (55)   
   KEGG ORTHOLOGY (1)   
   RefGene (49)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
   OC (1)   
   RGD (1)   
Protein sequence (8)   
   UniProt (1)   
   RefSeq(pep) (7)   
DNA sequence (11)   
   RefSeq(nuc) (7)   
   GenBank (2)   
   EMBL (2)   
Protein domain (4)   
   Pfam (4)   
All databases (81)   

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