KEGG   Folsomia candida: 110859326
Entry
110859326         CDS       T05043                                 
Name
(RefSeq) baculoviral IAP repeat-containing protein 6-like
Organism
fcd  Folsomia candida
SSDB
Motif
Pfam: UQ_con BIR BIRC6 UEV
Other DBs
NCBI-GeneID: 110859326
NCBI-ProteinID: XP_021963946
Position
Unknown
AA seq 4910 aa
MMTEELRNDGTNVDLPIEEAGGGNTIVGIAYHENLNVILVGTGDGKFYVVDPTLRDVLYS
TTTRDQPITSAGTSPPTRRDWSFGIGLDKVIVVEENFVGIRSEYNGILLLGSVLQGQVKS
SKDIVQIELNKSEAESLSHSLSALETNDAEISSVHNQLKSLMSKEVETGSPLLCGKMEKW
NTVKLQLPHYLIKNCVQSLVTDLVKKNHYIPQLSIASSILERLNMLMLHSGLKDVQSALE
VPPLDKTQMFSESARLDTFHSWPHSDYKWALPDKMAQAGFYHHPSANGDDRALCFSCNVC
LVSWEPTDEPWSEHERHSPFCPFVRGEHTHNVPLSLSFATAPASRICRNGMGAPILGKSS
CPAGVVIGYDQGLVVVWEIVKQAKELVQIEVTAKAIAQASQLKDFSSYCDVALKPKEAWV
MDTSETLGSDVSHIAKESLENNVTSREKVILHSVALLGCPSTNAENKSAENKPVPPSLVV
GGIILRSSQASPFIVVYDLGVNAAHLSVNEDSGTKPSDDFYTSSGSTGTKQESQAFDDDA
FTSYISEAELMSDSVSIFSDLNMSDSHGSCPGAFLEFPVVMGAAEVPPSPTSQQTISQPP
IASSIPGFLQKKKSAAKKISAAATGLPPPSTTVVTKQDKKNPTTVLILQSVPLPGPEGAW
KHVVIQKLLPTPDGAQLIVILGEGTMPVSGDKKQASRSEQQQEQAVGAIISYKIYADITS
VRVSNDNSCIRKLTSREELVVGTCFVPPDNTHSLLGTALKSGEVWLLKTLDLSVVSVIKR
PGSELRVTAISYVSSLERLCCGTSSGTLEFYPVNIPSDEAEGVDVLDDEDVKLGGLGGTS
TTSSSIPSAPTSGGTSTNAQQANKSSSDLPQLALILDDPTLLVNQALNVSSLKSLLNLTN
FENIKPSFSANVSSCWQKVIQAQKERKHPQHLQHNENEFNGSTLTWKLQRNKISRKEHIF
EITLPKSTRVGHLDLKFLLQPGCVAAYLPSIEITLYRAVQTKSSSLKDLPDIEKRIDFGS
QPNTKSNKSPTNEFLTSIHAELVCGPLDLGSYVDLSATGGTVVMTSPSMILRRGRNFYLH
IRAKNLGKLEDSSSVLTSTNPPSVTPNYNISDAATSTRKKINQGLAAVLASHQEKIAMQK
AKFQGIKTALKGGWGKETVMDMSDILPSFHPHFGAGPNMMSSSIIGPHKPSSCPGGGDSS
SGGGGGVIGNPEDKRRDYTGCDWINEISITIRQVKPTSHRNEDYERKALLMSEPVFLNLL
RIAVLESDDSCYASQSAALDLLVWIAAVNLCGPPVGSMAYQIKFIRAVQDKLEALVMQGI
LMADRSTAHKCAKLLVLCIEASENFHSSEEVNFSKSLLHGLLNLLQYIVSCYSAGSLQWY
FLLLNRVRGENLGLASDSLLGILKDVSAELKKRTDPLHSLLRTRFGLYGTPFESELFELE
IPPVTKSYSHPLTYAGLYGAEVLQNAVGSGTFHLWGLKDVDFRDLLVGNPLNVKWGKMGS
LSPKQQIQGLLEVEPLHFTCHAASDGTRIEKIDLGITSSSFSTVPLPSPYEPFTNLQTGE
GSKKSELQPDKMEHMMMLQKALKMDGSDVMFDYIDNLKFMENSAYGGTMVELPYSNNPDL
LAALSHHAGHLPGNVLTMVMKPGGGVTHQSSSSGGSGGGKITSIYSPIFQSVGMPTLSHY
TSSSHMAGPPHAMLPASQPFPLPPPPPPGPSKSLSAGALSSSGAISSSVTTASATTTTTV
AAAIASAPISSSSKQSIPVSAATAAIASTSSSSLPQQNSPDNDGLRLLLTPWQQMMYVPP
QQAIVIDRMHSGARRFVVLDFGAPVLLTDMIIPSCSSLVSLSIDIWLQREDTDGQRLVVA
SDIGLRTLVVSDLQPAAICRYLKITVIGRYGMGTTKCRIPLGLFYGHTTLLPNDIPGGLA
HGPTPPEVAILTPVNVQTHLSVLSYLLEDIGCRYQLACAKLRRLLEPLLKPEISSIDHIS
YYLPKGKERNKLGLNNCTDQTILAAYQECITLQQQLNVAKNVVRRLQKSLAPYSPASLKV
FEALSEISTDKAHLLSEFLIETLLGISFLASNAPLGPNLMPYSMYSHMNQEVCEALFQNI
CVLENGQCQLSTCMLMLRVCGFQSWWGKFLASTLKSLFSSGTNCLFPQDRVFILLVYLGQ
KSLLSWQNSHVLESALELLVDVLSPVENTKGFLSSKLDMTLLGWIVMYLCLCLDGVNCTL
ATDGLNSTGGKKEKDGKDVNCVSSRWDWRISSRWDFIQGESALYRRIAGSNKPQEYSGFR
RRIQKKMLATKQKLEELDTVATGLSHVSQQPPVGLGMQLSALGNKIEAIKQKQASIGKNI
KLQSSKHFKDLLQMRRSEMMLKRSSGHQKDGKDENNPSSDVEINLNLDPKLCLQVAKNLG
LLLLRMDSTCHSDVFLITCKSLARIATACRPAISIGSIFNSEGLINLILNAVGSDFIRQK
NWSSSWVSHAVMCLIQDILEGEKLFPSKNGSKLRETETANLYAEDIMSGVDESSSSTTPP
DTISGTVAEDILMDEVDAEQEQANDPVAMDVCSSGESDDSEIDELSVHFCVPGSNELTSK
PMPLPKKNNSSSSSAKRLAPCATSVSTALDARLENGVESTTEIRLRMMAVVDSEVLSQSL
KAAIEVPSEVLKNANATADTPEPPAYVLPPPPIQSSHLLSECFEKIFQMMASENCSISIE
KVLQLWISINVELGGMMGDSHEVKPVVPLSSASVSSLMMAFTKNSGIGVQEWGLAFQCLG
LVSNQLSLNSTDGMWLYIMSDKCFPEMILRFISGTGMHLQKNHIVSAGPTVCQHFYNFLL
RLRHLSADTPWTPCLKEILLRVLSLFLSGPFVTTDFPIDAFNKFLDRLTCPDLSYVNPAT
IISLMQQLAQILHQYIFCPNKLKVKPGGEMKSLHSTCSSTNNGNGDTKPAKPQTFDHVMF
RLMSFMASFVSLPYKTTSTSEKTVQEFLSQMSKSFQLTEYENALVHYVAKCGDSQPKTIA
DIVLQMESTMMRIMSVLANPNNINVLVSGDLVSAFNIMETSVPATVVDAVIHLFCKIQNS
ASQSKWLIEPIFRFLAKTPYDDFCCPFIVSETFVLMVLKVISQEDNLRQFTELKCVEAIC
DKFVVSARRFFSSCPTFVSILTQYIGRTDTNALFGIGSKKLSNEPIEIQEGQINVAPLGS
ITSTNFSAHPSEVLLQSTPPHRRARTPVWSYHFFPEETYLEIVISLPCAVLLREVHIIPH
MTSLSTCPSAVMVEVSRDQSNTTLPMGPPVNCSGMSNIIIQLIQPEVAKTVLLRLFKPKD
SSNLGLSQIRLLGSTTFSEAALQGLSAVDCVKSFESSAHWLYILDRAIQVSESAGMLCRR
IIETSVNIPDVLESCYSMLIAPVSNGKAQDIYLPHVASVLFQFGNLRYDVSKQLMDALLG
PVQMGFTHGMVATNPAAGGGLSQLSTVVELLFKLCCDIPQWGLNNLMAMVAWLETCADNS
VANVSCSVAAPAYFQAIASSIWEIASIGKTDLSEICTAKLLWKLYKWSLKLDGKSELKIA
LDHVMCSICFSKPWLFVYLMTRMQVLKPMDWTEKNQPIEDLIYQWYEEEAVWDRLQLEDL
STIRSTLTWSKLMTLGRASQSPMASRLLQKSQFVGLLNTAIMDFWRYFSQKWANPLEIQT
HVISTEFLISILAFYGELCKINDLKSWFGEEGSGFWLPILNLLSSLPGALKAAFFGSNMY
ELESVVIHFLSKCCWSHPSNQKIIATCLREIILTQKSSSHKAVFLHSMSSFCRRLLIQLL
LENEKVVVHIKSSSKYPLKSPQTSLQLKDKHPSMGVNGGDRLFYMSTHSTAYELISIIEP
NGVKLEKLAVAVSEPNRFLSLLKKEQGLTEAGLEMIDQMTLAMQSAAHAVRDKRSSSTTS
STASAEAKRPIKMASKKLKPEGAPDCKSNGDGDKMRGPTLILELEEFPDVKIPTNMSIAT
LMAAVRAQKPDAFLDSLVFFIRSDLGSPFMNRFSTTSGVSPSPSSSSVPDLVDQPEQQQL
FPGIGEVQNLKESATTIIPGVFRIPPLPSTVEVFSMLGGLGLLAKHLPIVYPETLRQIAV
GSKFTGTVGVVMNMDKESPVMMNDNDWVKIEAADDFYDEMLDSMVASTPLAKRAPGIRQI
SVTPGIPPHSMAAFGLFLSLPRFSEILLGERVGAQCMLRLVMGVTDDADGNDIFNSAVAK
TLPTLPFQVLRCLLDALPIHSEEGRTLRRVMVDLHATHFILACLAIFTHQNCDPVLVPGL
QHELVIAATKAQSGYSDGNNKSTTATSKSDDKSHVYWAKGTGFGTGSTAQSWDVEMAIQK
KKNEEENVTCLLHLMSSYINPKISRNNVAAATTNTTTAGPSSSVEQQSQTSLPLPDVVID
LLRSSCLFTAIAGYLRNDSVLDMSRHVPLYKAVLEFLRALVSSPQLLPLLAPWERKSSSG
KSGADDQCISNLLSKMKDVVDNYSKRLTNNLKGKGGKNKSTTKLLEELDDEGLAILIPDI
QMTAILVEKAVSELVLKRCPEDIEMMDDPSSLAIPSTRTLEERYIDEMKKLQFAFYEIIT
DDEDGGGTGGIRFSVPYHYESNVRTNWARSSAARLKRLAQESVTLSSSLPIAYGSAIFVR
SDNDRLDVMKVLITGPSGTPYANGCFEFDVFFPNDYPQSPMMINLETNGRQRVRFNPNLY
TDGKVCLSILNTWHGRPEEKWNPQTSSLLPVLVAIQSLILNAEPYFNEPGYEKSRNTEQG
ERNNREYNVGIQIATVEWAMLDQLRHPSACFKDVIQRHFWMKRAEIIAQLDQWMEEVSVT
CRSDKRAGKSVTGSADPVTVYKNNFTMLKKEFMNMQPPPGLEDLGDLFPEGLQAPSCSSS
ASALIRSASNPTGNSAAEQQLPPPATPTTAPPPEPVKSAADEDEKMSVDV
NT seq 14733 nt   +upstreamnt  +downstreamnt
atgatgacggaggaactccggaatgatgggactaatgttgacctgcccatcgaggaggcc
ggtggaggtaatacgattgttggaattgcgtaccatgaaaatctgaacgtcattcttgtt
gggacgggagatgggaagttctacgttgttgaccctactctccgggacgtcctctactct
acgaccacccgtgaccagcccatcacatcagctggcacatcaccacccactagacgtgat
tggagttttggtattggtcttgataaagtaatcgtggtggaagagaactttgtggggatt
cgcagcgagtataatggaattctcctcctgggttcggtcctccagggacaagtcaaatct
tcaaaggacattgtccagattgagctcaacaagtcagaggcggaaagtttgtcccattca
ctctcagcattggagacaaacgacgcagaaatatcttctgtacataaccagttaaagtca
ttaatgagtaaagaagtggagacagggtcgccattgttgtgtggaaagatggaaaagtgg
aacacagtcaagttgcagttgccccattatctaatcaagaactgcgtccaatcgctggtt
accgacctggttaagaaaaatcactacatcccccaactttctatcgcatcatccatccta
gagaggctcaacatgctcatgctgcattcaggcttgaaagatgtccaatcagcactcgag
gttcctccgcttgataagacgcaaatgttctctgaatctgccagactggatactttccac
agttggcctcatagtgactacaagtgggctctcccagataaaatggcccaagctggattt
taccatcatcccagtgcaaacggggatgacagggcactgtgcttctcttgcaatgtatgt
ctggttagttgggaacctactgatgaaccatggtctgaacatgagcgtcattctccattt
tgtccttttgttcgtggtgaacatactcataacgttcctctcagtctttcctttgctact
gcacccgcttcaagaatttgcaggaatgggatgggcgctcctatcctaggaaaatcatca
tgtccagccggcgtagttattggctatgatcaaggacttgtggtcgtgtgggaaattgtc
aagcaagcaaaggaattggtgcaaattgaagtgactgctaaagcgattgcacaagcaagt
cagctcaaggacttttctagttattgcgacgtagccctcaaaccaaaggaggcttgggtg
atggacacttcagaaacgttgggaagtgacgtttctcacattgccaaagagtccctcgaa
aacaatgtaacgagtagagagaaagtcattctacattctgtggccctcttgggatgtcca
tccacaaatgctgagaacaaatctgcagaaaacaagcccgtccctccatcccttgtcgtg
ggtggtatcatcctccgttcaagtcaagcatcgccattcattgtggtgtatgatctcggt
gtcaatgcagctcacttgagtgtcaatgaagattctggaacaaaacctagtgacgatttt
tacacgagctcaggaagtacaggaacgaagcaggaatcccaagcatttgacgacgatgct
ttcacctcatacatttcagaggcagagctcatgtcagactcagtaagtattttctctgac
ctcaacatgtccgattcgcatggatcctgtcctggtgcgtttctcgagtttcctgtcgtg
atgggagccgctgaagtcccaccctcacccacttcccaacagacaatcagtcagcctccg
atcgcgtcctcaattcctggatttcttcaaaagaaaaagagtgctgccaagaagattagt
gcagcggcgacgggcctccctcctccctccaccaccgtcgttactaaacaagataaaaag
aacccaacgaccgtgctcatccttcaatctgtcccgttacctggtccagaaggggcttgg
aaacacgttgtcatccaaaaattgcttcccactccagacggagcccaacttattgtgata
cttggagaagggaccatgccagtctctggagacaagaagcaagcttcaagatcggagcaa
caacaagaacaagctgtcggtgcaatcatttcttacaaaatttatgcagatattacttcc
gtacgagtatccaatgataattcctgcattcgaaaactcacatcgagggaagagttggtg
gtcggaacatgttttgtgccccctgataatacccactccttactcggcacggcactcaaa
agtggtgaagtatggctcttgaaaactctagatctcagcgtggtcagtgtgataaaacga
cccggaagtgagcttcgtgtcaccgccatttcatatgtttcaagtttggaacggctttgt
tgtggcacatcttctggaactttggagttttacccagtcaacatcccttccgacgaagct
gaaggtgtggatgttctagatgatgaggacgtcaaattagggggactaggaggtaccagc
acgacctcctcatccatcccttcggctccaacctcagggggcacttctaccaacgcccaa
caggccaacaagtcatcctcggacctgccgcagctcgccctcatcttggatgatccaact
ctactcgtgaaccaggctctcaacgtttcctctctcaagtcactcctcaacctcacaaac
tttgaaaatatcaagccgtccttcagcgcaaacgtttcctcctgttggcaaaaggttatt
caagcccagaaagaaagaaagcatccccaacatttacaacacaacgagaatgagtttaat
ggaagcacattgacttggaagttgcaaagaaacaagatttcaaggaaagaacacattttt
gaaattaccctaccaaagtctactcgagtgggacacttggacctcaaattcctactccaa
cctggatgcgtggcagcctatcttccatccatcgaaatcacgttgtatcgcgctgttcag
accaaatccagctcgttgaaggatttgcctgatattgagaaaaggattgatttcgggagt
cagcccaatacaaaaagcaacaaaagtccgacaaatgagtttcttacttctatccatgcc
gagttggtctgtggtccgttggacttggggtcatatgttgatctctctgccactggtgga
accgtggtaatgaccagtccttccatgattctgagaagaggccgcaacttttatctccac
attcgggccaagaatttaggcaaattagaagattcctcatcagtgttgacttctacaaat
cctccctctgtaaccccaaactacaacatttctgacgcagccacctccacacggaaaaaa
attaatcaaggtctggctgctgtgctggctagtcatcaggaaaaaattgccatgcaaaag
gccaagtttcaagggatcaagacggccctgaaaggaggatggggaaaagaaacagttatg
gatatgtctgacattctaccctcattccacccacattttggtgctggacccaacatgatg
tcatccagcataattggtcctcataaacctagctcctgtccaggaggcggggattcttct
tccggcggcggtggtggagtgattggaaatcctgaggacaaacgaagagattacacgggt
tgcgattggatcaatgaaatctccattacaattcgacaagtgaaacccacgtcacatcgc
aatgaagattatgaacggaaagctttgctcatgtcagagcctgtatttctcaatctatta
agaattgcggttcttgagtcggacgacagttgctacgcctcgcagtcggcagccttagac
ttactcgtttggattgctgctgtgaatctctgtggccctccagtcggatccatggcctac
cagatcaaattcatcagagctgtgcaagacaagctggaagcgttagtcatgcaagggatt
ctcatggctgatcgctcaaccgctcacaaatgtgccaaactgctcgtcctttgcatagaa
gcgtccgagaacttccacagcagcgaagaagtgaacttttcaaaatctctcctacatgga
cttttaaaccttctccagtatatcgtctcctgctactctgcgggctccttgcaatggtac
tttctcctcctgaacagagtgaggggcgaaaatctaggacttgcgagcgactcacttcta
ggaattttgaaagacgtgtcggcagagctcaaaaagagaacggatccactccattcctta
cttaggacaagatttggactatatggaacgccgttcgagtcggaactatttgaattggaa
attccgcccgttaccaaatcgtactctcatcccctcacgtatgctggtttgtacggagct
gaagttttgcaaaatgcagtgggttccggaacatttcatctttggggactcaaggacgtt
gattttcgagaccttttagtgggcaatccgcttaatgtcaagtggggaaagatgggctca
ctatcgccaaaacagcaaatccaaggactgctagaagttgaaccccttcatttcacatgt
cacgcagcctcggatggaactcgcattgaaaaaattgatttaggaatcacgtcttcctcg
ttttctaccgttcccctcccctcaccgtacgagccatttaccaacctccaaactggggaa
gggtccaaaaaatctgaactccagcccgataaaatggaacacatgatgatgttgcagaag
gctctcaaaatggacggctctgacgtcatgtttgattatattgacaatctcaagtttatg
gagaattccgcttacggtgggaccatggtggagctaccctactctaacaatcccgacctg
ctcgccgccctgtcccatcacgcaggtcatctacccggaaatgtgctcacgatggtgatg
aagcccggtggaggagtgacacaccagagcagtagctctggtggcagcggcggtggtaaa
attacatctatctactcgccaatatttcaatcggttgggatgcccacgctctcacattac
acgtcatcatctcacatggctggaccccctcacgccatgcttcctgcatcacaaccattt
ccactgcccccaccacccccacctggcccatcaaaatcattatctgctggtgcccttagt
agcagtggtgccatttcctccagtgttaccactgcctctgctacaacgacgacgacggtt
gcagcagcgatagcttctgcgcccatctcctcatcttcgaaacaatccataccagtttca
gcagccacagcagcaatagcgtcaactagctcatcttcacttccgcaacaaaattcaccc
gataatgacgggctgcgccttcttctcaccccttggcagcaaatgatgtatgtccctccg
caacaggccatcgtgatagaccgcatgcattcaggagctagaagattcgtcgtgttggac
tttggagcccccgtacttctcacggatatgataattccgtcctgcagttccctcgtttct
ctatcgatcgatatttggctccaacgtgaagatactgacgggcagcggttggtcgtggcg
tcggacattggactaagaactttggttgtgagcgaccttcaaccagccgcaatttgtcga
tatttaaagattactgtgattggccggtatggaatggggacaacaaagtgtcggatccca
ttgggtctcttttacggccacacgacccttttacccaacgatataccgggaggactagct
catggacccacgcccccagaggtggccatcctgactccagtcaacgtgcaaacccatctc
tcagtcttgtcctacctcttggaggacattgggtgtcgctaccagctggcctgtgctaaa
ctgagaagactcttggaacccctgctcaagccggaaatatcctccatcgaccacatctcc
tactacttacccaaagggaaagagaggaacaaattgggactgaataactgtacggatcaa
actattctagcagcatatcaggaatgcataacgcttcagcaacaactgaacgtggccaag
aatgttgtaagacggttgcaaaagtcactcgcaccttactcgccagcctccctcaaagtt
ttcgaagctctgtcggaaatatcgacggacaaggctcatcttctctcagaatttctcatt
gaaaccctactcggaattagctttctggcttcaaatgcccccctcggacccaatttgatg
ccctactcgatgtactcgcacatgaaccaagaagtttgtgaagccttatttcaaaatatt
tgcgttctggagaacggtcagtgtcagttgtcaacgtgcatgttgatgcttcgcgtatgc
ggatttcagtcctggtggggcaagtttctcgcctccacgctcaaatccctcttctcttca
ggaaccaattgtctcttccctcaggacagggtgtttatacttctcgtatatctgggacaa
aagtcgttgctcagttggcagaattcccatgttttggaaagtgctcttgaacttttggtc
gacgttctttctccagttgagaacacgaaaggatttttgagttccaagcttgacatgacg
cttctaggttggatcgttatgtacctttgtctctgtttggacggggtcaactgtaccctg
gccactgacgggttaaactctacaggtggaaagaaggagaaggatgggaaagacgttaac
tgtgtttcttctcgatgggactggagaatttcgtcgcgatgggactttatccaaggagaa
agtgctctttaccgaaggattgcggggtccaataagccacaagaatacagcggatttcgg
agacgaattcaaaagaaaatgttggccacgaagcaaaaattggaagaacttgacactgtg
gccacgggtttgagccacgtcagtcagcaaccgcccgttggtcttgggatgcagctttct
gctctgggaaataaaattgaagccattaaacagaaacaagcctcgataggaaagaatata
aaactccagtcttccaaacactttaaagacttgttgcaaatgcgacggtctgaaatgatg
ttgaaacgaagttctggtcatcaaaaggatgggaaagatgagaacaatccatcttcagac
gttgagattaatcttaatctagacccaaagttgtgccttcaagtagccaaaaatttgggg
ctgttgcttctccgtatggattccacatgccattccgacgtatttctcatcacatgtaaa
tctcttgcccgcatcgctaccgcctgccggcctgcaatttccatcggctccatcttcaac
agtgaaggactcattaatctcatcctgaacgcggtcggatcggactttattcgacagaag
aattggagctcgtcctgggtttcacatgctgtgatgtgcctcattcaagatattttggaa
ggagagaaactgttcccttcaaaaaatggttcaaaattaagagagacagagactgccaac
ctgtatgctgaagacattatgtctggcgtagacgagagtagtagttccaccactccgccc
gacaccatctctggaactgtcgcagaagacatattgatggatgaggtggatgcagaacaa
gagcaggcaaatgaccctgtggcaatggacgtgtgttcctctggcgaatctgatgacagt
gagatagacgagctaagtgttcatttctgtgtccctggatccaacgaattgacgagcaag
ccaatgcctttgccaaagaaaaataactcgagctcctcgtcggctaagagactcgcccca
tgtgccacaagcgtatctactgcactggacgccagacttgagaacggggtggagagcacg
acggagattagactacgaatgatggctgtcgtggattccgaagtgttgagccagtcactg
aaagctgcgatcgaggtgccgagtgaagtgctcaagaatgcaaacgccactgctgacacg
ccggaaccgcccgcctatgtcctgcctcctcccccaatccagtccagtcacctcttgtcc
gagtgttttgaaaagatttttcaaatgatggcttccgaaaattgttccattagcattgag
aaagttctccagttgtggatcagtattaacgtcgaactgggcggcatgatgggcgacagc
cacgaagtgaaacccgtggtccccctttcttcagcctcagtctcctccctcatgatggcc
tttacaaagaactcggggattggggttcaagagtggggccttgctttccagtgtttagga
ctagtttctaatcaattgagcctcaactcgactgatggcatgtggctgtacatcatgagc
gacaagtgtttcccggaaatgattcttcgcttcatttctggtactgggatgcacctgcag
aaaaaccacattgtttctgccggcccaaccgtttgtcaacatttttacaatttcctcctc
cgtcttcgccacttgagtgcggacacgccttggactccatgtctaaaggaaatcctgctt
cgcgtgcttagtctctttctctctggtccatttgttaccacagacttccccatcgatgcg
ttcaacaagttcttggatcgccttacctgtcccgacctttcatacgtcaatcctgccact
ataattagtctgatgcagcagttggctcaaattcttcatcaatatattttctgtccaaac
aagctaaaagtgaaaccgggtggtgagatgaaatctcttcattccacgtgttcctccact
aacaatggaaatggggacacgaagccagccaaaccacaaacgttcgaccatgtcatgttt
agattaatgtcctttatggcatcctttgtgagccttccctacaaaactacatcaacgtct
gagaagactgtacaagagtttttgagtcagatgtcaaagtcgttccagttgaccgagtat
gaaaatgccttggtacactatgtggcaaaatgtggtgatagtcagccaaaaaccattgca
gatattgttcttcaaatggagtcgaccatgatgcgtataatgtccgtacttgccaacccc
aacaacatcaacgtccttgttagtggtgatttagtgagtgccttcaacatcatggagaca
tcagtcccagccaccgtcgtcgatgctgtgatccatctcttttgcaagatacaaaacagc
gcttcccagtccaaatggttgatagagccaatctttagatttttagcgaaaaccccgtat
gacgatttttgctgtccctttatcgtttcggaaacctttgtcttgatggtgctaaaagtg
attagtcaggaggacaacctccgccagttcaccgagctcaaatgtgtggaagccatttgt
gacaagtttgtggtgagtgcgagacgcttcttcagctcgtgtcccacgttcgtctccatc
ctcactcagtacattgggcggactgacacaaacgcattatttggcatcggttccaaaaag
ttgagcaatgagccgatcgagattcaagaaggacaaattaacgttgctccacttggttcc
ataacctcgacaaacttctctgcccatccgtccgaagttctcctccagtccacccctcca
caccgcagggctcgaaccccggtttggtcctaccacttcttccctgaagagacttacctc
gagatcgtgatatctcttccctgcgccgtcctacttcgagaagttcacatcattccgcac
atgacttctctctccacatgtccatcagccgtgatggtagaagtgtctcgagatcagagc
aacacaacccttcccatgggcccccccgttaattgcagtggaatgtccaacattatcatc
cagctgattcaaccggaagttgccaagacggtgttgctccggctcttcaaacccaaggat
tccagcaatctcggtctttctcagatacgactattgggctcgaccacatttagtgaggct
gctctacaaggcttgtcagcagtggactgtgttaagagtttcgagtccagtgcccactgg
ctgtacattctcgaccgagccatccaagtctccgagtcggctgggatgttgtgtcgccgg
ataatcgagacgtctgtcaacattccggatgttttagagtcctgctactccatgctcata
gcccccgtgtcgaatgggaaagcgcaagacatttatttgccgcacgtcgcttcagtatta
tttcagtttgggaatctccgctacgacgtaagcaagcagttgatggacgctctcctgggc
ccggtgcagatgggcttcactcatggaatggtggccacgaatccggcggcgggaggaggt
ctttctcaactcagtactgtggtggaattgttgttcaaattgtgctgtgacattccgcag
tggggtctcaacaacttgatggcgatggtagcatggttggaaacgtgtgcagacaattcg
gttgcgaatgtaagctgttccgtcgctgctccagcctacttccaagccatcgcctcttcc
atctgggaaattgcttcaattggaaagactgatctcagtgagatttgcaccgcaaaactt
ctctggaaactgtacaaatggtcactaaaactggatgggaagtcggaactcaagattgcg
ttggaccacgtcatgtgctccatatgtttcagtaagccttggctctttgtctacctcatg
acccgaatgcaagtcttgaagccgatggactggaccgaaaagaaccaacccattgaggat
ctcatttaccaatggtatgaagaagaagctgtctgggatcgactccagctggaagacctt
tccaccatccgatccacactgacctggagcaaactcatgactttgggcagagccagccag
tccccaatggcatcacgactcctgcaaaagtcgcagtttgtgggactcctcaacacggcc
attatggacttttggagatattttagtcaaaaatgggccaacccactggagatccaaact
catgtcatttccaccgagtttctcatttcgattcttgccttttacggcgaactgtgtaaa
atcaacgacttgaagagttggtttggggaagaagggtctggtttctggcttcccatcctt
aacttactgtcatcgctgccaggtgctctcaaggctgcatttttcggatccaacatgtac
gagttggaaagtgtagtgatccattttctctccaaatgttgctggtcacatccctctaac
caaaagattattgcaacttgtttgagagaaatcatcctcacacaaaagtcatcttcgcat
aaagctgtctttctgcactccatgtcatcattctgtcgccgcctcttaattcagctcctc
ctggagaacgaaaaagttgtggttcatatcaaaagcagttccaaatatccgctcaaatct
cctcagacctccctccaactcaaggacaaacatccatccatgggcgtcaacggtggggat
cgactcttttacatgagcactcattcaacggcatatgagcttataagtatcattgaaccg
aacggagtgaaattggaaaagttagcggttgccgtgtcagagccaaataggtttctaagt
ctgctcaagaaagaacaagggttgacagaagctgggttggaaatgattgatcaaatgacg
ctggccatgcaatcggcggcccacgccgtcagagataagcgatcgtcctccacgacgtcc
agtactgcttctgccgaggcgaaacgcccaatcaagatggcttcgaaaaagttgaaacct
gaaggtgctccagactgtaagagtaatggggatggagacaagatgagaggtccaactctg
attttggaattggaagagttccccgacgtcaaaattccaacaaacatgtccatcgcgaca
ctaatggctgccgttcgtgctcagaagccggacgcctttttggatagcttagtattcttt
atccgatcagaccttggatctccatttatgaacagattttccaccacctccggcgtctct
ccatccccctcgtcctctagtgtccccgacttggtggatcaaccagaacaacaacaactc
tttcccggaattggtgaagtacaaaacttgaaagagtcagcgaccacgatcatcccagga
gtatttcgcataccgccactcccgtcaactgtggaagtgttcagtatgttgggtggtcta
ggattgctggctaagcatctgcctatcgtctaccccgaaactttgcgacaaatcgcggtt
gggagtaagtttacgggaactgtgggcgtagtgatgaacatggacaaggaaagccctgtc
atgatgaacgacaatgactgggttaaaattgaagctgcggatgacttttatgacgaaatg
ttagactccatggtcgcctcaaccccactggccaagagggcacctgggattcgacagatt
agcgtgactccaggaattccaccccactcaatggcagccttcggactctttctgagccta
ccgaggttctcagagatccttctgggcgaaagagtgggagcgcagtgcatgcttcgactt
gtaatgggagtaacggacgatgcggatggaaatgacatttttaattctgccgttgccaaa
actctgccaaccttgcctttccaagttctccgttgtttattggacgcccttcccattcac
tcagaggagggaaggactctgcgacgagtgatggtggacttacatgccacgcacttcatt
ttagcttgtctagccatattcacacatcaaaattgtgaccctgtcctagtccctggctta
caacatgagctcgtcatcgctgctacaaaagcgcaatcagggtactcggacggcaataac
aaatcgaccactgctacgtccaagtctgacgacaagtcacacgtttactgggccaagggc
actgggtttggaacaggttctacggcgcaaagttgggatgttgagatggcgattcagaaa
aagaagaacgaggaggagaacgtgacctgtctccttcacctcatgtccagctacatcaac
cccaaaatatccagaaacaacgtcgccgccgccaccaccaacaccacgacggctggtccc
tcttcttcagtagaacagcagtcgcagacatctcttcccttacccgacgtggtcattgat
ctcttgcgaagctcgtgcctcttcacggccattgctggctatctgcggaacgactctgtg
ttggatatgtctcgacacgtcccattatacaaagctgtgctagagtttcttcgtgccctg
gtctccagcccccaactcctccccctacttgctccatgggagagaaagtcctcttctgga
aagtcgggtgcggacgatcaatgcatttccaatctgctcagcaaaatgaaagatgtcgta
gacaactactcgaaaagactgacaaataacctaaaggggaaaggaggaaagaacaagtcg
acaacaaagttactggaagaattggacgacgaaggtcttgccatccttatcccagatatt
caaatgactgcgatacttgtagagaaagcggtaagcgagttggtgcttaagcgttgtcca
gaagacattgaaatgatggatgatccatcctcccttgcaattccatccaccagaactttg
gaggaacgatatattgatgaaatgaaaaagttgcaattcgccttttatgaaattattact
gacgacgaggacggtggaggaactggaggaattcgattttcagttccttaccattatgaa
agcaacgtaaggacaaactgggctcgaagctcggctgccagacttaagcgtttagcccag
gaaagtgtgacgctgtcgtcatccctccctatcgcttacggaagtgcaatttttgttcga
agcgataatgatcggttggatgtcatgaaggtgctcataaccggcccctctggaactcca
tatgctaacggatgctttgagtttgacgtgttttttcccaatgactacccccagtctccc
atgatgattaatttagaaacgaacggacgacagcgagtccgtttcaacccaaacctgtac
acggatgggaaggtttgtctcagtatcctcaacacgtggcacggccgtcccgaagaaaag
tggaacccgcaaacatctagtctcctccccgtcttggtcgctattcagtctctcatcttg
aacgctgagccatactttaatgagccgggatacgaaaagagtcgaaacacggaacaggga
gaaagaaacaatcgtgagtacaatgttggcattcaaatcgctaccgtggagtgggcaatg
ctcgaccaattgagacatccatccgcctgctttaaagatgtgatccaacgtcacttttgg
atgaagcgagccgaaatcattgcccagttggatcaatggatggaagaagtatccgtgaca
tgtcgcagtgataagcgagctggaaagagtgtgactggttctgcagaccctgtcaccgtt
tataagaataatttcaccatgttaaagaaagaatttatgaacatgcaacctccaccagga
ttggaggacttgggtgacttgtttcccgaaggactccaagccccgtcttgttcttcctcc
gcatccgctctcatcaggtcggcaagtaaccccacagggaattctgctgcagaacaacaa
ttaccgccgcccgccacgccaacaactgctcctccgcccgaacccgtgaagtcagcggcg
gatgaagacgagaagatgagcgttgacgtttaa

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Genome (1)   
   KEGG GENOME (1)   
Gene (134)   
   RefGene (131)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   RefSeq(pep) (2)   
DNA sequence (6)   
   RefSeq(nuc) (2)   
   GenBank (2)   
   EMBL (2)   
Protein domain (4)   
   Pfam (4)   
All databases (147)   

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