KEGG   Bacillus subtilis subsp. subtilis 168: BSU03480
Entry
BSU03480          CDS       T00010                                 
Symbol
srfAA
Name
(RefSeq) surfactin synthase subunit 1
  KO
K15654  surfactin/lichenysin synthetase A
Organism
bsu  Bacillus subtilis subsp. subtilis 168
Pathway
bsu01054  Nonribosomal peptide structures
bsu02024  Quorum sensing
Brite
KEGG Orthology (KO) [BR:bsu00001]
 09100 Metabolism
  09109 Metabolism of terpenoids and polyketides
   01054 Nonribosomal peptide structures
    BSU03480 (srfAA)
 09140 Cellular Processes
  09145 Cellular community - prokaryotes
   02024 Quorum sensing
    BSU03480 (srfAA)
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01008 Polyketide biosynthesis proteins [BR:bsu01008]
    BSU03480 (srfAA)
Polyketide biosynthesis proteins [BR:bsu01008]
 Nonribosomal peptide synthetase (NRPS)
  Linear NRPS
   Surfactin family lipopeptide synthetase
    BSU03480 (srfAA)
SSDB
Motif
Pfam: Condensation AMP-binding PP-binding AMP-binding_C HMGL-like
Other DBs
NCBI-GeneID: 938306
NCBI-ProteinID: NP_388230
Pasteur: BG10168
UniProt: P27206 A0A6M4JCW0
Position
376968..387731
AA seq 3587 aa
MEITFYPLTDAQKRIWYTEKFYPHTSISNLAGIGKLVSADAIDYVLVEQAIQEFIRRNDA
MRLRLRLDENGEPVQYISEYRPVDIKHTDTTEDPNAIEFISQWSREETKKPLPLYDCDLF
RFSLFTIKENEVWFYANVHHVISDGISMNILGNAIMHIYLELASGSETKEGISHSFIDHV
LSEQEYAQSKRFEKDKAFWNKQFESVPELVSLKRNASAGGSLDAERFSKDVPEALHQQIL
SFCEANKVSVLSVFQSLLAAYLYRVSGQNDVVTGTFMGNRTNAKEKQMLGMFVSTVPLRT
NIDGGQAFSEFVKDRMKDLMKTLRHQKYPYNLLINDLRETKSSLTKLFTVSLEYQVMQWQ
KEEDLAFLTEPIFSGSGLNDVSIHVKDRWDTGKLTIDFDYRTDLFSREEINMICERMITM
LENALTHPEHTIDELTLISDAEKEKLLARAGGKSVSYRKDMTIPELFQEKAELLSDHPAV
VFEDRTLSYRTLHEQSARIANVLKQKGVGPDSPVAVLIERSERMITAIMGILKAGGAYVP
IDPGFPAERIQYILEDCGADFILTESKVAAPEADAELIDLDQAIEEGAEESLNADVNARN
LAYIIYTSGTTGRPKGVMIEHRQVHHLVESLQQTIYQSGSQTLRMALLAPFHFDASVKQI
FASLLLGQTLYIVPKKTVTNGAALTAYYRKNSIEATDGTPAHLQMLAAAGDFEGLKLKHM
LIGGEGLSSVVADKLLKLFKEAGTAPRLTNVYGPTETCVDASVHPVIPENAVQSAYVPIG
KALGNNRLYILDQKGRLQPEGVAGELYIAGDGVGRGYLHLPELTEEKFLQDPFVPGDRMY
RTGDVVRWLPDGTIEYLGREDDQVKVRGYRIELGEIEAVIQQAPDVAKAVVLARPDEQGN
LEVCAYVVQKPGSEFAPAGLREHAARQLPDYMVPAYFTEVTEIPLTPSGKVDRRKLFALE
VKAVSGTAYTAPRNETEKAIAAIWQDVLNVEKAGIFDNFFETGGHSLKAMTLLTKIHKET
GIEIPLQFLFEHPTITALAEEADHRESKAFAVIEPAEKQEHYPLSLAQQRTYIVSQFEDA
GVGYNMPAAAILEGPLDIQKLERAFQGLIRRHESLRTSFVLENSTPRQKIHDSVDFNIEM
IERGGRSDEAIMASFVRTFDLAKAPLFRIGLLGLEENRHMLLFDMHHLISDGVSIGIMLE
ELARIYKGEQLPDLRLQYKDYAVWQSRQAAEGYKKDQAYWKEVFAGELPVLQLLSDYPRP
PVQSFEGDRVSIKLDAGVKDRLNRLAEQNGATLYMVMLSAYYTLLSKYTGQDDIIVGTPS
AGRNHSDTEGIIGMFVNTLAIRSEVKQNETFTQLISRVRKRVLDAFSHQDYPFEWLVEDL
NIPRDVSRHPLFDTMFSLQNATEGIPAVGDLSLSVQETNFKIAKFDLTVQARETDEGIEI
DVDYSTKLFKQSTADRLLTHFARLLEDAAADPEKPISEYKLLSEEEAASQIQQFNPGRTP
YPKDKTIVQLFEEQAANTPDHTALQYEGESLTYRELNERANRLARGILSLGAGEGRTAAV
LCERSMDMIVSILAVLKSGSAYVPIDPEHPIQRMQHFFRDSGAKVLLTQRKLKALAEEAE
FKGVIVLADEEESYHADARNLALPLDSAAMANLTYTSGTTGTPKGNIVTHANILRTVKET
NYLSITEQDTILGLSNYVFDAFMFDMFGSLLNGAKLVLIPKETVLDMARLSRVIERENIS
ILMITTALFHLLVDLNPACLSTLRKIMFGGERASVEHVRKALQTVGKGKLLHMYGPSEST
VFATYHPVDELEEHTLSVPIGKPVSNTEVYILDRTGHVQPAGIAGELCVSGEGLVKGYYN
RPELTEEKFVPHPFTSGERMYKTGDLARWLPNGDIEFIGRIDHQVKIRGQRIELGEIEHQ
LQTHDRVQESVVLAVDQGAGDKLLCAYYVGEGDISSQEMREHAAKDLPAYMVPAVFIQMD
ELPLTGNGKIDRRALPIPDANVSRGVSYVAPRNGTEQKVADIWAQVLQAEQVGAYDHFFD
IGGHSLAGMKMLALVHQELGVELSLKDLFQSPTVEGLAQVIASAEKGTAASISPAEKQDT
YPVSSPQKRMYVLQQLEDAQTSYNMPAVLRLTGELDVERLNSVMQQLMQRHEALRTTFEI
KDGETVQRIWEEAECEIAYFEAPEEETERIVSEFIKPFKIDQLPLFRIGLIKHSDTEHVL
LFDMHHIISDGASVGVLIEELSKLYDGETLEPLRIQYKDYAVWQQQFIQSELYKKQEEHW
LKELDGELPVLTLPTDYSRPAVQTFEGDRIAFSLEAGKADALRRLAKETDSTLYMVLLAS
YSAFLSKISGQDDIIVGSPVAGRSQADVSRVIGMFVNTLALRTYPKGEKTFADYLNEVKE
TALSAFDAQDYPLEDLIGNVQVQRDTSRNPLFDAVFSMQNANIKDLTMKGIQLEPHPFER
KTAKFDLTLTADETDGGLTFVLEYNTALFKQETIERWKQYWMELLDAVTGNPNQPLSSLS
LVTETEKQALLEAWKGKALPVPTDKTVHQLFEETAQRHKDRPAVTYNGQSWTYGELNAKA
NRLARILMDCGISPDDRVGVLTKPSLEMSAAVLGVLKAGAAFVPIDPDYPDQRIEYILQD
SGAKLLLKQEGISVPDSYTGDVILLDGSRTILSLPLDENDEENPETAVTAENLAYMIYTS
GTTGQPKGVMVEHHALVNLCFWHHDAFSMTAEDRSAKYAGFGFDASIWEMFPTWTIGAEL
HVIEEAIRLDIVRLNDYFETNGVTITFLPTQLAEQFMELENTSLRVLLTGGDKLKRAVKK
PYTLVNNYGPTENTVVATSAEIHPEEGSLSIGRAIANTRVYILGEGNQVQPEGVAGELCV
AGRGLARGYLNREDETAKRFVADPFVPGERMYRTGDLVKWTGGGIEYIGRIDQQVKVRGY
RIELSEIEVQLAQLSEVQDAAVTAVKDKGGNTAIAAYVTPESADIEALKSALKETLPDYM
IPAFWVTLNELPVTANGKVDRKALPEPDIEAGSGEYKAPTTDMEELLAGIWQDVLGMSEV
GVTDNFFSLGGDSIKGIQMASRLNQHGWKLEMKDLFQHPTIEELTQYVERAEGKQADQGP
VEGEVILTPIQRWFFEKNFTNKHHWNQSVMLHAKKGFDPERVEKTLQALIEHHDALRMVY
REGQEDVIQYNRGLEAASAQLEVIQIEGQAADYEDRIEREAERLQSSIDLQEGGLLKAGL
FQAEDGDHLLLAIHHLVVDGVSWRILLEDFAAVYTQLEQGNEPVLPQKTHSFAEYAERLQ
DFANSKAFLKEKEYWRQLEEQAVAAKLPKDRESGDQRMKHTKTIEFSLTAEETEQLTTKV
HEAYHTEMNDILLTAFGLAMKEWTGQDRVSVHLEGHGREEIIEDLTISRTVGWFTSMYPM
VLDMKHADDLGYQLKQMKEDIRHVPNKGVGYGILRYLTAPEHKEDVAFSIQPDVSFNYLG
QFDEMSDAGLFTRSELPSGQSLSPETEKPNALDVVGYIENGKLTMSLAYHSLEFHEKTVQ
TFSDSFKAHLLRIIEHCLSQDGTELTPSDLGDDDLTLDELDKLMEIF
NT seq 10764 nt   +upstreamnt  +downstreamnt
atggaaataactttttaccctttaacggatgcacaaaaacgaatttggtacacagaaaaa
ttttatcctcacacgagcatttcaaatcttgcggggattggtaagctggtttcagctgat
gcgattgattatgtgcttgttgagcaggcgattcaagagtttattcgcagaaatgacgcc
atgcgccttcggttgcggctagatgaaaacggggagcctgttcaatatattagcgagtat
cggcctgttgatataaaacatactgacactactgaagatccgaatgcgatagagtttatt
tcacaatggagccgggaggaaacgaagaaacctttgccgctatacgattgtgatttgttc
cgtttttccttgttcaccataaaggaaaatgaagtgtggttttacgcaaatgttcatcac
gtgatttctgatggtatctccatgaatattctcgggaatgcgatcatgcacatttattta
gaattagccagcggctcagagacaaaagaaggaatctcgcattcatttatcgatcatgtt
ttatctgaacaggaatatgctcaatcgaagcggtttgaaaaggacaaggcgttttggaac
aaacaatttgaatcggtgcctgaacttgtttccttgaaacggaatgcatccgcaggggga
agtttagatgctgagaggttctctaaagatgtgcctgaagcgcttcatcagcagattctg
tcgttttgtgaggcgaataaagtcagtgttctttcggtatttcaatcgctgctcgccgcc
tatttgtacagggtcagcggccagaatgatgttgtgacgggaacatttatgggcaaccgg
acaaatgcgaaagagaagcagatgcttggcatgtttgtttctacggttccgcttcggaca
aacattgacggcgggcaggcgttttcagaatttgtcaaagaccggatgaaggatctgatg
aagacacttcgccaccaaaagtatccgtataatctcctaatcaacgatttgcgtgaaaca
aagagctctctgaccaagctgttcacggtttctcttgaatatcaagtgatgcagtggcag
aaagaagaggatcttgcctttttgactgagccgattttcagcggcagcggattaaatgat
gtctcaattcatgtaaaggatcgatgggatactgggaaactcaccatagattttgattac
cgcactgatttattttcacgtgaagaaatcaacatgatttgtgagcgcatgattaccatg
ctggagaacgcgttaacgcatccagaacatacaattgatgaattaacactgatttctgat
gcggagaaagagaagctgcttgcgagggccggcggtaaatctgtgagctaccgtaaggac
atgacgataccagagctgttccaagaaaaggctgaactgctttctgatcatccagcggtt
gtatttgaagatcgcacattgtcctatcgaacgttacatgagcaatctgcacgcatcgcc
aatgtgctgaaacagaaaggggttggcccggacagtcctgtcgcggttttgattgaacgc
tctgaacggatgattacagctatcatgggaattttaaaagccggcggagcctatgtgccg
attgatccgggttttcctgctgagcgcattcaatatattttggaggactgcggggcggat
ttcatcctgactgaatcgaaggttgcggcgcctgaagccgatgctgagctgattgactta
gatcaggcgattgaggaaggtgcagaagaaagcctgaatgcagatgtgaacgctcggaac
cttgcctacattatttacacatcgggaacaaccggacgcccgaaaggcgttatgatcgag
catcgccaggttcatcatttggttgaatctctgcagcagacgatttatcaaagcggcagc
caaaccctgcggatggcattgcttgcgccgttccactttgatgcgtcagtgaagcagatc
ttcgcgtcgcttcttttgggccaaaccctttatatcgtaccgaagaaaacagtgacgaac
ggggccgcccttactgcatattatcggaagaacagcattgaggcgacggacggaacaccg
gctcatttgcaaatgctggcagcagcaggcgattttgaaggcctaaaactgaagcacatg
ctgatcggaggagaaggcctgtcatctgttgttgcggacaagctgctgaagctgtttaaa
gaagccggcacagcgccgcgtttgactaatgtgtacgggccgactgaaacgtgcgttgac
gcgtctgttcatccggttatccctgagaatgcagttcaatcagcgtatgtgccgatcggg
aaagcgctggggaataaccgcttatatattttggatcaaaaaggccggctgcagcctgaa
ggcgtggcgggtgagctttatatcgcgggagacggtgtgggccgaggctatttacatttg
cctgaattaacggaagagaagtttttacaagatccattcgtgccgggcgatcgcatgtac
cggaccggggacgtggtgcgctggcttccagatggaacaatcgaatatttaggcagagag
gatgaccaggtcaaagtccgcggataccggattgagcttggggaaattgaagccgtgatt
cagcaggcgccagacgttgcaaaagccgttgttttggcacgccctgacgaacagggaaat
cttgaggtttgcgcatatgttgtgcagaagcctggaagcgaatttgcgccagccggtttg
agggagcatgcggccagacagcttcctgactatatggtgccggcttactttacagaagtg
acagaaattccgcttacaccaagcggcaaagtcgaccgccgcaagctgtttgcactagag
gtgaaggctgtcagcggcactgcctatacagcgccgcgaaatgagactgaaaaagcaatc
gcagccatttggcaggacgtgctgaacgttgagaaggcggggatctttgacaatttcttt
gaaactggcggacattcattaaaagccatgacccttttaacaaagattcataaggaaaca
ggcattgagattccgcttcaatttttgtttgagcatccgacgattacggctcttgcagag
gaagctgatcacagagaaagcaaagcttttgcggtgattgaacctgctgaaaaacaggag
cattacccgctttcattggcacagcagcgaacatatatcgtcagccagttcgaggatgcg
ggagtcggctataacatgccagcagcagcaattctggaagggcctttagatattcaaaag
ctggagcgcgcatttcagggattaatccgacgccacgagtcattgagaacatcatttgtt
cttgaaaacagcacgccgagacagaaaattcacgatagcgttgatttcaacatcgaaatg
attgaaagaggcggccgctcagatgaggcaattatggcttcattcgttcggacatttgat
ttggcgaaagctccgctgttcagaatcggtttgctggggcttgaagagaaccgtcatatg
ctgctgtttgacatgcaccatttgatttctgacggtgtatccattggcattatgctggag
gagttagcacgcatttataaaggcgaacagcttcctgatcttcgtctccagtataaggac
tacgctgtatggcaaagcagacaggctgctgaagggtacaagaaggaccaggcttattgg
aaggaagtctttgcaggcgagctcccggtgcttcagcttctgtccgattacccaagacca
cctgttcaaagctttgaaggggatcgggtgtcaatcaagctggatgcgggggtaaaggat
cgcctcaatcgtttggctgaacaaaacggcgccactttatatatggtgatgctttccgct
tactatacgcttttgtcaaagtatacggggcaggatgacatcattgtcgggacaccgtca
gcgggcagaaatcactccgatacagagggcattatcgggatgttcgtcaatacgcttgcg
attcgcagtgaggtgaagcagaatgagacgtttacccaattgatctcgcgtgtccgcaaa
cgggtgctggatgccttttctcatcaggactatccgtttgagtggcttgttgaagatttg
aacatcccgcgtgatgttagcaggcatccgctgtttgacacgatgttcagccttcaaaac
gcgacagagggcattccggctgtcggcgatctttccttgtctgttcaagagaccaatttc
aagattgccaaatttgatttgacggtgcaggcgagagaaaccgatgaaggcattgagatt
gatgtggattacagcacaaagctgtttaaacaaagcacggcagacaggctgcttacgcat
tttgcgcgtttgcttgaagatgctgcggctgatccagagaagccgatttctgagtataag
cttctttctgaagaggaggctgcttcgcaaattcagcagtttaacccgggcagaacacct
tatccgaaagataaaacaattgttcagctgtttgaggagcaagcggcgaatacgccagac
cacactgcgcttcaatatgaaggcgaatcactcacttatcgtgaactgaatgaacgggcc
aatcgtttagcccgcggcattctttctcttggagctggcgaaggcagaactgcggctgtc
ttatgcgagcggtcaatggatatgattgtgtcgatcttggcagtattaaaatcaggttcg
gcttatgttccgatcgatccggaacatccgattcagcggatgcagcatttcttccgtgac
agcggagcaaaggtgcttctcactcagaggaaattaaaggctttggcggaagaagcggaa
tttaagggcgttatcgtgctagccgatgaggaagaaagctatcatgccgatgcgcgaaat
ctcgcactgcctcttgattctgcagcaatggccaacctgacgtatacttccggaacgact
ggaacacctaaggggaatatcgtgacacatgccaatattctccgcacggtgaaggaaacg
aattatctcagcattacagaacaggatacgattctcggtctttccaattacgtgtttgac
gcgtttatgttcgatatgttcggctctttgttaaacggagccaagctggtgctgataccg
aaggaaaccgttttggacatggctcgcctgtcccgcgtcattgaacgggagaacatcagc
attctcatgattacaaccgctttgttccacttgcttgtggacttgaatccggcatgcttg
tcaacgcttcgcaagattatgtttggcggggaacgggcttcggttgagcatgtcagaaaa
gctttgcaaacggttggaaagggcaagctccttcatatgtatggaccgtctgaaagcacg
gttttcgcgacgtatcatccggttgatgaattggaggagcacacgctgtctgttccgatt
ggaaaaccggtcagcaatacggaagtatacattcttgaccgtacgggacacgtgcagcct
gccgggattgccggagagctttgcgtcagcggcgaaggactcgtgaaaggctattacaac
cgtccagaactgactgaggagaaatttgttccccatccgtttacatccggcgaacgcatg
tataaaacgggagaccttgcgagatggctgccgaatggcgacatcgaatttatcgggcga
atcgaccatcaggtgaagattcgcggacagcgcatcgagcttggagaaatcgaacatcag
ctgcaaacccatgatcgtgttcaggaaagtgttgtgcttgccgttgatcaaggagcggga
gataaactgttgtgtgcttactatgtcggagaaggagacatctcatcacaagagatgaga
gagcatgctgcgaaggacttgccggcatatatggttcctgcggtgtttatccaaatggac
gagctgccgctgacagggaacggaaaaattgaccggagagcgctgccgattcctgatgcc
aacgtttcaagaggtgtttcatatgttgcgccacgcaatggaacggaacaaaaagtcgcg
gacatttgggcacaggtacttcaggcagaacaagtcggcgcttatgaccacttctttgac
attggcggacattcattagcaggcatgaagatgcttgccttggttcatcaggaactgggc
gttgagctgtcactcaaggatctcttccagtcaccgacggttgagggcttggcacaggtg
attgcctctgctgaaaaagggacagccgcaagtatcagcccggcagagaaacaagatacg
tatcctgtttcttcaccgcaaaaacggatgtacgtgcttcagcagcttgaggatgcgcaa
acgagctataacatgccggcggttctgcgcctgacaggtgagcttgatgttgaaaggctt
aacagcgtcatgcagcagttaatgcagcgtcatgaagccttgagaaccacgtttgaaata
aaagatggagaaacggtgcagcggatctgggaagaggctgagtgcgagatagcctatttc
gaagccccggaagaagagacagagcggatcgtttctgagtttattaagcctttcaaaatc
gaccaacttccactgttcagaatagggcttatcaagcattcagacactgagcatgtgctg
ctgttcgatatgcatcatattatttctgatggtgcatctgtcggtgtgctgattgaggag
ctttcaaagctgtacgacggagaaacccttgagccgctccgtattcaatataaggattat
gccgtgtggcagcagcagttcattcagtctgagctttacaagaagcaagaagagcattgg
ctgaaggagctggacggagagctgccggtgctgacgcttccgactgattacagtcggcct
gccgttcaaacatttgagggagaccgcattgcattttcattagaagcaggcaaagctgat
gctctgcgcaggcttgcaaaagaaacggattccacgctttacatggtgcttctggcttca
tacagtgcgtttttatcaaaaattagcgggcaagacgatatcatcgtcggttcacctgtg
gccggacgatctcaagcggacgtcagccgcgtcatcggaatgttcgtcaatacattggcg
ctgcgcacgtatccgaagggtgaaaagacgtttgctgactatcttaacgaagtgaaagaa
acggcactcagcgcttttgatgcgcaggattacccacttgaggatttgatcggaaatgtt
caggttcagcgtgacacaagcagaaatccgttattcgatgcagttttttcaatgcaaaat
gcgaatataaaggatttaacaatgaaagggattcagcttgagccgcatccgtttgaacgg
aaaacagccaagtttgacctcacgctgacggctgacgaaaccgacggagggcttacattc
gtactcgaatacaatacagctctgtttaagcaggaaacgattgaacgatggaagcaatat
tggatggagcttttagatgcagttactgggaacccgaaccagccgctttccagcctgtca
ctggtcaccgagacagaaaagcaagcgcttcttgaggcatggaagggcaaagcgctgcct
gtgccgacagacaaaacggttcatcagctattcgaagagactgcccagcgccacaaagac
cgcccggctgtcacatacaacggccagtcttggacgtacggcgagctgaatgcgaaggca
aaccgtctcgcgcggattctgatggactgcggcatcagcccggatgaccgcgtcggcgtt
ctcacgaagccgtcgcttgaaatgtccgccgcggtgctcggcgtcttgaaagccggagcg
gcgtttgtgccgattgatcctgactatccggatcagcggattgagtatattttacaggac
agcggcgcgaagcttctcttgaaacaggaaggcatttcagtgccggacagctatacggga
gatgtcattcttctcgacggaagccgcacgattctaagcctgccgcttgatgaaaacgac
gaggaaaatccagaaaccgctgtaaccgcggagaacttggcgtacatgatttacacgtct
ggaacgaccggacagccgaagggtgtcatggtcgagcaccatgcgcttgtgaacctgtgc
ttctggcaccacgacgcgttcagcatgacagcggaggaccgcagtgcgaagtacgcgggc
tttgggttcgacgcttccatttgggagatgttcccgacctggacgatcggtgccgaactt
cacgtcattgaggaagcgatccgcctcgatatcgtccgcctgaacgattattttgaaacg
aacggcgtaacgatcacgttcctgccgacacagcttgcggaacagttcatggagcttgag
aacacatcacttcgcgtattgcttactggaggagacaagctgaagcgcgcagtgaaaaag
ccgtacacactcgtcaataactacgggccgacagagaatacggtcgttgccacaagcgca
gaaatccatccggaggaaggctcgctttccatcggaagggccattgccaatacgagagta
tacattctcggcgagggcaatcaggtgcagccggaaggcgtagccggagagctttgcgtg
gcggggcgcggactggcacgcggctatctgaatcgagaagacgaaaccgcgaagcggttt
gtcgctgatccgtttgtgccgggtgagcgcatgtaccgcaccggcgatttggtgaaatgg
acgggcggcggcatcgaatacatcggccggatcgaccagcaggtcaaggtccgcggctac
cggatcgagctctcagaaattgaagtccagctcgcccagctttctgaggtgcaggatgcg
gcggtgacagctgtcaaagataaaggcggcaacacagcgatcgcggcgtatgtcacaccg
gaatcagctgacatagaagcactgaaatcagcactgaaggaaaccctgccggattacatg
atcccggcgttctgggtgacgctgaacgagcttccggttacggcaaacggcaaagtggac
cgcaaagccttgcctgagccggacatcgaagcgggaagcggagaatacaaagcgccgacg
accgacatggaagagctgcttgccggcatctggcaggacgtgcttggaatgtctgaagtc
ggtgtcaccgacaatttcttctcgcttggcggagattccatcaaaggaattcaaatggcg
agccgcttgaaccagcacggctggaagctggaaatgaaagatctcttccagcacccgacg
atcgaagagctcacccagtacgtagagcgtgccgaaggcaaacaggcagaccaaggcccg
gtggagggcgaagtcatcctgacgccgatccagcgctggttctttgaaaagaacttcacg
aacaagcaccactggaaccaatctgtgatgcttcacgccaagaagggctttgatcctgaa
cgggtggagaaaacattgcaggcgctgatcgagcatcatgacgcgctccgcatggtctat
cgtgagggacaggaagacgtcattcaatacaacagaggtcttgaagctgcttcagctcaa
ttggaggtcatccagattgagggccaagctgcagattacgaagaccgaatagagagagaa
gcggagcgtttgcaaagcagcatcgacttgcaggaaggcggcttgttaaaagcaggcttg
ttccaagcggaagacggagatcacttgcttcttgccattcaccacttagtggttgacggc
gtgtcgtggcggattttactggaggatttcgccgcggtatatacacagcttgagcaaggc
aatgaaccggttctcccgcagaaaacacattcatttgcagagtatgcagagagattgcaa
gacttcgcgaactccaaagcctttttgaaagaaaaagagtattggagacagcttgaagaa
caagctgttgcggcaaagcttccgaaagaccgcgaatctggtgatcagcgaatgaaacat
acaaagacaattgaattctcgctgactgctgaagagacagaacagctcaccacaaaggtg
catgaggcatatcacacagaaatgaatgatattttgctgacggcattcggattggcaatg
aaggagtggacgggtcaagatcgagtaagtgttcatttagaggggcatggacgtgaagaa
atcatagaagacctgaccatttctcgcacagtcggctggtttacaagtatgtacccaatg
gtgctcgatatgaagcatgcggatgatctgggctaccagctgaagcaaatgaaagaagat
atcagacatgtgccgaataagggagtcggatacggcattctgcgctatctgacggcaccg
gaacataaagaagatgtggcgttctcgattcagccggatgtcagcttcaactatttaggt
cagtttgacgaaatgtcggatgcaggtttgtttacgagatcagagctgccatcaggacag
tcattaagccctgaaacagaaaaaccgaatgcgctggatgttgtcggatatatcgaaaac
ggaaaactgacgatgtcactggcctatcattctcttgaatttcatgaaaaaacagtacaa
acattcagtgacagctttaaagcgcatcttctcagaatcattgaacattgcctatctcaa
gatggtacggaactgaccccgagtgatcttggtgacgacgatttgacgctggatgagctg
gataaattaatggaaattttctaa

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Ontology (2)   
   KEGG BRITE (2)   
Pathway (2)   
   KEGG PATHWAY (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (39)   
   KEGG ORTHOLOGY (1)   
   RefGene (34)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
   PASTEUR (1)   
Protein sequence (4)   
   UniProt (2)   
   SWISS-PROT (1)   
   RefSeq(pep) (1)   
Protein domain (5)   
   Pfam (5)   
All databases (53)   

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