KEGG   Yersinia enterocolitica subsp. enterocolitica 8081 (serotype 0 8): YE2617
Entry
YE2617            CDS       T00469                                 
Symbol
irp2
Name
(GenBank) yersiniabactin biosynthetic protein
  KO
K04784  yersiniabactin nonribosomal peptide synthetase
Organism
yen  Yersinia enterocolitica subsp. enterocolitica 8081 (serotype 0:8)
Pathway
yen01053  Biosynthesis of siderophore group nonribosomal peptides
Brite
KEGG Orthology (KO) [BR:yen00001]
 09100 Metabolism
  09109 Metabolism of terpenoids and polyketides
   01053 Biosynthesis of siderophore group nonribosomal peptides
    YE2617 (irp2)
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01004 Lipid biosynthesis proteins [BR:yen01004]
    YE2617 (irp2)
   01008 Polyketide biosynthesis proteins [BR:yen01008]
    YE2617 (irp2)
Lipid biosynthesis proteins [BR:yen01004]
 Polyketide synthase
  Modular PKS
   YE2617 (irp2)
Polyketide biosynthesis proteins [BR:yen01008]
 Nonribosomal peptide synthetase (NRPS)
  Nonlinear NRPS
   Yersiniabactin synthetase
    YE2617 (irp2)
SSDB
Motif
Pfam: AMP-binding Condensation PP-binding Methyltransf_12 AMP-binding_C Methyltransf_25 Methyltransf_23 Methyltransf_11 Methyltransf_31 Methyltransf_28
Other DBs
NCBI-ProteinID: CAL12654
UniProt: P48633
Position
2820259..2826366
AA seq 2035 aa
MISGAPSKDSLLPDNRHAADYQQLRERLIQELNLTPQQLHDESNLIQAGLDSIRLMRWLH
WFRKNGYRLTLRELYAAPTLAAWNQLMLSRSPENAEEETLPDESSWPNMTESTPFPLTPV
QHAYLTGRMPGQTLGGVGCHLYQEFEGHCLTASQLEQAITTLLQRHPMLHIAFRPDGQQV
WLPQPYWNGVTVHDLRHNDAESRQAYLDALRQRLSHRLLRVEIGETFDFQLTLLPDNRHR
LHVNIDLLIMDASSFTLFFDELNALLAGESLSAIDTRYDFRSYLLHQQKINQPLRDDARA
YWLAKASTLPPAPVLPLVCEPATLREVRNTRRRMIVPATRWHAFSNRAGEYGVTPTMALA
TCFSAVLARWGGLTRLLLNITLFDRQPLHPAVGAMLADFTNILLLDTACDGDTVSNLARK
NQLTFTEDWEHRHWSGVELLRELKRQQRYPHGAPVVFTSNLGRSLYSSRAESPLGEPEWG
ISQTPQVWIDHLAFEHHGEVWLQWDSNDALFPPALVETLFDAYCQLINQLCDDESAWQKP
FADMMPASQRAIRERVNATGAPIPEGLLHEGIFRIALQQPQALAVTDMRYQWNYHELTDY
ARRCAGRLVECGVQPGDNVAITMSKGAGQLVAVLAVLLAGAVYVPVSLDQPAARREKIYA
DASVRLVLICQHDASAGSDDIPVLAWQQAIEAEPIVNPVVRAPTQPAYIIYTSGSTGTPK
GVVISHRGALNTCCDINTRYQVGPHDRVLALSALHFDLSVYDIFGVLRAGGALVMVMENQ
RRDPHAWCELIQRHQVTLWNSVPALFDMLLTWCEGFADATPENLRAVMLSGDWIGLDLPA
RYRAFRPQGQFIAMGGATEASIWSNACEIHDVPAHWRSIPYGFPLTNQRYRVVDERGRDC
PDWVSGELWIGGIGVAEGYFNDSLRSEQQFLTLPDERWYRTGDLGCYWPDGTIEFLGRRD
KQVKVGGYRIELGEIESALSQLAGVKQATVLAIGEKEKTLAAYVVPQSEAFCVTDHRNPA
LPKAWHTLAGTLPCCAISPEISAEQVADFLQHRLLKLKPGHTAGADPIPLMNSLAIQPRW
QAVVERWLAFLVTQRRLKPAAEGYQVCAGEEREDEHPHFSGHDLTLSQILRGARNELSLL
NDAQWSPESLAFNHPASAPYIQELATICQQLAQRLQRPVRLLEVGTRTGRAAESLLAQLN
AGQIEYVGLEQSQEMLLSARQRLASWPGARLSPWNADTLAAHAHSGDIIWLNNALHRLLP
EDPGLLATLQQLAVPGALLYVMEFRQLTPSALLSTLLLTNGQPEALLHNSADWAALFSAA
AFNCQHSDEVAGLQRFLVQCPDRQVRRDPRQLQAALAGRLPGWMVPQRIVFLDALPLTAN
GKIDYQALKRRHTPKAENQAEADLPQGDIEKQVAALWQQLLSTGNVTRETDFFQQGGDSL
LATRLTGQLHQAGYEAQLSDLFNHPRLADFAATLRKIDVPVEQPFVHSPEERYQPFALTD
VQQAYLVGRQPGFTLGGVGSHFFVEFEIADLDLTRLETVWNRLIARHDMLRAVVLDGQQQ
VLEQTPPWVIPTHTLHTPEEALRVREKLAHQVLNPEVWPVFDLQVGYVDGMPARLWLCLD
NLLLDGLSMQILLAELEHGYRYPQQLLPPLPVTFRDYLQQPSLQSPNPDSLAWWQAQLDD
IPPAPALPLRCLPQEVETPRFARLNGALDSTRWHRLKKRAADAHLTPSAVLLSVWSTVLS
AWSAQPEFTLNLTLFDRRPLHPQINQILGDFTSLMLLSWHPGESWLHSAQSLQQRLSQNL
NHRDVSAIRVMRQLAQRQNVPAVPMPVVFTSALGFEQDNFLARRNLLKPVWGISQTPQVW
LDHQVYESEGELRFNWDFVAALFPAGQVERQFEQYCALLNRMAEDESSWQLPLAALVPPV
KHAGQCAERPPRVCPEHSQPHIAADESTVSLICDAFREVVGESVTPAENFFEAGATSLNL
VQLHVLLQRHEFSTLTLLDLFTHPSPVALADYLAGVATVEKTKRPRPVRRRQRRI
NT seq 6108 nt   +upstreamnt  +downstreamnt
atgatttctggcgcaccatctaaggattcgctgttaccggacaaccgccacgcggctgat
taccaacaattacgcgagcggcttatacaggaactgaatttaacgccgcagcagttacat
gacgaaagcaacctgatccaggccggcctggattcaataagattgatgagatggttacac
tggtttcgtaaaaatggctaccgccttacccttcgcgagctgtatgccgcccccacgctg
gcggcatggaaccagttaatgctcagccggtcgccggagaacgcggaagaagaaacgctg
cccgacgaatcatcctggccgaacatgaccgaaagtacccccttcccattgacgccggta
cagcacgcctacctgacgggccgcatgccggggcagacgcttggcggcgtgggttgccac
ctgtatcaggagtttgaaggccattgtctgacggcgtcgcaactggagcaggccatcacg
accttgctgcaacgccacccaatgctgcatatcgcctttcgccccgacgggcagcaggtc
tggctaccgcaaccttactggaacggcgtcaccgttcatgatttacgccataacgacgct
gaaagccgccaggcctatctggacgcactgcgccagcgcctcagccaccgtcttttacgc
gtggagatcggcgaaacatttgattttcagctgacgctcttgccggacaatcgccaccgc
ctccatgtcaatattgacctgctgattatggatgcctccagctttacgcttttcttcgat
gagcttaacgccctgctggccggagaatcgctgtcggctatcgacacccgctatgatttc
cgctcgtatttgctgcaccagcagaagatcaatcaaccactgagagacgacgcacgcgct
tactggctggcgaaagcatcgacgcttccccccgcgcccgtcttgccgctggtctgcgaa
cccgccacgctacgtgaagtccgtaatacccggcgccgcatgattgtcccagcaacacgc
tggcacgcctttagcaaccgggccggcgaatatggcgtgacgccaacaatggcgctggcg
acctgtttttctgccgtgctggctcgctggggcggcctgacgcgtctgctgcttaacatc
accttattcgaccgccagccgctgcacccagcggttggcgcgatgcttgccgacttcacc
aatattcttctgctggataccgcctgcgatggcgataccgtcagcaacctggcgcgtaaa
aaccagctcacgtttacggaggactgggagcatcgccactggtccggcgtcgaattactc
cgtgaactcaaacgccagcagcgctacccccacggcgccccggtggtatttaccagcaat
ctggggcgttccctctacagcagccgcgcagaatcgccgttgggcgagccggaatggggc
atctcgcaaacgccgcaggtctggatagatcatctggcgttcgagcatcacggcgaggtc
tggctgcaatgggacagcaacgacgcgctgttccctccggcgttagtcgaaacattgttc
gacgcctactgccagttgattaaccaactctgcgatgacgaaagcgcctggcaaaagccg
ttcgcagatatgatgcccgccagccagcgcgcgatacgcgaacgggtcaacgccaccggc
gcccccattcccgaaggcttgctgcatgaaggcattttccgtatcgctctgcaacagccg
caggcgctggcggtaacggacatgcgttatcagtggaattatcatgagctgacagactat
gcccgccgttgcgcaggcaggttagtcgagtgcggggttcagcccggcgataatgtggct
atcacgatgtcgaaaggcgcaggacaacttgttgcggttctggccgtcctgctggccggg
gcagtttacgttccggtttcgttggaccagcctgccgcacggcgcgagaaaatctacgct
gacgccagcgtccggctggtgctcatttgccagcacgacgccagcgccgggtcagacgat
attcccgtccttgcctggcagcaggccattgaggcggagccgatcgtcaacccggtggta
cgcgcccccacgcaaccggcctacattatctacacttccggctctaccggcacgccgaaa
ggggtagtcatttctcaccggggagcgctcaacacctgttgcgatatcaatacccgctat
caggttggcccgcatgacagggtgctggccctctccgccctgcattttgatttatcggtt
tacgacatttttggcgtactgcgtgcgggcggcgcgctggtgatggtgatggaaaatcaa
cggcgcgatcctcacgcatggtgtgagctgatccagcgccatcaggtcacgctctggaac
agcgtcccggcgctgttcgatatgctgctgacctggtgtgaaggtttcgccgacgccacg
ccggaaaacctgcgcgcagtgatgctttccggcgactggatcggacttgacctccccgcc
cgttatcgggccttccggccacaaggacaatttatcgcgatgggcggcgccaccgaggcg
tctatctggtctaacgcctgcgaaattcacgacgtccctgcccactggcgttccatccct
tacggttttccgctaaccaaccaacgctaccgggtggtggatgaacggggccgggactgc
cctgactgggtgtcgggtgaattatggattggcggcatcggggtcgcggaaggctatttc
aacgattccctgcgcagcgagcagcaatttttgacgctcccggacgagcgctggtatcgc
accggcgatctcggctgctactggccagacggcacaatcgagttcctcggtcgtcgcgac
aagcaggtcaaagtcggaggatatcgcatcgagctgggcgaaatcgaaagcgcgctcagc
cagttggcgggggtgaaacaagcaaccgttctggcgatcggcgaaaaagaaaaaacgctg
gcggcatacgtggttcctcagagcgaggctttttgcgttaccgatcatcggaacccggca
ttgccgaaggcgtggcacacgcttgcgggaacgttgccctgttgcgccatctcgccagag
atctccgcagaacaggtagccgatttccttcagcatcgcctgttaaaactgaagccgggt
cacaccgctggcgccgatcctatccccctgatgaattcactcgctatccagccgcgctgg
caggccgtggtggaacgctggttagcatttctggtgacgcaacggcgactgaagcccgct
gctgaaggttatcaggtctgcgctggtgaagaacgcgaggatgagcacccgcacttcagc
ggacatgatttaacgttatcgcaaattcttcgcggtgcccgtaacgaactgtcgttactg
aacgacgcgcagtggtcgccggaaagcctggcctttaaccatccggccagcgccccgtat
attcaggaactggcgacaatttgccaacagcttgcacagcgcttacagcgcccggtacgc
ctgcttgaggtgggaacccgcaccggccgcgccgcagaatcgctgttggcacagctcaac
gccggacagattgagtatgtcgggcttgagcagagccaggagatgctactgagcgcccgg
cagaggctcgcctcctggcctggtgcccgtctgtccccctggaatgcagacacgctggcg
gcgcacgctcactcgggggacattatctggcttaataacgccctgcatcgtctgctgccg
gaagatcccgggctccttgcgacattacaacagcttgccgttcccggcgcgctgctctac
gtgatggagtttcgccagttaacgccgtccgccctgctcagcacgctcctgttaaccaat
gggcagccggaggccttgctgcataacagcgccgactgggcggcattatttagcgcggcc
gccttcaactgtcagcatagcgatgaggtcgcggggttacaacgcttcctcgtacaatgt
cctgacaggcaggtgcgccgcgatccccgtcaacttcaggccgccctcgccgggcgtctg
ccggggtggatggtgccgcaacggatcgtcttcctcgacgccttaccgctgacggctaac
gggaaaattgactaccaggcgctgaagcgtcgtcatacccctaaagcggaaaaccaggcc
gaagcggatttaccccagggcgacattgaaaaacaggttgccgccctctggcagcaactc
ttatcgactggcaatgtcaccagagaaaccgacttcttccagcaaggcggcgatagcctg
ctggcgacccgtctgaccgggcaacttcatcaggcaggttatgaagcgcaattaagcgac
ctgtttaatcatccccggctggcggattttgccgccacgctgcgtaaaatcgacgtcccg
gtcgaacaaccattcgtccactctcctgaagaacgctaccagccctttgcgcttaccgac
gtgcagcaggcttacctggtggggcgtcagccgggctttaccctgggcggcgtcggctca
catttctttgttgaatttgaaattgccgatctggacctcacccggctggagacggtctgg
aaccgattaatcgcccgccacgatatgctacgcgccgtcgtgcttgatggacagcaacag
gtgctcgaacagacgcccccctgggtgatacccacacacacccttcatacgcctgaagag
gcgttgcgggtacgcgaaaaactggcgcatcaggtactcaaccccgaagtgtggccggta
ttcgatctccaggtcggatacgtggacgggatgcccgcccgcctgtggctgtgtctggat
aacctgttgcttgacggcctgagcatgcagatcctgctggcggagctggagcacggctac
cgctacccgcaacagctgcttccgccgctgcccgtcaccttcagggattatctgcaacag
ccctcgctacagtcgcccaatccagattctctggcatggtggcaggcgcagcttgatgat
attcctccggcgccagcgttgccgctgcgctgcttgcctcaggaggttgaaacaccgcgc
ttcgcccgcctgaacggcgcgctggacagcacgcgctggcatcggctgaaaaaacgggcg
gctgacgcccatctcaccccgtcggccgtgctgttgtcggtgtggtcaacggttctctct
gcatggagtgcgcagcctgagttcacgcttaaccttacgcttttcgacaggcgaccgctg
cacccgcaaatcaaccagattctgggcgatttcacttcgctgatgttgctgagctggcac
cccggcgaaagctggctgcacagcgcgcagtcactacagcagcggctgagccagaacctc
aaccaccgcgatgtgtcagccatccgcgtgatgcgtcaactggcgcaacggcaaaacgtg
cctgccgttccgatgcccgtcgtctttaccagcgcgctgggctttgagcaggataacttc
ctcgcccggcgtaatctgctcaagccggtctggggcatctcccagacgccgcaggtctgg
ctcgatcaccaggtttatgaatccgaaggcgaactgcgctttaactgggattttgtcgcc
gcgctgtttcctgccgggcaggtggagcgccagtttgaacagtattgcgcattgctaaac
cgaatggccgaggatgaaagcagctggcaactgccgctcgccgcgctggtgcctcccgta
aaacacgcagggcaatgcgcagagcgcccaccgcgcgtatgccctgagcactctcagcca
cacattgcggcggacgagagcaccgtcagcctgatttgcgacgccttccgcgaggtggtt
ggcgagtctgtcacacccgcagaaaacttctttgaggcgggtgcaacatcgctgaatctg
gtgcaactgcacgttttgttacaacgtcacgaattttccaccctgacgttgcttgacctc
ttcacccacccttctcctgttgccctggccgattatctggccggcgtcgccacggtggag
aaaacaaaacgtcctcgccctgttcgccgtcgtcagcggcggatatag

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (3)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   SWISS-PROT (1)   
Protein domain (10)   
   Pfam (10)   
All databases (20)   

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