| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | YpsIP31758_0684 |
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| Symbol | |
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| ID | 5387843 |
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| Type | CDS |
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| Is gene spliced | No |
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| Is pseudo gene | No |
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| Organism name | Yersinia pseudotuberculosis IP 31758 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_009708 |
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| Strand | + |
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| Start bp | 821290 |
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| End bp | 826956 |
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| Gene Length | 5667 bp |
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| Protein Length | 1888 aa |
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| Translation table | 11 |
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| GC content | 49% |
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| IMG OID | 640863653 |
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| Product | putative pyochelin synthetase |
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| Protein accession | YP_001399674 |
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| Protein GI | 153947007 |
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| COG category | [Q] Secondary metabolites biosynthesis, transport and catabolism |
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| COG ID | [COG1020] Non-ribosomal peptide synthetase modules and related proteins |
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| TIGRFAM ID | [TIGR01435] glutamate--cysteine ligase/gamma-glutamylcysteine synthetase, Streptococcus agalactiae type
[TIGR01733] amino acid adenylation domain |
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Plasmid Coverage information |
| Num covering plasmid clones | 25 |
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| Plasmid unclonability p-value | 1 |
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| Plasmid hitchhiking | No |
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| Plasmid clonability | normal |
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Fosmid Coverage information |
| Num covering fosmid clones | n/a |
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| Fosmid unclonability p-value | n/a |
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| Fosmid Hitchhiker | n/a |
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| Fosmid clonability | n/a |
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Sequence |
| Gene sequence | ATGGATATAA ATATGGGTTC ATCTTCAGCA ACACAGGCCA CCGATCTACT CGTGAACCTT
GAACAACAGG AGGTTCGTTT CTGGTTAGAG GGTGAAAGGA TCAAATTTCG TGCGCCAGAA
GGGGTCATGA CGGGGGCGGT GATTGCGTCC TTAAAAGCGC TGAAACCCCA GTTGGTGGCA
ATTTTAGCCG TGAGGGAGCA GCAAGAAACC CTGCCTATCG ATACAGAAAA CCGTTATGCG
GCTTTTCCGC TTAGCCATGT ACAGGCTGCT TATTTTGTTG GGCGGCAGAG CGTGTTTGAA
TATGGCGGGG TTGGGTGTCA TGGCTATTTT GAGATCCTCG CACCTTGTTG GGATAAGGCT
AAACTGGAAT GCGTCTGGGA ACAGATGATT ATTCGCCATG ATATGTTGCG AGCCATTATC
ACGCCAAATG GTGAGCAGCG TATCCTGCCT TCTGTCGCGC CTTTCGTGAT TGAGCAGGTT
GATGTTTCAT CAGAAACCGT GCGTCAGGCT ATGTCTCATC GGGTTTATCA AACCGATAAA
TGGCCATTGT TTGATCTCAA AATCAGTCAT CAGAACGGTA AAGATTGTTT GCATTTCAGT
ATTGATTTGC TGATTGCTGA TTTCCTTAGC GTACAGATTT TGCTGGCGGA ATTATTCAAG
GGTTATCTCG GGCAAACTTT CCCCGCCGCG CCACTGACTG CGAGTTTCCG CGATGTGATT
TGCTATGAAC GCCAGCAACA GAGTGGGCGT GCCTATGGTG ATGCACGCCA ATATTGGTTT
TCTCGACTCC CTACGTTACC GGCATGTCCA CAATTACCAA CATGTCCACA GTTACCGATA
GGTTCACAGT CACCGGCAGG TTCGCCATCA CCGGCCATGC AAACAAACGC GTCAGAAATA
CCGCGATTTG TCCGTTATCG CCATCAACTC GCTCCTTCAT GTTGGCGGCG CTTGCAGCAA
GGTTGCCAGC AACAAGGTGT TTCACCGTCA GCGTTTTTAC TCACTGTTTT TAGTGAAGTG
ATTGGCCGAT GGTCGGAGAA CCGCCATTTT ACCTTGAATC TCACGGTAAT GAATCGTCCC
AATATTCATA AAGATATCGA CAAATTGGTG GGTGATTTTA CCTCAGTCAG CTTATTGGAA
GTCGATTTAC GCTCACCCAA GACGGTGTAT GAGCGAGTTA AACAGATCCA GAAACAGCTT
TGGCAAGATC TGGAACACCG AACATTTTCT GGCATTGAAG TTATGCGTGA ATGGGGGCGG
CAACAAGGCG TGGGGCACGC CAGAATGCCC ATCGTTTTCA CCAGTGCTTT AGTCGGAGAG
GGCAAAAATC AGGTACAAGA AGCGATCAGC GAGACTCAAC TGGATCTGGT TTTCGACTAT
GGTATTAGCC AAACGCCGCA GGTCTGGATT GATTGTCAAA TCATGGTGTT ACAAGGGAGG
TTACAGCTAA ATTGGGATGT GATGGCCGAT GTTTTCCCCA AGGGCGTCGT CGCCGCCATG
TTTTCTACGT TTATTGACAG TGTTGAGCGT ATTGACAGTG TTGAGTGTAT TGACAGTATT
GAGTGTATTG ATCGTGTTAA GTGCCTCTGT ATGGAGGAGG TCGGCACGGG AGAGGCACTT
TGTGACTCGC CCTTGTTTTG GCATTCAGCA TTATCGTTAC CCTTGCCCGA GAGCCAACAG
CAACGGCGCA AGCAGGTCAA TGCTACGGAA AAAACACTGA CACCCCGTTG CCTTCATGAT
GGGATATTAG CCCGCGCAGC ACAGCAACCA CAGGCCATTG CGCTAGTGGA TCCACAACAC
AGCCTTACTT ACGCGGCCTT AATCGCCCGT GCGCAGGCGT TGGCCGCTAA ACTTAATAGT
CACCAACGCT ATGCGGTATT GATGGAAAAA CGCCATGAGC AAGTGGTGGC GGTGTTGGGG
ATTTTCATCG CGGGAAGTGC CTATGTGCCG GTGGACATCC ACCAACCGCC CGCGAGGATT
TTAACAATAT TATCCGATGC GGCGGTCAGT GGGGTGGTGA CGGCATCGCG ACAAGCCTGT
TTGGCTGATG CCCATTTTAG GGAGATCAAT CTGTCGCTAT TAGCACAGAT ACCCGATGCC
ATTGAAACAA AAATACTGCC CTTGCCCCAT GATCTGGCTT ATGTCATTTA CACCTCTGGG
AGTACAGGCC AACCGAAAGG TGTGATGATC AGCCATGATG CGGCCTATAA CACCCTTGCC
GATATGCAAC AGAGGATGGC TCTCACCCCT AATGATCGCG TGCTGGCATT AGCGCGCTTA
AGTTTTGATC TATCCGTTTT TGATATTTTT GGTGTGTTGG GTGCGGGAGG GGCATTGATT
TTCCCTGACG AGGGCGATCT ACAGAATCCG GCTCGTTGGG CGCATGACAT TGCCCAGCAC
CAGATAACCC TGTGGAACTC GGTTCCTGCA CAAATGAAGA TGTTAACGGA CTATCTGCGG
GCCGAGCAGA TAACGCTGCC ATCACTGCGT TATATCTTGC TTTCCGGGGA TTGGATCCCC
GTTAACTTAC CTCCAGCGAT CGCCCAGATT GCGCCACATT GTACTCAATT GGCATTGGGC
GGTGCGACCG AAGCGGCGAT TTGGTCGAAC TACTGGCGGA TAGATCCGCA AATAACCTAC
CCCGTCAGTA TTCCTTATGG TGTTCCGCTA ACCAATCAAC AATTTAGGGT AGTAAACCCT
TGGGGAGAGG ATTGCCCGGA TTGGGGGGCG GGGGAGCTGT TGATTGGGGG CCGAGGGGTT
GCTCAAGGCT ATTGGCAGGA TGAGGCTAAA ACACAAGCGC ATTTCTTCAT TGATACGCAA
GGTCTGCGTT GGTATCGAAC CGGAGATTTA GGGCGTTATA CCTCAGAAGG TGTCATTGAA
TTTTTAGGGC GTCGTGACCA CCAAATCAAA GTGCGTGGCT ACCGTGTTGA GACGGGCGAA
ATTGAAGCAC AGTTATTGAA ATTACCTGAG GTGGCGCAGG CTGTCGTCAT GCAGACCACA
CAAGCTATAC AAACCGAACA AGCCGAACAA GCCACACAAA TCGCACAAGC CATACAAACC
ACACCAACCA CACATACAGA ATTGCAGGCT TATATCGAGG CGGCACAGGT TGCTGCTGCT
TCAGACTATA CCCAGTCACT TCGGGAACAG GGGCGCATTG CACTGGCACA TCTTCAGTCT
GCTGCTCAAC AAGCGGGGGA TGCACTGGAT AGGCCGTGTA TCGACAGGTT ATTCAGCTTA
CTGGATAAAG TGGCATTAAT GCAGATGGTT AAAGCCTTAT CAGATATGCA AACAGTGAAT
ACACATCATG CTGTGACACT GGATGCCATT ATGGAAAAAG GCCAAATCGC ATCGGTAAAT
CGTCAATTAC TACGCCGTTG GTTGCGGGCG CTGACACAGC ACCAATATCT TCAACAAATT
AATGATACTT ATCGCTTAAT CAGTGTGGTC GCGGAGCAGG AGATTAGGCT TTGCTGGCAG
CAATGTGAGC AACTCATTAC ACAGCTTGAT GATAATAGGG GGTTGCTCAC TTATCTGGAG
CGTAGCAGCC AATGTTTACC TGAACTCTTA CAGGGCAAAG AAGATCCCCT CAATCTTCTT
TTCCCTGATG GCCGCCTTGA CGTCGCGACA CAGGCTTATC AAAACAACCT CATTAGCCAG
TTTATGAACC GCCTGTTGCT CAAGGCGGCG GAGCAGAAGG TAAAGAATCA GGCTCAAGGG
CGGGTCTTAA AGGTGTTCGA AATCGGGGCC GGCGTGGGGG GAACCAGTAA TGTGTTGATC
CCTCTATTCG CCGAGGGGAA CGCGGAATAT ACCTTCACTG ATATCTCGCC TTTTTTCTTA
AATGAAGCGC GAAAACGTTA TCAACATTAT GACTTTATCC ATTATCAACT GTTTGACTTT
AACCAGTCGC CAGTACAGCA AGGGCTTGAT TGCGGACAGT ATGATTTAGT GGTCGCTGCC
AATGTTTTGC ATAACGCGAT TATTGCCCGT CACGGGTTGA ATAACTTACG TCAACTGTTA
GCACCCGGTG GTTGGTTGTT AATCATTGAA GCCACGCGGG ACAATTATCA GCTGATGACG
TCCATGGAAT TTAAACAGGG ATTAACGGCG TTTGAAGATG AGCGTCTTGC ATTGGACTCT
CCCTTTTTGC CACAACAAAA CTGGATACAT GCACTACAGG ATGTAGGAGC CGAAATGCTA
TGGGCCTATC CACCCACGGA TGATGTTTTA CATAAAATGG GGCAAAGTTT TATATTTGCG
CAATTTAATA GCCAGCGTAT GTCTTGCGAA CCTGATGCCT TGCTGGCGTA TTTGCAGCAA
CAATTACCGG ACTATATGGT GCCAGCTAAA CTGGTCATAT TGGATAAATT GCCGGTTTCT
GCCAATGGAA AAATAGATCG CAAACAGCTA CCACGGTTAC CTGAGAGCCA ACAAAAGCAA
GCCCCTGCGC TGCAGGATAC GGATTCACCA CTGGAGAAGA CGTTGCTTGC TCTTGGTCGT
ACCCTCATAG GGAATAATGC CATGGGTGTC GATGATGATT TTTTCACCAG TGGCGGCGAT
TCATTGCTGA TTACTCAGTG GATTAACCAA GTGCGAGAAG TCTTGGGTGA AGATAAGGTG
CCATGGGAGG GGTGCCTACG GCAGGTTTTA CAGCAACCTA CCGCGCGGGC ATTGGCGGCT
TATCTCCGCA ATATCCGGGA GGAAGAGCCC GAGAGTCAGC ACCCCCAAAT GGCGGTGACG
TGCCTGAAAG AAAGTGCGGG TTTGAAAGAA AGATCGGGTT TGAAAGAAAG ATCAGAGGAA
CCGGTGGTCA TCCTCCACGA AGGGAGCGGT ACCGTATTAC CGTATTTATC CTTAGTCGAT
AAATTATCTG GCCCTATTTA TGGGGTCAAT GTTACCGACA GCGCCGCTTT TCTCTCGATT
CCTGCAGAAA GATTAATTTG CCAGTTAGCC AGTACCTATC TACCTGAAAT TCAGAAGGTG
GGTGATCAGT GCCATTTAGT GGGATATTGC ATGGGGGGGC TACTGGCTTT TGAAATTGCC
CGGCAGGCAT TGGAAAATGG AAGGCCGGTG AGTTCGTTGA CCATTATCAG TAGCTATCAA
ATTCCATATC ACATCAACGA TCCTTTGATG ATTGATTTGG TGATGAGTTG GACGTTAGGT
GTCGAACCTC CCTGGAATTT GCTGCAGGCT GATTTAGAAG GTATTTATCA CGCCATTTTG
GCCGACAAAC CGGCGGTGAT TACCGTGAAT GCGGTCGTTG AACGTGCAAA AGCGAATGGG
TTAACCGCTC TGGCAAATGA GTACGCCTGT CTTCAACAAC AATCTAATGA GGTGCGTTTA
TCACAATTGC TAACGGCAAT TGAACAGCAC TCAACAGCAT CGTCCCACGT TTCTCGCCAG
CCGTTTGATG TGTTCCGCCA CAGTATCCAA GGCGTGTGCC AATACCAGCC AAACTACTTT
GCCGGGGATA TGACTTTTGT TTGCCAACAG GGGGAGACCT ACCTTCTGCC TGCTTTACAA
CAAGATATGA CGGCATTTTG GCAAACTTAC TGTCTTGGGC AGATAAACCG CCTCACCTTG
CCAGGCGATC ACTTTACGTG CCTGTCGGCG GATAATATCT CGCCACTCAT TCAGCATCTT
GAACAATGCA AAGGAGTGCG GGGATGA
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| Protein sequence | MDINMGSSSA TQATDLLVNL EQQEVRFWLE GERIKFRAPE GVMTGAVIAS LKALKPQLVA
ILAVREQQET LPIDTENRYA AFPLSHVQAA YFVGRQSVFE YGGVGCHGYF EILAPCWDKA
KLECVWEQMI IRHDMLRAII TPNGEQRILP SVAPFVIEQV DVSSETVRQA MSHRVYQTDK
WPLFDLKISH QNGKDCLHFS IDLLIADFLS VQILLAELFK GYLGQTFPAA PLTASFRDVI
CYERQQQSGR AYGDARQYWF SRLPTLPACP QLPTCPQLPI GSQSPAGSPS PAMQTNASEI
PRFVRYRHQL APSCWRRLQQ GCQQQGVSPS AFLLTVFSEV IGRWSENRHF TLNLTVMNRP
NIHKDIDKLV GDFTSVSLLE VDLRSPKTVY ERVKQIQKQL WQDLEHRTFS GIEVMREWGR
QQGVGHARMP IVFTSALVGE GKNQVQEAIS ETQLDLVFDY GISQTPQVWI DCQIMVLQGR
LQLNWDVMAD VFPKGVVAAM FSTFIDSVER IDSVECIDSI ECIDRVKCLC MEEVGTGEAL
CDSPLFWHSA LSLPLPESQQ QRRKQVNATE KTLTPRCLHD GILARAAQQP QAIALVDPQH
SLTYAALIAR AQALAAKLNS HQRYAVLMEK RHEQVVAVLG IFIAGSAYVP VDIHQPPARI
LTILSDAAVS GVVTASRQAC LADAHFREIN LSLLAQIPDA IETKILPLPH DLAYVIYTSG
STGQPKGVMI SHDAAYNTLA DMQQRMALTP NDRVLALARL SFDLSVFDIF GVLGAGGALI
FPDEGDLQNP ARWAHDIAQH QITLWNSVPA QMKMLTDYLR AEQITLPSLR YILLSGDWIP
VNLPPAIAQI APHCTQLALG GATEAAIWSN YWRIDPQITY PVSIPYGVPL TNQQFRVVNP
WGEDCPDWGA GELLIGGRGV AQGYWQDEAK TQAHFFIDTQ GLRWYRTGDL GRYTSEGVIE
FLGRRDHQIK VRGYRVETGE IEAQLLKLPE VAQAVVMQTT QAIQTEQAEQ ATQIAQAIQT
TPTTHTELQA YIEAAQVAAA SDYTQSLREQ GRIALAHLQS AAQQAGDALD RPCIDRLFSL
LDKVALMQMV KALSDMQTVN THHAVTLDAI MEKGQIASVN RQLLRRWLRA LTQHQYLQQI
NDTYRLISVV AEQEIRLCWQ QCEQLITQLD DNRGLLTYLE RSSQCLPELL QGKEDPLNLL
FPDGRLDVAT QAYQNNLISQ FMNRLLLKAA EQKVKNQAQG RVLKVFEIGA GVGGTSNVLI
PLFAEGNAEY TFTDISPFFL NEARKRYQHY DFIHYQLFDF NQSPVQQGLD CGQYDLVVAA
NVLHNAIIAR HGLNNLRQLL APGGWLLIIE ATRDNYQLMT SMEFKQGLTA FEDERLALDS
PFLPQQNWIH ALQDVGAEML WAYPPTDDVL HKMGQSFIFA QFNSQRMSCE PDALLAYLQQ
QLPDYMVPAK LVILDKLPVS ANGKIDRKQL PRLPESQQKQ APALQDTDSP LEKTLLALGR
TLIGNNAMGV DDDFFTSGGD SLLITQWINQ VREVLGEDKV PWEGCLRQVL QQPTARALAA
YLRNIREEEP ESQHPQMAVT CLKESAGLKE RSGLKERSEE PVVILHEGSG TVLPYLSLVD
KLSGPIYGVN VTDSAAFLSI PAERLICQLA STYLPEIQKV GDQCHLVGYC MGGLLAFEIA
RQALENGRPV SSLTIISSYQ IPYHINDPLM IDLVMSWTLG VEPPWNLLQA DLEGIYHAIL
ADKPAVITVN AVVERAKANG LTALANEYAC LQQQSNEVRL SQLLTAIEQH STASSHVSRQ
PFDVFRHSIQ GVCQYQPNYF AGDMTFVCQQ GETYLLPALQ QDMTAFWQTY CLGQINRLTL
PGDHFTCLSA DNISPLIQHL EQCKGVRG
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