Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
Locus tag | SaurJH1_0169 |
Symbol | |
ID | 5315643 |
Type | CDS |
Is gene spliced | No |
Is pseudo gene | No |
Organism name | Staphylococcus aureus subsp. aureus JH1 |
Kingdom | Bacteria |
Replicon accession | NC_009632 |
Strand | + |
Start bp | 191047 |
End bp | 198222 |
Gene Length | 7176 bp |
Protein Length | 2391 aa |
Translation table | 11 |
GC content | 35% |
IMG OID | 640778239 |
Product | thioester reductase domain-containing protein |
Protein accession | YP_001315318 |
Protein GI | 150392643 |
COG category | [Q] Secondary metabolites biosynthesis, transport and catabolism |
COG ID | [COG1020] Non-ribosomal peptide synthetase modules and related proteins |
TIGRFAM ID | [TIGR01733] amino acid adenylation domain [TIGR01746] thioester reductase domain |
| ![](https://exploration.weizmann.ac.il/pandatox/images_new/ic_cp.jpg)
![](https://exploration.weizmann.ac.il/pandatox/images_new/ic_hh.jpg)
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Plasmid Coverage information |
Num covering plasmid clones | 0 |
Plasmid unclonability p-value | 1 |
Plasmid hitchhiking | No |
Plasmid clonability | normal |
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Fosmid Coverage information |
Num covering fosmid clones | n/a |
Fosmid unclonability p-value | n/a |
Fosmid Hitchhiker | n/a |
Fosmid clonability | n/a |
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Sequence |
Gene sequence | ATGATTATGG GTAATTTGAG ATTTCAACAG GAATATTTTC GTATATACAA AAATAATACA GAATCAACGA CACACCGTAA TGCGTATTGG GTTAAACTCG CTAAAAATGT TGAAGCTACT AAAATGATGT ATGCATTATC GACAATTGTG CAACAACATG CATCTATAAG ACATTTTTTT GATGTTACTA CCGATGACAA TTTAACAATG ATACTTCATG AATTTCTGCC TTTTATTGAG ATAAAACAAG TTCCATCTTC TTCCGCAAAC TATGATTTAG AAGCTTTTTT TAAGCAAGAA TTAAGTACTT ACCATTTTAA TGATTCACCT TTATTCAAAG TTAAATTGTT TCAGTTCGCT GATGCTGCAT ATATACTATT AGATTTTCAT GTGTCCATTT TCGATGATAG TCAAATTGAT ATTTTTCTTG ATGATTTATG CAATGCATAT CGTGGCAATA CTGTTATTAA CAATACTCGA CAGCATGCAC ATATAAATAG AAATGATGAT AAAGACAATC AAGATGCATC GCATATAGCA TTAGACTCAA ACTATTTTCG GTTAGAGAAT AACTCTGACA TCCATATTGA TAGTTATTTT CCAATTAAGC ATCCATTTGA ACAAGCTTTA TATCAAACGT ATTTGATTGA TGATATGACA TCAATAGATA TGGCATCGTT GGCTGTTAGT GTGTATTTAG CTAATCATAT AATGAGTCAA CAACATGATG TCACATTAGG TATACATGTA CCATCACATT TACCAAATGA TTTACACGGA AATATTGTGC CGTTAACGTT AACAATCGAT GCAAAAGATG TATGTCAACG TTTTACAACA GATTTTAATA AATGTGTGTT GCAAAATATG TCGCAATTAC AGTGCGCGAA GTCTTCGCTT TCACTAGAGA CTATTTTTCA TTGTTATCAT CATATGATGT CTTGTTGTAA TGATGTTATT GAGGATGTAC ATCAAATACA TGATGCACAT ACATCTTTAG CGGATATTGA AATTTTTCCA CATCAACACG GGTTCAAAAT TATATATAAC AGTGCAGCAT ATGATTTGCT CTCAATCGAG ACGCTGAGTG ACTTAGTTCG AAATATTTAT TTGCAAATTA CTGAAGAAAA TGGAAATAAA CGAACAACTG TAGATGAACT TAATTTGATG ACAGAACGTG ATATTCAATT ATATGACGAT ATCAATTTAA GTTTGCCTGA GATAGATGAT GCGCAAACAG TTGTTACCTT ATTTGAGCAA CAAGTTGAAG CAACGCCGAA TCATGTCGCT GTGCAATTTG ACGGAGTGTT TATAACATAT CAAACATTGA ATGCACGCGC GAATGATTTA GCACACCGTT TGAGAAACCA GTATGGTGTT GAACCTAATG ATCGTGTCGC TGTCATAGCT GAAAAAAGTA TTGAGATGAT AATAGCGATG ATAGGTGTGT TGAAAGCTGG TGGGGCTTAC GTGCCAATTG ATCCGAACTA TCCAAGTGAT CGTCAGGAGT ACATTTTAAA AGATGCAACG CCTAAAGTTG TAATAACGTA CCAAGCTTTA TATGAAAATG GTAAACAAAA TATTAATCAC ATTGATTTGA ATAAGATAGC GTGGAAAAAT ATTGATAATC TTTCTAAATG TAACACGTTA GAAGATCATG CTTATGTTAT TTACACGTCG GGGACAACTG GTAACCCTAA AGGGACACTA ATTCCGCACC GAGGTATTGT TCGCTTGGTC CATCGAAATC ATTATGTACC ATTAAATGAA GAGACGACAA TTTTGTTATC AGGAACTATA GCCTTTGATG CTGCAACATT TGAAATATAT GGTGCATTGC TCAATGGTGG AAAGCTGATT GTTGCTAAAA AAGAACAATT ATTAAATCCA ATAGCGGTAG AACAATTAAT CAATGAAAAT GACGTTAATA CTATGTGGTT AACCTCCTCA TTATTTAATC AGATTGCTAG TGAACGAATA GAAGTATTGG TACCGTTAAA GTATTTATTA ATTGGTGGAG AAGTATTGAA TGCTAAGTGG GTGGATTTGC TTAATCAAAA ACCGAAGCAT CCTCAAATTA TTAATGGTTA TGGACCAACT GAAAATACAA CATTTACAAC GACGTATAAT ATACCTAACA AAGTTCCAAA TCGTATTCCT ATTGGTAAAC CGATTCTGGG TACTCATGTT TATATCATGC AAGGCGAGCG TCGGTGTGGC GTTGGTATTC CTGGAGAATT ATGTACAAGT GGCTTTGGGT TAGCTGCAGG TTATTTAAAT CAGCCAGAAT TGACAGCAGA TAAATTTATC AAAGATTCAA ATATAAATCA GCTGATGTAT AGAAGTGGTG ATATCGTTCG TTTGTTACCC GATGGCAACA TAGATTATTT ATATCGAAAG GACAAACAAG TTAAGATTCG AGGGTTTAGG ATTGAGTTGT CAGAGGTTGA GCATGCGCTC GAGCGTATAC AAGGTATTAA TAAAGCAGTT GTTATTGTTC AAAATCATGA TCAAGATCAG TATATCGTTG CTTATTATGA AGCGATGCAT ACATTATCAC ATAATAAGAT TAAATCACAA TTACGTATGA CCTTACCGGA GTACATGATA CCAGTTAATT TCATGCATAT TGAGCAAATT CCTATTACTA TTAATGGGAA ATTAGATAAG AAGGCATTGC CTATCATGGA CTATGTCGAT ACGGATGCCT ATGTAGCACC GAGTACAGAT ACCGAACACT TGCTATGCCA AATTTTTGCA GATATTTTAC ATGTGAATCA AGTAGGTATT CATGATAATT TCTTTGAATT AGGTGGCCAT TCATTAAAAG CAACGTTAGT GGTGAATCGG ATAGAGGCAT CTACTGGGAA ACGATTACAA ATTGGTGATT TATTACAAAA GCCAACTGTA TTTGAACTAG CACAAGCGAT TGCTAAGGTT CAAGAACAAA ACTATGAAGT GATTCCAGAA GCTATAGTTA AAGATGATTA TGTGCTGAGC TCTGCACAAA AGCGTATGTA TTTATTATGG AAATCAAACC ATAAAGATAC GGTGTATAAC GTACCTTTTT TATGGCGGTT ATCATCAGGA CTTAATGTAG CTCAATTGCA ACAAGCAGTT CAGCATTTGA TAGCGCGACA TGAGATTCTA CGAACACAAT ATATTGTTGT AGATGATGAG GTTCGACAAC GTATTGTGGC AGATGTTGTA GCTGACTTTG AAGAAGTTAA CACGCATTTT ACGGATGAAC AAGAAATTAT GCGCCAATTT GTGGCACCTT TTAATTTGGA AAAGCCAAGT CAAATTAGAG TGAGATACAT TAGAAGTCCC TTACATGCAT ACCTGTTTAT AGATACACAT CATATCATTA ATGACGGTAT GAGTAATATA CAATTAATGA ATGATCTTAA CGCACTTTAT CAACATAAAT TATTGTTACC ACTTAAATTG CAATATAAAG ACTATAGTGA GTGGATGTCG CATCGTGATA TGACGAAACA TAGACAATAT TGGTTATCTC AATTCAAAGA TGAAGTACCT ATTTTAAGCT TACCGACAGA CTATGTTAGA CCAAATATTA AAACGACAAA TGGAGCAATG ATGTCATTTA CAATGAATCA ACAAATGAGA CAGCTACTTC AAAAGTATGT AGAAAAGCAT CAAATTACTG ATTTTATGTT CTTTATGAGT GTGGTCATGA CGTTGTTAAG CAGATATGCT CGAAAAGATG ATGTTGTTGT CGGTAGTGTG ATGAGTGCGC GTATGCATAA AGGCACGGAG CAAATGCTAG GCATGTTTGC TAATACGTTG GTATATAGAG GGCAACCGTC ACCTGATAAA ATGTGGACAC AGTTTTTACA AGAGGTTAAG GAAATGAGTT TGGAGGCATA CGAGCATCAA GAATACCCAT TCGAATGTTT AGTAAATGAC TTAGATCAAT CACATGATGC CTCACGGAAT CCATTATTTG ATGTCATGTT AGTACTACAA AACAATGAAA CGAATCATGC TCATTTTGGG CATAGTAAAT TAACACACAT TCAACCCAAA TCAGTGACGG CGAAATTTGA TTTATCTTTC ATCATTGAAG AAGATCGCGA TGACTATACA ATCAATATCG AGTATAATAC CGATTTATAT CACTCAGAAA CAGTTCGTCA CATGGGTAAT CAATGTATGA TTATGATTGA TTATATTTTG AAGCATCAAG ATACACTACA AATTTGTGAT ATACCAAACG GTACGGAGGA ACTTCTAAAT TGGGTCAATA CGCATGTTAA CGATCGAATG CTTAATGTCC CGGGAAATAA ATCTATCATA AGTTACTTTA ATGAAGTTGT CTCACGACAA GGTAATCATG TTGCGCTAGT CATGAATGAT TTGACAATGA CGTATGAAAC ATTACGCAAC TATGTGGATG CCATTGCGCA CATGCTCCTA TCAAATGGTG TGGGCAATGG TCAACGGGTT GCCTTGTTTA CAGAACGTAG TTTTGAAATG ATTGCGGCGA TGTTGGCGAC AGTTAAAGTA GGTGCATCTT ATATACCTAT CGATATTGAT TTTCCGAATA AACGACAAGG TGCAATTTTG GAGGATGCTA AAGTAACTGC AGTCATGTCT TACGGCGTTG AAATTGAAAC GACATTACCA GTCATTCAAT TGGAAAATGC TAAAGGCTTT GTTGAATCAA AGGAAAATGA ACAATATGAT GATTTACATG GCAATCAACT TGAAAACACA GCGATGTTAG ATAATGAGAT GTATGCTATT TACACATCTG GTACGACCGG GATGCCTAAA GGGGTTGCCA TACGACAACG AAATTTGTTG AATTTAGTGC ATGCATGGTC AACTGAATTG CAATTAGGCG ACAATGAAGT ATTTTTGCAA CATGCAAATA TTGTTTTTGA TGCATCAGTT ATGGAGATTT ATTGTTGTTT GTTAAATGGT CATACGCTTG TGATTCCAGA TAGAGAGGAA CGTGTTAATC CAGAACAGTT ACAACAACTC ATTAATAAGC ATCGTGTGAC GGTTGCGTCG ATTCCGTTAC AGATGTGTAG TATTATGGAA GACTTTTATA TTGAAAAGTT GATTACAGGC GGGGCAACTA GTACGGCATC CTTTGTTAAA TATATTGAGA AGCATTGTGG CACGTATTTC AATGCCTATG GACCATCTGA GTCAACAGTC ATCACATCGT ATTGGTCACA TCATTGTGGT GATTTGATAC CTGAGACGAT TCCAATTGGC AAACCCTTAT CTAACATCCA AGTGTATATT ATGTCAGATG GTTTGTTATG CGGTATTGGT ATGCCAGGCG AGTTGTGTAT TGCAGGTGAT AGTTTAGCGA TAGGATATAT TAACCGTCCA GAATTAATGG CTGATAAATG GCAAAATAAT CCATTTGGTA AAGGAAAGTT GTATCATAGT GGTGATTTAG CACGTTATAC ATCTGATGGT CAAATTGAAT TTTTAGGAAG AATAGATAAA CAAGTGAAAG TTAACGGGTA CCGTATTGAA CTTGATGAAA TTGAAAATGT AATATTAGCT ATTCGTGGTA TATCTGATTG TGTTGTAACA GTAAGTCACT TTGATACGCA TGATATATTG AATGCTTATT ATGTCGGAGA GCAACAAGTG GAGCAGGATT TGAAGCAATA TTTAAATGAT CAGCTGCCTA AGTATATGAT TCCTAAGACT ATAACGCATA TCGATTGTAT GCCATTAACC ACGAATGACA AGGTGGATAC TACGCGTTTG CCAAATCCAT CACCTATACA ACAGTCTAAT AAAGTGTATA GCGAACCCTC TAATGAAATT GAGCAGACAT TTGTTGATGT ATTTGGAGAG GTATTGAAAC AAAATGATGT CGGTGTTGAC GATGATTTCT TTGAACTTGG TGGTAACTCA TTAGAGGCGA TGTTAGTTGT CTCGCATTTA AAACGATTTG GCCATCATAT TTCAATGCAG ACATTATACC AATATAAAAC CGTGCGACAG ATTGTTAATT ATATGTACCA AAATCAACAA TCATTAGTTG CATTACCGGA TAATCTTTCG GAATTACAAA AGATTGTTAT GTCTCGTTAT AACTTGGGTA TTTTAGAGGA TAGTCTAAGT CATCGACCTC TAGGAAATAC ACTATTGACT GGCGCGACAG GTTTTTTAGG TGCTTATCTG ATTGAAGCAC TACAAGGATA CAGTCATCGC ATTTATTGTT TCATACGTGC TGATAATGAG GAAATAGCAT GGTATAAGTT GATGACGAAT TTAAATGATT ATTTTTCAGA AGAGACGGTT GAAATGATGT TATCAAACAT TGAAGTCATT GTTGGTGATT TCGAGTGTAT GGATGATGTT GTTTTACCTG AAAACATGGA TACGATTATT CATGCAGGTG CTCGTACGGA TCACTTTGGT GATGATGATG AATTTGAAAA AGTAAATGTT CAAGGTACTG TTGATGTCAT ACGTTTGGCA CAACAACATC ATGCAAGGTT AATATATGTG TCTACGATAA GTGTGGGAAC TTATTTTGAT ATAGACACAG AAGATGTGAC ATTTTCAGAA GCGGATGTCT ATAAAGGGCA ACTACTAACA TCACCATATA CACGGAGCAA ATTTTATAGT GAATTAAAAG TATTAGAAGC TGTAAATAAT GGCTTAGATG GTCGGATTGT ACGTGTTGGT AATTTGACGA GTCCTTACAA TGGAAGATGG CATATGAGAA ATATAAAGAC TAACCGTTTT TCAATGGTAA TGAATGATTT GTTACAACTG GATTGTATCG GGGTTAGCAT GGCTGAAATG CCTGTAGATT TTTCTTTTGT GGATACGACT GCAAGACAAA TTGTCGCATT AGCACAGGTC AACACACCAC AAATCATTTA CCATGTGCTA TCACCTAATA AAATGCCGGT GAAATCTTTG TTAGAATGCG TTAAGCGCAA AGAAATTGAA CTCGTCAGCG ATGAATCATT TAATGAAATT TTACAGAAAC AAGACATGTA CGAAACGATT GGATTAACTA GTGTTGACCG TGAACAACAA CTAGCAATGA TAGATACAAC ATTAACATTA AAAATAATGA ATCACATCAG TGAAAAATGG CCAACGATAA CTAACAATTG GCTGTATCAT TGGGCACAAT ATATCAAAAC AATATTCAAT AAGTAA
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Protein sequence | MIMGNLRFQQ EYFRIYKNNT ESTTHRNAYW VKLAKNVEAT KMMYALSTIV QQHASIRHFF DVTTDDNLTM ILHEFLPFIE IKQVPSSSAN YDLEAFFKQE LSTYHFNDSP LFKVKLFQFA DAAYILLDFH VSIFDDSQID IFLDDLCNAY RGNTVINNTR QHAHINRNDD KDNQDASHIA LDSNYFRLEN NSDIHIDSYF PIKHPFEQAL YQTYLIDDMT SIDMASLAVS VYLANHIMSQ QHDVTLGIHV PSHLPNDLHG NIVPLTLTID AKDVCQRFTT DFNKCVLQNM SQLQCAKSSL SLETIFHCYH HMMSCCNDVI EDVHQIHDAH TSLADIEIFP HQHGFKIIYN SAAYDLLSIE TLSDLVRNIY LQITEENGNK RTTVDELNLM TERDIQLYDD INLSLPEIDD AQTVVTLFEQ QVEATPNHVA VQFDGVFITY QTLNARANDL AHRLRNQYGV EPNDRVAVIA EKSIEMIIAM IGVLKAGGAY VPIDPNYPSD RQEYILKDAT PKVVITYQAL YENGKQNINH IDLNKIAWKN IDNLSKCNTL EDHAYVIYTS GTTGNPKGTL IPHRGIVRLV HRNHYVPLNE ETTILLSGTI AFDAATFEIY GALLNGGKLI VAKKEQLLNP IAVEQLINEN DVNTMWLTSS LFNQIASERI EVLVPLKYLL IGGEVLNAKW VDLLNQKPKH PQIINGYGPT ENTTFTTTYN IPNKVPNRIP IGKPILGTHV YIMQGERRCG VGIPGELCTS GFGLAAGYLN QPELTADKFI KDSNINQLMY RSGDIVRLLP DGNIDYLYRK DKQVKIRGFR IELSEVEHAL ERIQGINKAV VIVQNHDQDQ YIVAYYEAMH TLSHNKIKSQ LRMTLPEYMI PVNFMHIEQI PITINGKLDK KALPIMDYVD TDAYVAPSTD TEHLLCQIFA DILHVNQVGI HDNFFELGGH SLKATLVVNR IEASTGKRLQ IGDLLQKPTV FELAQAIAKV QEQNYEVIPE AIVKDDYVLS SAQKRMYLLW KSNHKDTVYN VPFLWRLSSG LNVAQLQQAV QHLIARHEIL RTQYIVVDDE VRQRIVADVV ADFEEVNTHF TDEQEIMRQF VAPFNLEKPS QIRVRYIRSP LHAYLFIDTH HIINDGMSNI QLMNDLNALY QHKLLLPLKL QYKDYSEWMS HRDMTKHRQY WLSQFKDEVP ILSLPTDYVR PNIKTTNGAM MSFTMNQQMR QLLQKYVEKH QITDFMFFMS VVMTLLSRYA RKDDVVVGSV MSARMHKGTE QMLGMFANTL VYRGQPSPDK MWTQFLQEVK EMSLEAYEHQ EYPFECLVND LDQSHDASRN PLFDVMLVLQ NNETNHAHFG HSKLTHIQPK SVTAKFDLSF IIEEDRDDYT INIEYNTDLY HSETVRHMGN QCMIMIDYIL KHQDTLQICD IPNGTEELLN WVNTHVNDRM LNVPGNKSII SYFNEVVSRQ GNHVALVMND LTMTYETLRN YVDAIAHMLL SNGVGNGQRV ALFTERSFEM IAAMLATVKV GASYIPIDID FPNKRQGAIL EDAKVTAVMS YGVEIETTLP VIQLENAKGF VESKENEQYD DLHGNQLENT AMLDNEMYAI YTSGTTGMPK GVAIRQRNLL NLVHAWSTEL QLGDNEVFLQ HANIVFDASV MEIYCCLLNG HTLVIPDREE RVNPEQLQQL INKHRVTVAS IPLQMCSIME DFYIEKLITG GATSTASFVK YIEKHCGTYF NAYGPSESTV ITSYWSHHCG DLIPETIPIG KPLSNIQVYI MSDGLLCGIG MPGELCIAGD SLAIGYINRP ELMADKWQNN PFGKGKLYHS GDLARYTSDG QIEFLGRIDK QVKVNGYRIE LDEIENVILA IRGISDCVVT VSHFDTHDIL NAYYVGEQQV EQDLKQYLND QLPKYMIPKT ITHIDCMPLT TNDKVDTTRL PNPSPIQQSN KVYSEPSNEI EQTFVDVFGE VLKQNDVGVD DDFFELGGNS LEAMLVVSHL KRFGHHISMQ TLYQYKTVRQ IVNYMYQNQQ SLVALPDNLS ELQKIVMSRY NLGILEDSLS HRPLGNTLLT GATGFLGAYL IEALQGYSHR IYCFIRADNE EIAWYKLMTN LNDYFSEETV EMMLSNIEVI VGDFECMDDV VLPENMDTII HAGARTDHFG DDDEFEKVNV QGTVDVIRLA QQHHARLIYV STISVGTYFD IDTEDVTFSE ADVYKGQLLT SPYTRSKFYS ELKVLEAVNN GLDGRIVRVG NLTSPYNGRW HMRNIKTNRF SMVMNDLLQL DCIGVSMAEM PVDFSFVDTT ARQIVALAQV NTPQIIYHVL SPNKMPVKSL LECVKRKEIE LVSDESFNEI LQKQDMYETI GLTSVDREQQ LAMIDTTLTL KIMNHISEKW PTITNNWLYH WAQYIKTIFN K
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