| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Mmwyl1_1631 |
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| Symbol | |
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| ID | 5368980 |
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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 | Marinomonas sp. MWYL1 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_009654 |
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| Strand | - |
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| Start bp | 1830115 |
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| End bp | 1833051 |
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| Gene Length | 2937 bp |
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| Protein Length | 978 aa |
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| Translation table | 11 |
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| GC content | 42% |
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| IMG OID | 640803973 |
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| Product | non-ribosomal peptide synthetase |
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| Protein accession | YP_001340493 |
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| Protein GI | 152995658 |
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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 | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 13 |
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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 | 28 |
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| Fosmid unclonability p-value | 1 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGAATGAAT TAACCTCGAT GCAAGCCGCA TGCTGGTTTG GACGCTTAAC CGACTCTGAT
TTTTTAGGCG GTGTTGCCGC CCACCTTTAC ACGGAATTTG ATGGTCAAAC AATTGACCTA
AACAAATTGG AAGCGGCACT GCAACGTGTC TATTTGGAAC ACTCACTATT ACGACTTACC
TTAAGCTCAG ATGGCACCGC AGAAATAAAA CCAAGAGCAG GGTCTCCTCT TTTAGAAGTC
GATGATCTAA CCGACCTATC CATCACAGAA CAAGAGAAAT ACTTACTAAA TAAAAGAGAG
CAATGGACGC ATCAACGGCT AGATCTTGCG AACGGACAAA CGGCAAGATT TTCTGTTAGC
TTACTTAGCA ACAATGGTTT TCGCCTGCAT ATTGATACGG ATATGATTGC GGTAGATCCT
TCGAGTTTTC GCCGATTCAT GGAGGACCTA ACTTTATTTT ATTTAGACAA TGAGGCCAGC
TTTACACCAG CGCCTTCTTT CTTTGAATGG CACAATGCGA TCAGGTCCAA TGCTGATTTA
AAGAAGTTAG TTCAAAGAGA CCGTAAGTGG TGGCAATCTC GCCTTCTCGA TATTGCTCCT
TCGCCCTCAC TGCCTGCCAA TAGCACCAAC TCACAGCAAG TAAAAAGCCA TTGCTTACGA
GCGACCCTCA CACCTGAAGA ATCAACATGC TTACAGCAGC TTGCTCGATA CAATAAAATC
ACACTATCAA ACCTTACATT AAGTCTATTT GCATTCTGCT TAAGCCAATC AATAAACGAC
AAATACTACA GACTTAATGT CCCTACTTTT TGGCGAGAAC CCGTATTACC AGAGATAAAC
CGATGTGTTG GTGACTTTGC TAATTTCGTC TTACTCAATG TAGATATTGC TCCACACCTA
AACTTAGCCT CATTAGTTCA GAGCATTGCA GAACAAATGA TCGAATTACT GGAGCACTCA
CATTATCCTG GTGTCAATAT CATGCGCGAC CTTTCTCGCC ATCACGGCAC AGCACAAATT
GCCCCCGTTG TTTTTACCGC TGCATTAGAT ATGCCTGAGG GCGAACTGTT TTCAAAGTCT
GTACTAAAGA CTTTTGGCTC AATGGTTTGG AGCGTATCAC AAGGTCCACA AGTGGCACTG
GATGCTCAGA TTGTTCGCAC TGAAGGAAGC TTGCTAATAA ATTGGGATGT TCGTTTAGAT
GCATTGCCCT TAGATTGGGT TAACAAGCTC TTTGAAAAAT TTACTTATCT ACTCAAAAAG
ATTAGTAAGG AACCCGAGCT TTTAGATAAG AATCTTGGTA ATTTAGAAGG GTTCTCTTTC
AAAAAAAATG AGTCTGACAC ACTTAGAACA TCGCCTTTAT CCGCCATACA AAAAGCGTAT
TTACTAGGCC GCACGACGCA GCTCCCTTTA GGTGGCGTTG CCATGCAAGA GTTTCGCGAA
TATCACGGCC GCTTTGATGC CTCATTACTT AAAAATCGAC TTGTGGACAT GGTTCAACGC
CATGAAAGTC TTCGTACCTA TATCGACACC AACAAATTAA CTCAAGTTGT TACTAATAAA
GTGGTAGTCA ACCTAAACGA AATAGACTTA AGCGAACAAC CAGCTCATAT AGCTGCCACT
TATATTGAAA ACCATCGAGA TACATACAGT CACGCCCTAT TTAATCTTGA TTTTTCACCT
TGGGATATCA CAATTTTTTA CTTAAAGGAC GAACTATTAA CCGTCTTTAC GCGCTTTGAT
GCATTAATTT TAGATGGCCG GTCCATTGCT TCATTAATGG TTGAGTTATT TAACATAGAG
CAAAGTAAGC CAGAACCACT TCCCACTACT CAGCCAGAAG TACCCGACGA CGTAAATCAT
AATGACTCTG AGCAACGTAA GTCAGACATG ACATATTGGA AGAGTAAGCT TTCTTCGATT
AATACAACAC CTCAAATTCC TTGGCGGATG CCACTCGATA AATTAGGTGT TGCAACGTAT
GAGCGAAACA ACATCACCAT CAAACATAGC GAATTTCGTC CACTCGTTAA GATTGCAGCC
AAACACGGTT TGTTTAAAAA CTCAGCAATC ATGTCGATTA TATTAGAGCT ACTCACTTAC
TGGTCTAAAA ACCACTCACC CCATGTGGCG GTGCCTGTAT TACCTATGTA TTCAGGCGCA
CTCTCTAACC GCTCAACCTT CATTGCGGTT GCATGGCAAG TTGGCTCCGG CGACTTAAGT
CAGCAAGCTA AAACGCTTCA ATCTGATATT CTCGAAGGCC TTCAACATCT TTCATTCTCG
GGAGTAGATC TGGCTCGTAT GCTATTTGAA CAGTGTGGTA CAGGGCCTGT ACTCCCTATT
GTCATCACCA ATGGCTTATC GTGGCCCACT CTTTCAAAAG CGCATCCGAT GCAACTGAAA
TATGGTTTAA CGCAAACACC ACAAGTTGCC ATGGATATTC GCTTTACAAC CCAACAAGAC
GGTGCGCTCA TTTTAAGCAT CGACTACGCT AATAACGCCA TTAAAAGCAC AGCAATACAT
GACTTTCTGT TTGCGGTAGA AAAAGCGATC CAGCAAATTA TCAATACAAA CAAATTCTCT
TTTGATACTG AACAATGCTT TGCTCAAAAT ACCAAAGACA GCGATCAAAC TTATTCTTTT
CAAGCCAAAG AAACTCGCCC TTCTTTGCAT CAAGAATTAC TCGCTATTTA TACCGAGACC
ATTGGTGTTG AACCAAAAGA CCAGATTACG AAAGAAACCA GTTTTATCAA TATGGGACTT
CGCCCCAACC ACCTAAAGAT CATCTTAAAA CGTCTACAAG AGACATTCTC AATCTCGCTT
TCAGCCAAAG ACGTTTTTCA ATGTCGCAAC ATCCAAGATG TGGAACAGTT ATTAAATCTA
ATTAATACAT CTGATAACGC TACCGTCCAA CATCCACAGC CAACCCATTC TATTTAA
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| Protein sequence | MNELTSMQAA CWFGRLTDSD FLGGVAAHLY TEFDGQTIDL NKLEAALQRV YLEHSLLRLT
LSSDGTAEIK PRAGSPLLEV DDLTDLSITE QEKYLLNKRE QWTHQRLDLA NGQTARFSVS
LLSNNGFRLH IDTDMIAVDP SSFRRFMEDL TLFYLDNEAS FTPAPSFFEW HNAIRSNADL
KKLVQRDRKW WQSRLLDIAP SPSLPANSTN SQQVKSHCLR ATLTPEESTC LQQLARYNKI
TLSNLTLSLF AFCLSQSIND KYYRLNVPTF WREPVLPEIN RCVGDFANFV LLNVDIAPHL
NLASLVQSIA EQMIELLEHS HYPGVNIMRD LSRHHGTAQI APVVFTAALD MPEGELFSKS
VLKTFGSMVW SVSQGPQVAL DAQIVRTEGS LLINWDVRLD ALPLDWVNKL FEKFTYLLKK
ISKEPELLDK NLGNLEGFSF KKNESDTLRT SPLSAIQKAY LLGRTTQLPL GGVAMQEFRE
YHGRFDASLL KNRLVDMVQR HESLRTYIDT NKLTQVVTNK VVVNLNEIDL SEQPAHIAAT
YIENHRDTYS HALFNLDFSP WDITIFYLKD ELLTVFTRFD ALILDGRSIA SLMVELFNIE
QSKPEPLPTT QPEVPDDVNH NDSEQRKSDM TYWKSKLSSI NTTPQIPWRM PLDKLGVATY
ERNNITIKHS EFRPLVKIAA KHGLFKNSAI MSIILELLTY WSKNHSPHVA VPVLPMYSGA
LSNRSTFIAV AWQVGSGDLS QQAKTLQSDI LEGLQHLSFS GVDLARMLFE QCGTGPVLPI
VITNGLSWPT LSKAHPMQLK YGLTQTPQVA MDIRFTTQQD GALILSIDYA NNAIKSTAIH
DFLFAVEKAI QQIINTNKFS FDTEQCFAQN TKDSDQTYSF QAKETRPSLH QELLAIYTET
IGVEPKDQIT KETSFINMGL RPNHLKIILK RLQETFSISL SAKDVFQCRN IQDVEQLLNL
INTSDNATVQ HPQPTHSI
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