| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | PCC7424_4985 |
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| Symbol | |
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| ID | 7107051 |
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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 | Cyanothece sp. PCC 7424 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_011729 |
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| Strand | + |
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| Start bp | 5537902 |
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| End bp | 5541912 |
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| Gene Length | 4011 bp |
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| Protein Length | 1336 aa |
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| Translation table | 11 |
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| GC content | 36% |
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| IMG OID | 643483196 |
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| Product | amino acid adenylation domain protein |
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| Protein accession | YP_002380206 |
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| Protein GI | 218441877 |
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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
[COG3319] Thioesterase domains of type I polyketide synthases or non-ribosomal peptide synthetases |
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| TIGRFAM ID | [TIGR01733] amino acid adenylation domain |
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Plasmid Coverage information |
| Num covering plasmid clones | n/a |
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| Plasmid unclonability p-value | n/a |
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| Plasmid hitchhiking | n/a |
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| Plasmid clonability | n/a |
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Fosmid Coverage information |
| Num covering fosmid clones | 44 |
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| Fosmid unclonability p-value | 0.247998 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGATTCAAC TGTCTAATAC TCTTAATTAT TTTTCTTTGT CCTCAGTTCA ACAAGCGAGT
TGGTTTTTAT ATCAATTAAA TCCAGACACT TTGAGTGATA AGTTATCTAT AGCTTTTAAA
ATTAAGATCG AGGTAGATAT TGTCAAGTTA GAAGCAATTT TTCATCAACT CATTCATCAT
TATCCCAGTT TAAGAACTTG TTACCCAGAA AAAGAAGGAG AGTTAAAACA AACTGTTCTC
AAAGAGGTTG ATTTTAAAAT AGAAATTGTT GATGCTTCTG GTTGTTCGTC AGAAACGATC
AAAACTTATT TAGAAAAATC TACCCAGCGC CGTTTAAATT TAGAACAAGG TCAAGTTATT
CGAGGCAGTT TATTAAAAGT CTCTCTTGAT GAAAGTATTT TAGTGATTAC TGTTCATAAA
ATTGCAGCCG ATCAAGAGTC TTTATGGAAT TTAGTTGATA AGTTTATTCG CTTATATCAT
GAAGACTCAT CTTTTTTAGA TACTTCTGTT CAATCCTATC AAGACTACGT TAATTTACAA
GAAGATTATT TAACCTGTCA AGCTTCTCAA AAAGCACAAA AATTTTGGCA AAAAACTGTA
TCACAAGAAC TCCCTGTTTT AGAATTACCT AGTCGTTTAT CTCGTCCTCC TGTAAGAACC
TATAAGGGTT CGGTACAGTC TTTCCGTTTA TCAGAACAAT TAAGCGAAAA AATTAAGCAA
TTAGCTATAG AAAAAAATGT TTCTCTAGAA ACTTTACTGA TTTCAGCTTT TAAAATTTTA
CTTTTCCGCT ATACTAGCGA AGAAAATATC ACTCTAGGTT GGCAAAAAGT CCAAAATTTG
ACTCTGAAAA ATCAAGATCA ATTGGGGAAT TATTCCAATT TAGTTATCTT ACAGAATTTA
ATAGACAAAA ATAAAACCTT TACTGAAGTT TTAAACCAAG TCGATCAAAA ACAATCTGAA
GTCAGCTTTT ATCAAGATTA TCCTTTTTCC CTCTTAGTCA AACACCTGAA ATATAATCCT
AACTCTAGTT ATCCTCCCCT CTGTCAAGTG TCTTTTGCTT TTTATTCCTT TAATAATTAT
CCCTATCTCT CTAATTTATT GGAAAAATTA GAAACAAATC ATCCAGAGTT AGACTATTTT
GAACTGCCTC AACAAAGATG TGAATTTGAT CTCAGTTTAG AAGTCATTGA ACTTAATCAA
TCATTATTAC TACAATTTAA ATACAACACC GATGTCTTAG AAAGTGACAT CATTATTCAG
TTGGGGGAAC ACTTGCAAAA TTTATTAACA GGAATTGTTA ATTATCCCAG AGAAATTATT
AATCAGTTAC CTCTACTGAG TCCATTAGAA AAAGATAAAA TCCTTTTTGA CTGGAATAAG
ACCCAAAAAG ATTATAATCT TTCCCGTTGT CTCCATCATT GGATAGAAGA TAAAACCCAA
GAAAATCCAG AAGCGATCGC TATCATCTTT GAAGATAAAA CCCTCACCTA TCAACAATTA
AATGAACGGT CAAATAAACT TGCCCATTAT TTACAACAAC AGGGGGTTAA TTCGGAAAGT
TTAGTCGGAA TTTGTGTAGA ACGTTCTCTA GAAATGGTGA TAGGACTATT AGGAATTCTC
AAAGCAGGAG GCGCTTATGT CCCGTTAGAT CCGGGTTATC CTAAAGACCG TCTAGCTTAT
ATGTTAGAAG ATTCTCAAGT TTCTATATTA TTAACTCAAG AAAAATTAAT CGATCAACTT
CCCGAAAATA AAGCTAATAT TATCTGTCTG GATAAAGATT GGAAAACCAT CTCTAACTAT
CCCACTAATA CCCCCAGTAG TAACGTAACC TCTGATAATT TAGCCTATAT CATCTACACA
TCTGGATCAA CGGGAAAACC TAAAGGGGTG ATGAATACTC ATCGAGGTAT TGTTAACCGT
TTATTGTGGA TGCAAGACCA ATATCAGTTA ACTTTACAAG ACCGTGTTTT ACAAAAAACT
CCTTTTAGTT TTGATGTATC TGTTTGGGAA TTTTTCTGGC CTTTGATGAC TGGATCACGG
TTAATTATCG CTAAACCAGA AGGACACAAA GATAGCAGTT ATTTAGTCAA TTTAATCGCC
CAAAATGAGA TTACTACCCT TCATTTTGTC CCGTCTATGC TGCAAGTTTT TCTGCAAGAA
AAAAATTTAG ACCGGTGTCA GAGTCTTAAA CGGGTAATTT GTAGCGGTGA GGCGTTACCT
TTTAGTTTAC AACAACGATT TTTTGACCAT TTTAACTGTG AATTACATAA TCTTTATGGC
CCCACAGAAG CAGCGATCGA TGTTTCTTTT TATCAATGTC AACGGGATAC AAAGTTAAAT
TCTGTTCCTA TTGGTCGTCC GGTTGCTAAC ACTCAACTCT ATATTTTAGA TGAGGATCTT
CAACCTGTCC CCGTCGGAGT TGCCGGAGAA ATACATATAG GAGGAATACA AGTTGCGCGA
GGATATCTCA ACCGTCCAGA CTTAACCAAA GAAAAGTTTA TTTGTGATCC ATTTAACCCC
AATAATTCCC AACGTCTCTA TAAAACTGGT GACTTAGGCC GTTATCTCAG TGACGGAAAT
ATTGAATATA TTCGTCGTCT CGATCATCAA GTTAAAATCC GAGGATTTCG TATAGAATTA
GGAGAAATTG AAAATACTCT TTCTCAACAT CCAGCTATTC AAGAAACTCT GGTTATTTCT
CATCTTTCTC AAACTGGAGA TCAACAATTA ATCGCTTATC TTGTCGCAAC TGAGAAAATT
TTACCCTCTC AATTACGGTC TTTTCTGGCC GATAAACTCC CAGACTATAT GATCCCGTCC
GCTTTTGTAA CGTTAGAAAA ATTCCCTTTA ACGCCTAATG GAAAAGTGAA CCGCCGCGCT
TTACCTCAAC CGGATCTAAC AAACTTTACA GATACTCATG ATTTTGTTGC GCCACGAGAT
AAAATAGAGG AAAAATTGAC TCAAATTTGG TCGCAATTAC TCAATTTATA TCCTATTGGG
GTTAAAGATA ACTTTTTTGA ATTGGGGGGA CATTCTCTTT TAGCACTCAA TTTAATGAGC
AAAATACAAC AAGAATTCCA GAAAAATTTA CCCTTAGTGA GTCTATTTAC CAGTCCGACT
ATTGAACAAT TAGCCCAAGT TTTACGGGAC GATCGCCAAG TGCGCCCCTA TTCTCCCTTA
GTCCCCATTC AACCGAAAGG AACTAAAACC CCCTTTTATT GCGTTCATCC GGCTGGCGGT
CATGTTTTAT GTTATGTCAA ATTAGCTCGT TATTTGGGTG ACGATCAACC GTTTTATGGG
TTGCAAGCGC AAGGGTTTAA TGAGGGAGAG GAGGCTTTAA CGAGTGTTGA AGAGATGGCG
AGTCTTTATG TTAAAGCTAT TCGAGAATTT CAGCCGGAAG GGCCTTATCA AGTGGGGGGT
TGGTCTTTTG GAGGGGTTGT TGCTTATGAA ATTGCCCAAC AACTACACCG ACAGGGGCAA
AAAGTCAAGA GATTAGCTAT TTTAGATTCT TATGTACCCA TCTTACTCGA TAAGCAGAAA
AAAATCAATG ATGTTTATAT GATTGGGGTT TTATCGAGAG TTTTTGGGGG AATGTTTGGG
CAAGATAATT TAGTTTCTCC TGAAGAATTA GAGGGGTTAA CGATTGAGGA AAAAATCGAT
TATATTATCG ATAAAGCGAG ACAAGTGGGA ATTTTCCCCC CTGAAGTTGA ACAACAACAA
AACCGAAGAA TTTTAGATGT TTTGGTAGGA ACAATTAAAG CAACTTATGC TTATCAACGT
CAACCTTATC CCGATAAAGT AACGGTTTTT AGAGCGACAG AAAAACACAT TATGGCTTCT
GATCCTCAGT TAGTTTGGGT TGAATTATTC GCTATTTTAG ACGCGCCAGA AGTTGAAATT
ATTAAAGTAC CAGGTCATCA TTATTCGTTT ATTCTTGACC CTCATGTACG GGTTTTAGCT
GAATGTTTAG CTAAGTGTTT AAATGAATTG TCCGCAGATG TTCTGCGCTA G
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| Protein sequence | MIQLSNTLNY FSLSSVQQAS WFLYQLNPDT LSDKLSIAFK IKIEVDIVKL EAIFHQLIHH
YPSLRTCYPE KEGELKQTVL KEVDFKIEIV DASGCSSETI KTYLEKSTQR RLNLEQGQVI
RGSLLKVSLD ESILVITVHK IAADQESLWN LVDKFIRLYH EDSSFLDTSV QSYQDYVNLQ
EDYLTCQASQ KAQKFWQKTV SQELPVLELP SRLSRPPVRT YKGSVQSFRL SEQLSEKIKQ
LAIEKNVSLE TLLISAFKIL LFRYTSEENI TLGWQKVQNL TLKNQDQLGN YSNLVILQNL
IDKNKTFTEV LNQVDQKQSE VSFYQDYPFS LLVKHLKYNP NSSYPPLCQV SFAFYSFNNY
PYLSNLLEKL ETNHPELDYF ELPQQRCEFD LSLEVIELNQ SLLLQFKYNT DVLESDIIIQ
LGEHLQNLLT GIVNYPREII NQLPLLSPLE KDKILFDWNK TQKDYNLSRC LHHWIEDKTQ
ENPEAIAIIF EDKTLTYQQL NERSNKLAHY LQQQGVNSES LVGICVERSL EMVIGLLGIL
KAGGAYVPLD PGYPKDRLAY MLEDSQVSIL LTQEKLIDQL PENKANIICL DKDWKTISNY
PTNTPSSNVT SDNLAYIIYT SGSTGKPKGV MNTHRGIVNR LLWMQDQYQL TLQDRVLQKT
PFSFDVSVWE FFWPLMTGSR LIIAKPEGHK DSSYLVNLIA QNEITTLHFV PSMLQVFLQE
KNLDRCQSLK RVICSGEALP FSLQQRFFDH FNCELHNLYG PTEAAIDVSF YQCQRDTKLN
SVPIGRPVAN TQLYILDEDL QPVPVGVAGE IHIGGIQVAR GYLNRPDLTK EKFICDPFNP
NNSQRLYKTG DLGRYLSDGN IEYIRRLDHQ VKIRGFRIEL GEIENTLSQH PAIQETLVIS
HLSQTGDQQL IAYLVATEKI LPSQLRSFLA DKLPDYMIPS AFVTLEKFPL TPNGKVNRRA
LPQPDLTNFT DTHDFVAPRD KIEEKLTQIW SQLLNLYPIG VKDNFFELGG HSLLALNLMS
KIQQEFQKNL PLVSLFTSPT IEQLAQVLRD DRQVRPYSPL VPIQPKGTKT PFYCVHPAGG
HVLCYVKLAR YLGDDQPFYG LQAQGFNEGE EALTSVEEMA SLYVKAIREF QPEGPYQVGG
WSFGGVVAYE IAQQLHRQGQ KVKRLAILDS YVPILLDKQK KINDVYMIGV LSRVFGGMFG
QDNLVSPEEL EGLTIEEKID YIIDKARQVG IFPPEVEQQQ NRRILDVLVG TIKATYAYQR
QPYPDKVTVF RATEKHIMAS DPQLVWVELF AILDAPEVEI IKVPGHHYSF ILDPHVRVLA
ECLAKCLNEL SADVLR
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