| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | PCC7424_5753 |
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| Symbol | |
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| ID | 7112931 |
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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_011738 |
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| Strand | - |
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| Start bp | 150277 |
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| End bp | 154854 |
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| Gene Length | 4578 bp |
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| Protein Length | 1525 aa |
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| Translation table | 11 |
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| GC content | 38% |
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| IMG OID | 643484039 |
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| Product | amino acid adenylation domain protein |
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| Protein accession | YP_002381048 |
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| Protein GI | 218442728 |
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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 | [TIGR01720] non-ribosomal peptide synthase domain TIGR01720
[TIGR01733] amino acid adenylation domain |
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| 
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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 | 27 |
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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 | ATGCAAGATA TATCACTAAG TGGATTTCGA CTTTCACCAC AACAACAACA CCTCTGTTTA
CTTCAACAAG AAATCTCAAA TCAACCTTAT CGAATTCAAG GCATGATTTT GCTTGAGGGA
AACCTTAAGC GAGAAATTTT AGACATGGCG ATACAAACAG TTATCGAGCA GCATGAAATT
CTTAGAACTG TTTTTCGCGC TTTACCCGGA ATGTCTATTC CGCTTCAAGT CATTACTGAA
GAGTCTAACC CAGTTATAAA CTATCAAGAT ATCAGTCATC TAACTTCCGA AGAAAAAACT
AATACTATCA CTTTTTTATT TAACCGATTA AATCAACAAC TTTTTAACCT CGAACAGAGT
CCTATTGTCC ATTTTAGTTT GCTGAAAATT TCGCTTCAAA AACATTTATT ATTGATTGGA
TTACCAGCCC TTTGTGCTGA TTCAAAAACC TTGAAAAATC TGATGGGTGA AATTAGTCGT
TTTTATGAGG CTTGCTACAA TAATAAAGAT ATTTTTGCTC AACCTCTACA ATATGTTGAT
ATAGCTGAAT GGCAAAATGA ATTATTTGAG GGAGAAGAGG CTCAACTCGG AAAAGAATAT
TGGCAAAACC TAAATTTTAA GCAAACAATT AATCTTAAAC TCAATCAAGA AAATTTATTA
GAAAATAAGT CAGAGTTTAC CCCTAAATAT TTAACCCTCA ATTTCGGGGA TAACCTTTTG
ACAAAAATCA ATGAATTCGC TCAAAAAACT AACAGTTCAG TAGAAAATAT TCTTCAATCC
TGTTGGCAAA TTTTATTGTA TCGATTGACG GGAAATTCTG AAATTACTAT AGGAACTTTT
TCTGAAGGGA GAAATTATGA AGAGTTAGAG TCAGCCCTAG GATTATTGGC AAAATATTTA
CCGATTAAAT CTAAATTTTT AGACTCTTTA GCATTTGAGG AAGTTCTTAA TAAAATTCAA
GAAGAAAAAA ATCATGTGTT TCAATGGCAA GACTCTTTTA ATTGGCAAGA AGAAGATCCG
TTAAAAATCC CGTTCTTTCC CTTCTGTTTT GAATTTGATG ATGAATTTCC TCAATATTGC
GCTGTCGGAC TAACCTTTTC TCTAGAAAAA CAGTATAGTT GTATAGACCG ATTTAAAATT
AAACTGGTTG GGATACATCG CCATAACAAA CTTATCGCGC AATGGCATTA TGATAGTAGC
CGATTTTCCT CAGAGACGAT CGCACAGTTA GGGGAACGAT TTACCACCTT ACTAGAAGAT
GCCCTTAATA CCCCTCAAAA GACGATTGAG AACTTAGAAA TCCTCGGTAA AGAAGAACGC
CGACGATTAT TAATCGAGTT TAACCAAACC GAACAAGACT TTTTACCGGA GAAATGTATT
CATCAGTTAT TTGAACAACA GACTGCACTT ACCCCAGAGA ACATCGCCGT TATCTATGAA
AATGAGCAAC TGACTTATAA AGAACTGGAT GCTAAAGCTA ATCAACTCGC TCACTATTTA
AAAGAATTGG GAGTTAATTC AGATACAATT GTAGCCTTAT GCGTAGAGCG ATCGTTATTA
TTGGTGGTAG GATTACTCGG CATTCTTAAA GCAGGAGGAG CTTACCTACC CTTAGATCCC
CAATTGCCTA GCGATCGTCT TACCTTCATG TTAGAGGATG CCCAAGGGGA TATCCTGCTG
ACTCAAAAGT CTTTATCAGA AAGATTTTTA GGTCAAGCAA AACAAGTTAT TTGTCTTGAT
GACTGGAAAC CTATAACCCA TTATCCTCAA GAAAGTTCTC ATAGCACCGT CACCCCAGAT
AATTTAGCCT ATATTATTTA TACTTCAGGT TCGACCGGTA AACCTAAAGG TGTCACAGTA
GAACATCGAC AACTGTTTAA CTATTTACAA GGAATTTTAC AACGATTACA ACTCTCCCAA
CCTGCTAACT TTGCTACCGT CTCTACTTTT GCAGCAGATT TAGGCAATAC TGCTATTTTC
CCTGCCTTAT GTAGCGGGGG ATCTTTACAC ATTATCTCTC AAGAACGAGC CATGAATCCC
GATGCACTGG CTCAATACTG TGAAGATCAT CCCATCGACT GCCTTAAAAT CGTTCCTTCC
CACCTTAATG GGTTGTTAAT GGCTGCCAAT CCCGAAAAAA TACTCCCGAA AAAGTATTTA
ATTTTAGGAG GAGAAGTCTT AAATTGGCAG TTAGTTAAAC AAATACAATC ATTATCACAA
AACCTAAAAA TTGTCAACCA CTATGGGCCG ACGGAAACTA CCGTTGGGGT TTTAACTTAT
CAAATAGAAC AGGAATCTCA TCAAAACGTC CAAACTGTTC CTTTAGGTCG CCCCCTTCCT
AACACTCAAA TTTACTTACT TGACGAAAAA ATGCGTCCCG TCCCTTTTGG AGACCCAGGA
GAGATTTATA TAGGGGGAAA AAATGTCACT AGAGGTTATT TAAACCGAGA AGACCTTACA
GGCGATCGCT TCATCAATAA TCCTTTTGAT CCTTCTCAAC AGTCAAAACT ATACAAAACA
GGAGACTTAG GGAGATATTT ACCCGATGGC AACCTCGAAT TTTTGAGCAG AGTCGATCAT
CAAGTTAAAC TTCATGGTTT TCGGATTGAA CTGGGAGAAA TAGAGACTTT ATTAAAACAT
AATTCGGCAA TTCGAGACGT AGTTGTTGTA ATGAGAGAAG AAGACTCAGG AAAAAAACAA
CTGGTAGCTT ATATCGTTCT TAGTCAAGGA AGTGAAATCT CTTACCCAGA ATTGCGAAAT
CACCTCAAAG AGAAATTACC CGATTATATG ATTCCGGCGG TCTTTGTCCC CTTAAAAGCT
TTGCCCCTCA CCCCTAACGG CAAAATTGAT CGTCAATCAT TACCTACTCC CGACTCCAAT
CAATTAGAAA AGGCAAAAAC ATATCAAGCA CCTCGCACAG CCATAGAAAC AACTTTAGCG
GAGATTTGGT CTCAAGTGTT AGGACTTGAA CGAGTAGGAA TTGAGGATAA CTTTTTTGAG
TTAGGAGGAG ATTCTATTCT CAGCTTACAA ATTACGGCTA GGGCAAACCA AGCCGGCTTA
AAAATTTCTC CTAAACAACT CTTTGAATAT CCTACGATCG CCGGATTAGC TTCTGTTGCC
GGAACCGCGA CCTCAAAAGA GGCCGAACAA GCGATCGTTA CTGGTTCACT CCCTTTAACA
CCGATTCAAC ACTGGTTTTT TGAGCAGGAA CTCCCCGATC CTCATTACTG GAATCAAGCG
GTACTGCTTG AAGCAAAACA GCCAATAGAC CCAGATCTTC TAAGCAAAGC AATACAGCAC
TTAACTAAGC ATCATGATGC CCTACGGATG CAATTTATCC AGACCCAGAC GGGTTGGGAG
TCAATTAATG GGGATTGGGA CGAAAATCAA CAGAGTCCTT TTTCTTGTAT AGATTTATCT
AGTTTAGCGG AAATAGAGCA AGATAAAGCG TTTAATACCT TTGCCAATGA ACAACAAGCC
AGCTTAAACC TTTCTAAAGG TCAACTCATG GGAGTTACCC TGTTTAATTT TGGCAAAAAT
CGACCAGTAC GCCTACTATG GATTATTCAT CACCTTGTAG TAGATGGGGT TTCTTGGCGA
GTCTTGATTG AAGATTTACA AACTGCTTAT GAGCAACTGG TTGAAGGGAA ACCCCTTAAA
TTACCGGCAA AAACTACCTC TTTTAAACAG TGGTCTCAAA GTTTACAGAA CCATAGCAAA
TCAGAAAAAC TTCAGCAAGA GCAAGATTAC TGGTTAAAAA TTCCTCATCA GTCCCTTTCT
CCTTTGCCTG TGGATTATAG AGGGGGTAGT AACACCTTAG CAGAAGCCGA AACCATCTCC
GTTACCTTGA ATAAAGCCGA AACACAATCT TTATTACAGG AAGCACCGGC TATCTACCGC
ACCCAAATTA ATGATCTATT GCTCACTGCC CTTGTGCAAA CATTTTCCCA ATGGACAGGA
GAACCGAAGT TGTTATTAAA TTTAGAAGGA CATGGACGAG AAAGTATTAT TAAAGATCTG
GACTTATCTC GAACAGTTGG CTGGTTTACG ACTATTTTTC CTGTGCTGTT ATCGTTAGAA
GGGATTTGTG AGCCAGGAGA AGCCATTAAA TCTATTAAAG AACAACTGAG GAGCATCCCA
ACTCACGGTA TTGGTTATGG GGTACTGCGT TATTTAAGTT CTAATCAATC CCTCAAAACA
TTACCGCAAG CCGAAGTGAG ACTTAATTAT TTAGGCCAAT TAGATATAAA AGAGGGAGAA
ACAGCCTTAT TTAAGCTTGT TAATCAAAAC CTAGGATATA GCCGTAGTCC CCGAGGAAAA
CGAGCTTATC TGCTTGATAT TAATGGCTTT GTCTTAGAGG GTCAACTCAG GTTGAATTGG
ACTTACAGTC ATCAAATTCA TGCTTCAAAG ACGATTGAAC GCTTGGCTGA CGGGTTTATT
GACGCATTGC GATCGATAAT TACTCATTGC CAATCCCCGA ATGCGGGGGG ATATACTCCA
AGAGATTTTC CTCAAGCAAA ACTTAATCAA AAAGACCTTA ATAAACTTTT GAGCAAATTT
AACTTAGGAA ATAAATAG
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| Protein sequence | MQDISLSGFR LSPQQQHLCL LQQEISNQPY RIQGMILLEG NLKREILDMA IQTVIEQHEI
LRTVFRALPG MSIPLQVITE ESNPVINYQD ISHLTSEEKT NTITFLFNRL NQQLFNLEQS
PIVHFSLLKI SLQKHLLLIG LPALCADSKT LKNLMGEISR FYEACYNNKD IFAQPLQYVD
IAEWQNELFE GEEAQLGKEY WQNLNFKQTI NLKLNQENLL ENKSEFTPKY LTLNFGDNLL
TKINEFAQKT NSSVENILQS CWQILLYRLT GNSEITIGTF SEGRNYEELE SALGLLAKYL
PIKSKFLDSL AFEEVLNKIQ EEKNHVFQWQ DSFNWQEEDP LKIPFFPFCF EFDDEFPQYC
AVGLTFSLEK QYSCIDRFKI KLVGIHRHNK LIAQWHYDSS RFSSETIAQL GERFTTLLED
ALNTPQKTIE NLEILGKEER RRLLIEFNQT EQDFLPEKCI HQLFEQQTAL TPENIAVIYE
NEQLTYKELD AKANQLAHYL KELGVNSDTI VALCVERSLL LVVGLLGILK AGGAYLPLDP
QLPSDRLTFM LEDAQGDILL TQKSLSERFL GQAKQVICLD DWKPITHYPQ ESSHSTVTPD
NLAYIIYTSG STGKPKGVTV EHRQLFNYLQ GILQRLQLSQ PANFATVSTF AADLGNTAIF
PALCSGGSLH IISQERAMNP DALAQYCEDH PIDCLKIVPS HLNGLLMAAN PEKILPKKYL
ILGGEVLNWQ LVKQIQSLSQ NLKIVNHYGP TETTVGVLTY QIEQESHQNV QTVPLGRPLP
NTQIYLLDEK MRPVPFGDPG EIYIGGKNVT RGYLNREDLT GDRFINNPFD PSQQSKLYKT
GDLGRYLPDG NLEFLSRVDH QVKLHGFRIE LGEIETLLKH NSAIRDVVVV MREEDSGKKQ
LVAYIVLSQG SEISYPELRN HLKEKLPDYM IPAVFVPLKA LPLTPNGKID RQSLPTPDSN
QLEKAKTYQA PRTAIETTLA EIWSQVLGLE RVGIEDNFFE LGGDSILSLQ ITARANQAGL
KISPKQLFEY PTIAGLASVA GTATSKEAEQ AIVTGSLPLT PIQHWFFEQE LPDPHYWNQA
VLLEAKQPID PDLLSKAIQH LTKHHDALRM QFIQTQTGWE SINGDWDENQ QSPFSCIDLS
SLAEIEQDKA FNTFANEQQA SLNLSKGQLM GVTLFNFGKN RPVRLLWIIH HLVVDGVSWR
VLIEDLQTAY EQLVEGKPLK LPAKTTSFKQ WSQSLQNHSK SEKLQQEQDY WLKIPHQSLS
PLPVDYRGGS NTLAEAETIS VTLNKAETQS LLQEAPAIYR TQINDLLLTA LVQTFSQWTG
EPKLLLNLEG HGRESIIKDL DLSRTVGWFT TIFPVLLSLE GICEPGEAIK SIKEQLRSIP
THGIGYGVLR YLSSNQSLKT LPQAEVRLNY LGQLDIKEGE TALFKLVNQN LGYSRSPRGK
RAYLLDINGF VLEGQLRLNW TYSHQIHASK TIERLADGFI DALRSIITHC QSPNAGGYTP
RDFPQAKLNQ KDLNKLLSKF NLGNK
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