| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | PCC7424_5871 |
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| Symbol | |
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| ID | 7112858 |
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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 | 301377 |
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| End bp | 304613 |
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| Gene Length | 3237 bp |
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| Protein Length | 1078 aa |
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| Translation table | 11 |
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| GC content | 34% |
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| IMG OID | 643484141 |
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| Product | amino acid adenylation domain protein |
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| Protein accession | YP_002381150 |
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| Protein GI | 218442830 |
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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 | [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 | 21 |
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| Fosmid unclonability p-value | 0.126486 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGAACAATA TTGAAGACCT GTATGAGCTT TCGCCCATGC AGCAAGGAAT GCTCTTCCAT
AGTCTTTATT CCCCTGAATC GGAAGTTTAT TTTGAACAGC TAATTTGTAT ATTAAAAGGA
AAATTAAATT TATCGGCTTT TCAAAAGGCT TGGGAAAAAA TAGTAGATCG TCATCCTGTT
TTACGGAGTT CTTTTTATTG GGAAGAAATA GAAAAACCCC TGCAAATGGT CAACCGTCAG
ATAGAATTAT CTTGGAACAT TTATGATTGG CAAAATTGGG ATCAGGGTCA ACAACAAAGT
CAATTAGAAA CCTTTTTAAA ACAGGATAGA GCAAAAGGGA TAGCTTTAGA TGAAGCTCCT
TTAATGCGTT TTACACTTAT ACAATTAGAC AGGGATATTT ATCAATTCAT TTGGAGTCAT
CATCATATCT TATTTGATGG CTGGTCAATG CAAATTATTT TGCAAGAAGT TTTTGACTTA
TACGAAGCTT ATCAAAAAGG CAAATTTTTA ACTTTAAAAC CTTGTTATCC TTATCGGGAT
TATATCCAAT GGTTACAACA GCAGGACAAT AGTAAAGCTC AAAAATTTTG GCAAAATCAA
TTGCAAGGTT TTGAAGCTGA AACCCCGATA GAAATTGATA AATTACCAGG CCAGAAAACC
TCTCAAGTTG CCTATCATCA AATTCCCTTT AAATTCCCTT TAGAAATCTC ACAAAAATTA
GAATCTTTAG CTCAAAAAAA TCGTTTGACC CTCAATAATA TAGTGCAAGG AGCCTGGGGA
TTATTGCTGT CTCGCTACAG TGGAGAAAGT GACGTTATTT TTGGAGCTAC AGTCTCAGTC
CGTCCTAGTA ATTTGCCAGA TGTGGATAAA AGAGTTGGGT TATTTATTAA TACCTTACCC
ATTCGCTTAA AAATTTCTGA TCAGATGGCA TTAATTCCTT GGCTGAAGCA ATTACAATCT
CAACAGATTG AACAAGAACA ATATGCTTAT TATTCTCTAG CAGACATTCA AAAAAATAGT
GATATTTTGT CCGGTAAGCC TTTATTTGAA AGCCTTTTAG TATTTGAAAA TTATCCTCAA
GATTCTGCGG AAAAAGAAAC AAACAAAACT TTAAAAATTA CTAATATAAA TTGTTTTGAA
AGAACCAATT ATCCTATAAC CATTGTTGTC AACCCTGACT CAGAATTATC AGGACGAATT
ATCTATGATA GTAGTCGTTT TGCGTCCGAA CCCATTGAGC TAATGATCGG ACATTTTCAA
AATTTATTAA CAGAATTTGC CCTCAAACCA GAACAATTTT TATGTAAATT TTCTTTACTT
ACCCAAGCTG AAGAAAAAGA ATTAATATCA GCCGAACAAA AAAATCAAGC TCAGATTAAA
AACATTAACT ATCAATGTAT TCATCACTTA TTTGAACAAC AGGTTATTAA AACGCCTGAT
GCGATCGCCC TTATTTATAA AAACCAAAAG CTCACCTATA AAGAACTTAA TACTCATGCT
AATCAATTAG CCCATTATTT ACAATATTTA GGGGTTAAAT TAGAAGATAA AATAGGGGTT
TGTATTGAGC GATCACCTTT AATGATAATC GCAATTTTAG CCATTCTCAA AGTCGGCGGT
GCTTATGTTC CTTTAGACCC TGGTTATCCG TCAGAAAGAT TGGCTTTTAT GATTAAAGAT
GCTCAATCTC CTATCATTCT TACTCAAAAA CATTTATTAA CTCAACTGTT TCAAGATGAC
CATCAATTGC TGATAGATAT TGAATCAGAA TGGGACAGCA TTGCTCAATA TTCTTCAGAT
AACTTAACTT GTGAAGTCAG TCTAGAAAAT TTAGCTTATA TCATCTATAC ATCGGGTTCA
ACGGGAACTC CAAAAGGAAC AGAAATTCCC CATCGTAGCT TTCTAGGTTT TATGTTTGGA
GTAGATTATA TTCAGCTAGA TGCTAACGTA ATTTGGCTTC AACATTCTTC AATATCTTGG
GATGCTGCAA TCTTAGAACT ATGGCCGCCC TTGCTTTATG GAGGTTGTTG TGTGCTTTAT
CCGGGGAATA TTGTTACTCC TGAAAAATTG AGTAAAATCA TCCAAAATGA AAAAATTAAT
ACCCTTTGGT TAACGGCTGC TTTATTTAAT TTAATGATTG ATACTCAGCC AGAATCGCTG
TTAGGAATTA AACAGCTTTT AGTCGGGGGA GAATCTCTAT CTGTTAATTA TATTAGTCAG
GCTTTAGAAT TATTACCTGA AACAAAAATT ATTAATGGTT ATGGTCCATC AGAATGTACT
GTATTTACCT GTTGTTATCC CATTGATCGA AAATTAGATA AAAAAATAAC ATCTATTCCC
ATTGGTCAAC CTATTGGTGA CCGGATAGTT TATTTACTTG ATAGAAATTT ACACAGAGTT
CCTGTAGGAG TTCCAGGGGA AATTTATATC GGTGGGGCGA GTGTAGCACG AGGGTATTTA
AATCAGCCAA TATTAACTCA AGAAAATTTT ATTCCTAATC CCTTTATTCC GGGAGATATT
CTTTATAGAA CAGGGGATAT AGGCCGTCGT CTTCCTAATG GTAATTTAGA ATTTGTAGGC
AGGATAAATA ATCAAATAAA AATTCGCGGT TTTCGGATTG AATTAGAAGA AATTGAGACA
GTTTTAGGCA AACATTCCGG AATCAAACAA GCGGTAGTTA CTTTAGGAAA AAATTCTCTA
GGAGAAAAAT CTTTAGTCGC CTATATCATG GCTAAAAATT CCCAATTAAC TCCCCAAACA
GTCCGAGATT TTCTCAGGGA AAAATTGCCA GATTATATGA TTCCTAATGC CTTTGTCTTT
TTAGACGCTT TTCCCCTCAA TCCTAATGGT AAGATTAATC GGCGAAATTT ACCAGATCCC
GATACTCAGC AGAGACAAAC CTGGGTAGAA TTTGTTGAAC CTCGCACAGA AATAGAGCAG
CAAATAGCAG CGATTTGGTT AAAAATTCTT GGCTTAAATC AAGTGGGAAT CTATGATAAC
TTTTTTGAAC TAGGCGGACA CTCTTTACTC GTTACTCAAG TTATTTCTCG CCTTAAAGAA
ACATTTGAGA TAGAGTTTTC TTTCCGTTAT TTTTTTGATA ATCCGACCAT TACTCAACTA
GCTGAACAAG TCATTATCCA GCAACTTGAA CAGTCAGAAG TTGATGAACT AGAGCAAATT
TTAGAAGAAA TCGATCAATT ATCTGAAGAA GAAGTAGTTG AACAATTATT TATTTAA
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| Protein sequence | MNNIEDLYEL SPMQQGMLFH SLYSPESEVY FEQLICILKG KLNLSAFQKA WEKIVDRHPV
LRSSFYWEEI EKPLQMVNRQ IELSWNIYDW QNWDQGQQQS QLETFLKQDR AKGIALDEAP
LMRFTLIQLD RDIYQFIWSH HHILFDGWSM QIILQEVFDL YEAYQKGKFL TLKPCYPYRD
YIQWLQQQDN SKAQKFWQNQ LQGFEAETPI EIDKLPGQKT SQVAYHQIPF KFPLEISQKL
ESLAQKNRLT LNNIVQGAWG LLLSRYSGES DVIFGATVSV RPSNLPDVDK RVGLFINTLP
IRLKISDQMA LIPWLKQLQS QQIEQEQYAY YSLADIQKNS DILSGKPLFE SLLVFENYPQ
DSAEKETNKT LKITNINCFE RTNYPITIVV NPDSELSGRI IYDSSRFASE PIELMIGHFQ
NLLTEFALKP EQFLCKFSLL TQAEEKELIS AEQKNQAQIK NINYQCIHHL FEQQVIKTPD
AIALIYKNQK LTYKELNTHA NQLAHYLQYL GVKLEDKIGV CIERSPLMII AILAILKVGG
AYVPLDPGYP SERLAFMIKD AQSPIILTQK HLLTQLFQDD HQLLIDIESE WDSIAQYSSD
NLTCEVSLEN LAYIIYTSGS TGTPKGTEIP HRSFLGFMFG VDYIQLDANV IWLQHSSISW
DAAILELWPP LLYGGCCVLY PGNIVTPEKL SKIIQNEKIN TLWLTAALFN LMIDTQPESL
LGIKQLLVGG ESLSVNYISQ ALELLPETKI INGYGPSECT VFTCCYPIDR KLDKKITSIP
IGQPIGDRIV YLLDRNLHRV PVGVPGEIYI GGASVARGYL NQPILTQENF IPNPFIPGDI
LYRTGDIGRR LPNGNLEFVG RINNQIKIRG FRIELEEIET VLGKHSGIKQ AVVTLGKNSL
GEKSLVAYIM AKNSQLTPQT VRDFLREKLP DYMIPNAFVF LDAFPLNPNG KINRRNLPDP
DTQQRQTWVE FVEPRTEIEQ QIAAIWLKIL GLNQVGIYDN FFELGGHSLL VTQVISRLKE
TFEIEFSFRY FFDNPTITQL AEQVIIQQLE QSEVDELEQI LEEIDQLSEE EVVEQLFI
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