| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | PCC7424_5758 |
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| Symbol | |
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| ID | 7112936 |
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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 | 173993 |
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| End bp | 176440 |
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| Gene Length | 2448 bp |
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| Protein Length | 815 aa |
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| Translation table | 11 |
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| GC content | 41% |
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| IMG OID | 643484044 |
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| Product | TonB-dependent siderophore receptor |
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| Protein accession | YP_002381053 |
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| Protein GI | 218442733 |
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| COG category | [P] Inorganic ion transport and metabolism |
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| COG ID | [COG1629] Outer membrane receptor proteins, mostly Fe transport |
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| TIGRFAM ID | [TIGR01783] TonB-dependent siderophore receptor |
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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 | 36 |
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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 | ATGAAAATAC CGTCAATTTT ACCTACCCTG TTGTTTGCTA CTGGTGCGGT ACTGTCATTT
TCTCAACCGG CGCAGGCACA GACCCTTATT CAAGTAACGG GTATTCAGTT AGAACCAACC
CCAAATGGAT TAAAAGTAAT TGTAGAAACC GCACAAGGAA ACACACCTCA AGCTTTTATC
ATTCCTTCTG GCGAAACGGT AGACATTCAA TTGCTTGATT CTCAATTAAA CTTGCCGGAC
AAACAAAGTT TTCAGGTAGA AAATCCTGTT GATGGCATTG CCTCTGTCAC CGTAACCCAA
GGCGAAGCGA ATACGGTTCA AGTAACCATC GTCGGGACAC AAGGATCGCC TCAAGTAGAA
CTTGTTCCTA GCCCATTGGG AGTAGTATTG GATTTAAGAC CATCTTCAAC CACCGTCACT
CCTGAAGAAC CCACCGAAGA AATAGACATC ATTGCTACAA CCGAAGCCAA TGAAAACGAC
TACATTGTTG AAGATGCGAC AACTGCCACC TTTACCGATA CCCCTTTACG AGACATTCCT
CAATCGATTC AAGTTATTCC AGAGCAAATC ATAGAAGATC AACAAGTAAT CCGACTCGAT
GAAGCCTTGC GAAATGTGAG CGGCGTGGTT CAAGGTAATA CTTTTGGGGG AACACAAGAT
GAATTTATCA TTCGGGGGTT TACCTCAACT TCTGGTAACC TTTTGTTAGA TGGATTTAGA
CTTCCCAACT CGGGAACGAC CTTTAGAGAA ACTGCCACTT TAGAACGGAT TGAAGTTTTA
AAAGGGCCGG CTGGGGTTTT ATTCGGGTTT GTTGAACCGG GTGGTGTGAT TAACTTAATT
ACCAAGAAAC CCTTGCCAGA ACCTTATTAT GATGCTCAAC TTCAGATCGG AAGTTTTGCC
TTTTTCCGTC CTACTTTTGA TTTGTCAGGG CCGTTGACTG AAGACAAAAG TTTACTCTAT
CGATTAATGT TTGGTTATGA AACTGAAGAC GGTTTTCGGG AGTTTGATCA GGGAGTCAAT
CGATTTTATA TTACTCCTGT AGTGTCTTGG AAACCCAGTG ATCAGACCGA GATTTTATTT
GATTTGTCAT TTATCGATGA TGAGCGTCCT TTTGACCGGG GAATTATCAA TAATGTTAAT
TTTAATATCC CTGAAGTTCC TGTCAATCGG ATTTTCGGCG AACCGGACGA TAAAAGTGAA
GTTGAAGAAT TTAGTATTGG TTATCGATTA AACCATGAGT TTAATGAGAA TTGGGAAATA
CAAAATAATT TTCGTTACAT TAGCTCTTTT AATTTTAATT ATCGGGCTGA ACCTCTTTAT
GATGCTGATG AATTTGGCAA TCTTTCCCGT AACTTTCGCT CTAATGACGC TTATGAAGAA
AATTTCAATC TTCAAACCCG TCTAATCGGA AAAGTAGCTA CAGGGCCAGT AGATCATACT
CTTCTATTTG GATTTGACGC TTTCCGAGAA ACTTTTTGGC AACAGCAAAA CCGACTTCCT
GTCGGGCTAA CTCCGAGTAT TAATTTATTT GATCCTCAAT ATAATGTTAT TCCTCGACCT
TTTCTTTCTG AATTAACCAC CCGATTGTTC TTTTTTAGAA ACAGAACCGA CTATGTCGGG
CTTTATCTTC AAGACCAAGT AACGATTACT GATAACCTCA AATTATTGCT TAATGGTCGG
GTTGATATTG CCACTCAAGA GAACAAGTCT AGGGAAACTG GGGAAGAAAC AGTCAATGGA
GATAGCGATT TTACCCCTAG AGTCGGAATT GTCTATCAAC CCATTGAACC AGTGTCTCTC
TATGCCAGCT ATAGCGAGTC ATTTGTGCCT AATGGTAGCA CTAGAGCCGA TGGAACATTT
TTACCTCCTG AAGAGGGTAG GCAATATGAA ATCGGCATTA GAACGGAACT CAACGAAGGG
AGAGTTGTTC TCAATTTAGC CGCCTATGAT ATTACAAAAA GCAATGTAGC TACTGATGAC
CCTTTAAATC CGGGCTTTTC TATTCCGACT GGGGAAATTA GAAGCCAGGG GATTGAATTT
GATGTAATCG GGCGAATTTT GCCGGGTTGG AATATTATTG CTTCCTATGC CTATACCGAT
GCTCGGATTA CAGAAGATAA TGATCCCGAA CGAGTCGGCT TGAGAGTGGG ATATGTTCCT
TATAGTGCAG CTAGTTTATG GACAACCTAC ACCATTCAAT CCGGGAATTT AGAAGGATTA
GGGTTTGGTG CTGGCTTTTT TTATATAGGC GATCGCATTG ATGGGTTTAT ACCGAGTGTT
TTTCTGTCGA GTTATACTCG CGTCGATGCG GCGATTTATT ATCGACGAAA AAATTGGCAA
GCGGAGGTGA ATTTTAAGAA TTTATTCAAT GACTATTATA TAGAATCCGG TTTTTATGAG
CCGGGCGCTC CTTTTAATGT TATAGGTTCT TTTTCAATTC AGTTTTAG
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| Protein sequence | MKIPSILPTL LFATGAVLSF SQPAQAQTLI QVTGIQLEPT PNGLKVIVET AQGNTPQAFI
IPSGETVDIQ LLDSQLNLPD KQSFQVENPV DGIASVTVTQ GEANTVQVTI VGTQGSPQVE
LVPSPLGVVL DLRPSSTTVT PEEPTEEIDI IATTEANEND YIVEDATTAT FTDTPLRDIP
QSIQVIPEQI IEDQQVIRLD EALRNVSGVV QGNTFGGTQD EFIIRGFTST SGNLLLDGFR
LPNSGTTFRE TATLERIEVL KGPAGVLFGF VEPGGVINLI TKKPLPEPYY DAQLQIGSFA
FFRPTFDLSG PLTEDKSLLY RLMFGYETED GFREFDQGVN RFYITPVVSW KPSDQTEILF
DLSFIDDERP FDRGIINNVN FNIPEVPVNR IFGEPDDKSE VEEFSIGYRL NHEFNENWEI
QNNFRYISSF NFNYRAEPLY DADEFGNLSR NFRSNDAYEE NFNLQTRLIG KVATGPVDHT
LLFGFDAFRE TFWQQQNRLP VGLTPSINLF DPQYNVIPRP FLSELTTRLF FFRNRTDYVG
LYLQDQVTIT DNLKLLLNGR VDIATQENKS RETGEETVNG DSDFTPRVGI VYQPIEPVSL
YASYSESFVP NGSTRADGTF LPPEEGRQYE IGIRTELNEG RVVLNLAAYD ITKSNVATDD
PLNPGFSIPT GEIRSQGIEF DVIGRILPGW NIIASYAYTD ARITEDNDPE RVGLRVGYVP
YSAASLWTTY TIQSGNLEGL GFGAGFFYIG DRIDGFIPSV FLSSYTRVDA AIYYRRKNWQ
AEVNFKNLFN DYYIESGFYE PGAPFNVIGS FSIQF
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