| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Cyan8802_3726 |
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| Symbol | |
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| ID | 8393074 |
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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 8802 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_013161 |
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| Strand | + |
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| Start bp | 3810787 |
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| End bp | 3813972 |
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| Gene Length | 3186 bp |
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| Protein Length | 1061 aa |
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| Translation table | 11 |
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| GC content | 45% |
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| IMG OID | 644981657 |
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| Product | acriflavin resistance protein |
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| Protein accession | YP_003139373 |
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| Protein GI | 257061485 |
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| COG category | [V] Defense mechanisms |
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| COG ID | [COG0841] Cation/multidrug efflux pump |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 11 |
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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 | 14 |
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| Fosmid unclonability p-value | 0.226552 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGAGCTTGA TCAAAACAGC CGTTCGTTGG CGACATGGCA CAGGGGTATT ATTTACTTTA
CTTGCCATCT TTGGCATCCT ATCCCTGTTT AATTTACCCC TAGAATTACA ACCCGGTGGC
GATCGCCCAG AAATTACCAT TACCACCCCT TATCTCGGTG CTAGTCCGAC GGAAGTCGAA
GATCTAGTCA CCCGTCCTAT CGAAGAACGC TTAGAAGAAG TTCCAGGCAT ACAGGAAATT
ACCAGTACCA GTAGTGCCGG AACCAGTAGT ATTAATGTTG AGTTTACCTG GAATACGGAC
ATTAATCGTG GTTTACTCGA TGTTCTCAAC AAATTACAAC AAGTCGAAGC CCTACCCCCA
GAAGCAGACG AGTCCAATGT AGAAGTGGTC AGCGCCGGGA GTAGTCCCAT GATGTGGGTT
ATTTTAATCC CCAAAGAAGG CTTTACCCCC GATGAGTCCC GTTATCGGGA CTTAGTAGAT
GACGTGATTG TCCCTCGGTT ACGTCAAGTG CAAGGAGTGG GACAGTTCCT CATTTCTGGA
GGAACAGACA GGGAAGTCGA GGTCATTGTT GACCCAAAAG CCTTAGCCGA TCGCAACCTT
ACCATAGGAG ATGTGGTAAA TACCCTGCGT AGCAATAATC GGGATATTCG CGGCGGCCCC
TTAATCTTGG GAAGACGGGA ATATCGTGTC AGAACCGTGA GTCGTATTAA TGATGTAAAG
CAGTTAGAAG GGTTTGTCCT GCGTCGAGAC GAGTCAGGAA CAGTGTATTT AGGAGATGTA
GCCGAAGCGC GGATGGGAAG AGCGATCCAG GATCGGGCTT TAGTGCGTAA TAATGAGCCA
GCCGTCGGTA TTGGGATTAT GCGACAAGTA GGAGGCAATG TTCCCGAAAT TTCGGCAGGT
ATTCGAGAAG CCTTAGCGGA TTTAGAAACG AGATTTGATC GCCAAGGAGA AGGGATCACC
TTTGATATTA CCTACGATGA AAATGACTAC ATCAATGATT CCATTGCCTT TGTTCAAGGG
AATTTGATTG TTGGTGCGAT CCTAGCAGCC CTCATTTTAC TCTTGTTTTT GGGATCATTA
AGAACCGTTG GTGTCATTGC GATCACAATT CCGACGACCT TGATAACCGT GTTTATCGTC
TTCTATCTCT TCGGTCGTAC CCTGAATGTG ATTAGTTTAG CCGGGTTAGC TTTTGCCGTG
GGGATGGTTG TTGATAATGC CATTGTTGTC CTCGAAAACA TTTTTACCCA GATGCAAGAG
GGTAAAACCC CGATGAAAGC GGCCATTGAT GGGACTCAGG AAGTTGGGGG GGCTATGTTA
GCCTCTACCT TAACCACCGT AGCGGTTTTT GCGCCGATTA TCCTGGTAAC AGGAGAAGCA
GGACAAGTAT TCTTTGATAT TGGCATCGCC TTATCTGTCT CGGTTTTATT TTCTCTGTTT
GCTGCTTTAA CCCTGGTTCC CATGTTAGCC GGACTGTTTC TGAGCCGCAC AGAAGCAGAG
CAAATGCTCG CAGAAGTCAA TAATCAAGGA AATAACTGGT TAGAGAAAAA AGTTGTCCAA
ACTTCGAGGA TATTTCGCAC GCAACAAGGA AAATTAGAAA ATTTTCTGCT CAAAACCGTC
CGATGGTCCC TAGGAAAAGG GCGAGTGAAA CGCCGTTTAC TCATCCTGGC GATTCCCGTT
GGTTTAATTT TCATCAGTAT TCAATTGTTA CCTCCCCCCG ACTATTTACC CCAAGGCAAC
CGTAACCAAA TTTTATGGTT AGCTGAACCC TTCCCAGGAA CCAGTATTCC TGAAGCCATT
GACCTCTCAG AAGCACCAAG ACAGTTTGTC CGTGAACAAC CAGAAGTCAT GCAAACCTTA
TACGTTCATC GACCCGGAAG ACGGTTAATT GCCGTATTTA TTCATCCTGA CCAAGCAACC
AGTAATATCT TAAACAGTCT GGTGGAACGA TTTCGTGGTA AAAGTCATGA GTTTCCTGGG
TATCGCTTTA TGGTTCCCAT CCGTGCCTCA ATTTTTAATG ATCCTGGAAA AGAATTTGAA
GTACAAATTA TTGGGGAAAA TTTAGAGCAA TTAAACCAAC TACAACAACA AATTTCTGAG
AAGATTAAAC AATTGCCCGG TATACAAAAC GTTCGGTCAG ATTTTGTTAC TGGTGCACCA
GAATTACAGG TCACTCCTAA CCGTGTCCGT TTAGCTGAGG CCGGGTTATC GGAGTCAGAG
ATTGGGTCTT TGGTACAAAC GGCTTTAGGG GGGTTACGCG CCTCGGAATT TGTGGACGGG
AAACGCGAAT TAAACGTCAG TGTTGAACTC AAAGATACCT TTGTCCAAAC CCCTGAACAA
CTGCGACAAC TGGCTATTTA TAACGGCCAA GGTCAACGGG TACAATTATC GGATGTGGCC
GAGGTAATAG AAACCACCGG GCCAGATGCC ATTAATCATG TAGACTTAGA ACGATCCATT
ACATTGACCG TCAGTGTCGC TACAGAAGCC CCCTTAGGCG CATTAGTTGA GCAAACCGAA
CAGCAAATAT TAGAACCCCT GCGTAATAAT ATTCCTCCTG GTGTTCGCTT AGAATTAGGA
GGATCGGCGG ATGTTTTAAC AGAAACCCTA TTACAGTTAG GGGCAACTTT TGTCCTCTCT
TTGGTCATTA CCTATTTGTT ACTCGTGGCC TTGTATCGTT CCTTGATCTA TCCCCTGTTA
ATTATGGCAA CGGTTCCCAT GGGGATGACA GGTGCATTGT TAAGTTTAGT CCTTGCTAAT
ACCATTCCTG GGGTGGTTGT GTCTTTGGAT ATGATTACTG GGTTAGGATT TGTCATTTTA
ACGGGAGTTG TGGTGAATAA TGCGATTTTG TTGGTCGATC GCGCCTTACA ATTGCAAGAG
CAAGGGATGG ATTATGATGC GTCTTTGTAT TATGCTGTTA GCGATCGCCT ACGTCCCATT
TTTATGTCAG CCGGAACCAG TGTTTTAGGG ATGTTACCCC TGGCGATTAT TCCCGGAAAA
GGGGCAGAAC TCTATCAAGG GTTAGGAATT GTTTTAACGG GTGGGTTGCT ATTATCTACG
TTTTTAACCC CCACTGTTAT CCCGGCTTTA ATGGGATTAT TGCAAGATTT TCAACCCAAG
AAAACTCCCT CAAAACAACC CATTCAACCC GAAGAATCTG ATCAAAAGGC GTTGCTTAAT
AAATGA
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| Protein sequence | MSLIKTAVRW RHGTGVLFTL LAIFGILSLF NLPLELQPGG DRPEITITTP YLGASPTEVE
DLVTRPIEER LEEVPGIQEI TSTSSAGTSS INVEFTWNTD INRGLLDVLN KLQQVEALPP
EADESNVEVV SAGSSPMMWV ILIPKEGFTP DESRYRDLVD DVIVPRLRQV QGVGQFLISG
GTDREVEVIV DPKALADRNL TIGDVVNTLR SNNRDIRGGP LILGRREYRV RTVSRINDVK
QLEGFVLRRD ESGTVYLGDV AEARMGRAIQ DRALVRNNEP AVGIGIMRQV GGNVPEISAG
IREALADLET RFDRQGEGIT FDITYDENDY INDSIAFVQG NLIVGAILAA LILLLFLGSL
RTVGVIAITI PTTLITVFIV FYLFGRTLNV ISLAGLAFAV GMVVDNAIVV LENIFTQMQE
GKTPMKAAID GTQEVGGAML ASTLTTVAVF APIILVTGEA GQVFFDIGIA LSVSVLFSLF
AALTLVPMLA GLFLSRTEAE QMLAEVNNQG NNWLEKKVVQ TSRIFRTQQG KLENFLLKTV
RWSLGKGRVK RRLLILAIPV GLIFISIQLL PPPDYLPQGN RNQILWLAEP FPGTSIPEAI
DLSEAPRQFV REQPEVMQTL YVHRPGRRLI AVFIHPDQAT SNILNSLVER FRGKSHEFPG
YRFMVPIRAS IFNDPGKEFE VQIIGENLEQ LNQLQQQISE KIKQLPGIQN VRSDFVTGAP
ELQVTPNRVR LAEAGLSESE IGSLVQTALG GLRASEFVDG KRELNVSVEL KDTFVQTPEQ
LRQLAIYNGQ GQRVQLSDVA EVIETTGPDA INHVDLERSI TLTVSVATEA PLGALVEQTE
QQILEPLRNN IPPGVRLELG GSADVLTETL LQLGATFVLS LVITYLLLVA LYRSLIYPLL
IMATVPMGMT GALLSLVLAN TIPGVVVSLD MITGLGFVIL TGVVVNNAIL LVDRALQLQE
QGMDYDASLY YAVSDRLRPI FMSAGTSVLG MLPLAIIPGK GAELYQGLGI VLTGGLLLST
FLTPTVIPAL MGLLQDFQPK KTPSKQPIQP EESDQKALLN K
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