| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Shewana3_3572 |
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| Symbol | |
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| ID | 4476172 |
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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 | Shewanella sp. ANA-3 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_008577 |
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| Strand | + |
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| Start bp | 4284332 |
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| End bp | 4287415 |
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| Gene Length | 3084 bp |
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| Protein Length | 1027 aa |
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| Translation table | 11 |
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| GC content | 51% |
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| IMG OID | 639728180 |
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| Product | acriflavin resistance protein |
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| Protein accession | YP_871200 |
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| Protein GI | 117922008 |
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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 | 5 |
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| Plasmid unclonability p-value | 0.17403 |
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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 | 19 |
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| Fosmid unclonability p-value | 0.560484 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGAACATTG CTGAGTATTC CATCCGCCAC AAAGTGATTA GCTGGATGTT TGTGCTACTG
CTGCTCGTGG GCGGTGGTGT GAGTTTTACC GGTCTTGGGC AATTAGAATT TCCAGAATTT
ACCATTAAAG AAGCCCTAGT GATCACCGCC TATCCGGGGG CCTCACCCGA GCAAGTGGAA
GAAGAAGTCA CCCTTCCCCT CGAAGATGCA CTGCAGCAAC TCGATGCGGT TAAGCACGTG
ACCTCAATCA ATAGTGCGGG CCTGTCGCAG ATCCAAATAG AGATCAAAGA AACCTACGAT
AAAACCAGCC TGCCACAGGT GTGGGATGAG GTGCGTCGTA AGGTGAACGA CACCGCAGGA
CAACTGCCTC CCGGCACTAG TACGCCCAAG GTTTATGACG ACTTTGGCGA CGTGTACGGC
ATTTTGTTTA ATCTCTCAGG GCCTGACTAT AGCAACCGCG AATTAAGCAA CTATGCCGAC
TATTTGCGCC GCGAACTGGT ACTGGTGCCT GGGGTCAAAA AAGTCTCTGT CGCGGGCAGC
GTAACCGAAC AGGTAGTGAT TGAAATATCA CAACAAAAAC TCTCTGCATT GGGGTTAGAT
CAAAGCTATA TCTACGGCCT GATTAACAAT CAGAACGTGG TTTCTAATGC GGGCAGTTTA
GTGGTTGGCG ATAATCGTAT TCGCATTCAT CCCACGGGCG AATTTAGCAG TGTGCAGGAT
CTTGCGCGTC TGATCGTCAG TCCGCCCGGC AGCACCGAGC TTATCTATCT TGGCGACATT
GCCCATATAG AAAAAGATTA CGATGAAACC CCAGATGTGC TCTATCACAA CCGTGGCGAA
GCCGCCCTCT CCTTGGGGAT TTCGTTTTCG AGTGGCGTCA ACGTAGTCGA AGTAGGTAAA
AGCGTTAGTG AGCGCCTTGC CGAGTTGGAG TCACAACGCC CAATTGGGAT GAACTTAGAT
ACGGTCTATA ACCAAAGCCT GGCGGTGGAT GACACTGTAA ATGGCTTTTT GATCAACCTA
TTAGAATCAA TCGCCATCGT TATTGCCGTA CTGCTGCTGT TTATGGGCCT GCGCTCAGGC
TTACTGATGG GCTTAATCCT GCTGCTGACG ATTCTCGGCA CTTTTATCGT GATGAAAGTA
CTGGGTATTG AGCTGCAACT GATCTCCCTC GGCGCCCTGA TTATTGCACT TGGTATGTTG
GTCGATAACG CCATTGTGGT GACGGAAGGT ATTTTGATTG GCCTGCGCCG GGGTAAGACT
CGCCTCGAAG CCGCTAAACA AATTGTGACG CAAACCCAGT GGCCGCTGCT TGGCGCCACA
GTGATCGCGA TTATCGCCTT CGCGCCGATT GGTTTATCGC AAAATGCCGC GGGTGAGTTT
TGTCGCTCGC TGTTCCAAGT GTTGATGATC TCTTTATTTA TCAGTTGGAT TACCGCGATC
ACCCTGACAC CTTTCTTCTG TCACTTGCTG TTTAAAGACG CCCCAGCAGA CGATGAAGAG
CAGGATCCTT ACAAAGGTTG GTTCTTCAGC TTATACCGCG CGAGTTTAAC CTTTGCCCTA
CGTTTTAGAA TAGCCAGCAT TTTATTGGTC GGCGCTATGC TTGTTACCGC GGTAATTGGC
TTTGGCCATA TCAAAAATGT GTTCTTCCCA GCGTCAAACA CGCCCATCTT CTTTGTCGAT
ATTTGGATGC CTGAAGGCAC GGATATCAAA GGTACAGAAC GTTTCACCGC CGATATTGAG
CAGCTGCTAC TCAAGCAAGC CGAGGAGCAA CACAGTGGCC TTAAACACTT AACCACAGTG
ATTGGCCAAG GTGCACAGCG TTTCGTCCTG CCCTATCAAC CGGAAAAAGG TTACCCCGCC
TTTGCCCAGT TGATCATCGA GATGGAGGAT CTAGCGTCGC TCAAAGTCTA TATGTCTGAG
TTAGAAAGAC AGCTAAATCA ACGGTTCCCG CAGGCACAAT ATCGATTCAA GAATATGGAA
AACGGCCCGT CTCCGGCCGC GAAGATTGAG GCGCGTTTCT ACGGTGATGA TCCTGAAGTG
CTGCGTGCTC TGGGCGCTCA AGCCGAAGCG ATTTTCCATG CTGAGCCGAG TATGGATGGC
GTTCGCCATG ATTGGCGCAA CCAAGTGCCT TTAATTCGTC CACAGCTGCA AAATGCGCAG
GCGAGGGAAA CCGGGATCAG TAAGCAGGAT CTGGATAATG CGCTGCTTAT CAACTTTAGC
GGCAAACAGA TTGGCCTTTA CCGCGAAACC AGCCATTTAC TGCCCATCGT TGCCCGTGCC
CCCGCCGAAG AGCGTTTGCA GGCGGACAGC CTGTGGAAAC TGCAAATCTG GAGTAGCGAG
CACAGCACCT TTGTGCCAGC TACCCAAGTG GTAAGCCAGT TTGAAACCCA GTGGGAAAAC
CCCTTAGTGA AACGTCGTGA CCGGATGCGG ATGTTAGCGG TTCTGGCCGA TCCAAAGCTT
GGCAGCGATG AAACCGCCGA TTCTGTGCTC CGTAAAGTGA AGGATAAGGT TGAAGCCATC
AGTATCCCCG CGGGTTATCA CCTCGAATGG GGCGGCGAGT ATGAGACCGC TGGCGAAGCC
CAAACTGCGG TATTTAGCTC GATTCCATTA GGCTACTTGG CGATGTTTTT AATCACAGTG
TTCCTGTTTA ACTCGGTACG CCAACCCTTA GTGATTTGGT TTACCGTACC ACTGGCCTTG
ATTGGGGTCT CGGCGGGATT ACTGATTTTC GACGCGCCCT TTAGCTTTAT GGCACTGCTG
GGGCTGCTGA GTCTATCGGG CATGGTGATT AAAAACGGCA TTGTGTTAGT CGATCAAATC
AACCTAGAAC TTGACGAAGG CAAGCCGGCC TATATCGCCT TAGTCGATTC GAGTGTCAGC
CGTGTACGCC CCGTGATGAT GGCAGCGATC ACGACCATGC TCGGGATGAT CCCGCTGATC
CCCGACGCCT TTTTCGGCTC GATGGCGATC ACTATCATCT TTGGTTTAGG TTTTGCGTCG
CTGCTGACCC TTATTGTGCT GCCAGTGATG TACAGCCTCG CCTTTAATAT CAAACCGAAT
GCGGTGGCGA GCGAGCAGCA CTAG
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| Protein sequence | MNIAEYSIRH KVISWMFVLL LLVGGGVSFT GLGQLEFPEF TIKEALVITA YPGASPEQVE
EEVTLPLEDA LQQLDAVKHV TSINSAGLSQ IQIEIKETYD KTSLPQVWDE VRRKVNDTAG
QLPPGTSTPK VYDDFGDVYG ILFNLSGPDY SNRELSNYAD YLRRELVLVP GVKKVSVAGS
VTEQVVIEIS QQKLSALGLD QSYIYGLINN QNVVSNAGSL VVGDNRIRIH PTGEFSSVQD
LARLIVSPPG STELIYLGDI AHIEKDYDET PDVLYHNRGE AALSLGISFS SGVNVVEVGK
SVSERLAELE SQRPIGMNLD TVYNQSLAVD DTVNGFLINL LESIAIVIAV LLLFMGLRSG
LLMGLILLLT ILGTFIVMKV LGIELQLISL GALIIALGML VDNAIVVTEG ILIGLRRGKT
RLEAAKQIVT QTQWPLLGAT VIAIIAFAPI GLSQNAAGEF CRSLFQVLMI SLFISWITAI
TLTPFFCHLL FKDAPADDEE QDPYKGWFFS LYRASLTFAL RFRIASILLV GAMLVTAVIG
FGHIKNVFFP ASNTPIFFVD IWMPEGTDIK GTERFTADIE QLLLKQAEEQ HSGLKHLTTV
IGQGAQRFVL PYQPEKGYPA FAQLIIEMED LASLKVYMSE LERQLNQRFP QAQYRFKNME
NGPSPAAKIE ARFYGDDPEV LRALGAQAEA IFHAEPSMDG VRHDWRNQVP LIRPQLQNAQ
ARETGISKQD LDNALLINFS GKQIGLYRET SHLLPIVARA PAEERLQADS LWKLQIWSSE
HSTFVPATQV VSQFETQWEN PLVKRRDRMR MLAVLADPKL GSDETADSVL RKVKDKVEAI
SIPAGYHLEW GGEYETAGEA QTAVFSSIPL GYLAMFLITV FLFNSVRQPL VIWFTVPLAL
IGVSAGLLIF DAPFSFMALL GLLSLSGMVI KNGIVLVDQI NLELDEGKPA YIALVDSSVS
RVRPVMMAAI TTMLGMIPLI PDAFFGSMAI TIIFGLGFAS LLTLIVLPVM YSLAFNIKPN
AVASEQH
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