| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Swoo_1829 |
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| Symbol | |
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| ID | 6116092 |
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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 woodyi ATCC 51908 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_010506 |
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| Strand | - |
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| Start bp | 2260768 |
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| End bp | 2264028 |
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| Gene Length | 3261 bp |
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| Protein Length | 1086 aa |
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| Translation table | 11 |
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| GC content | 46% |
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| IMG OID | 641633332 |
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| Product | acriflavin resistance protein |
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| Protein accession | YP_001760208 |
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| Protein GI | 170726182 |
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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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Plasmid Coverage information |
| Num covering plasmid clones | 4 |
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| Plasmid unclonability p-value | 0.0794172 |
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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 | 12 |
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| Fosmid unclonability p-value | 0.266022 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGTCTATTA TAAAAACATC GGTAAACCGA CCTGTCACTG TTTGGATGTT TATGTTTGCT
ATCATCTTAT TTGGTATGGT TGGCTTCTCT AGGCTGGCAG TAAAGTTACT GCCAGATTTA
AGCTACCCCA CCATTACTAT TCGGACACAA TACATTGGTG CAGCTCCCGT CGAAGTTGAG
CAACTTGTCT CTAAACCCAT TGAGGAAGCC GCGGGTATTG TAAAAGGGCT ACGTAAAATC
AGCTCCATCT CACGTTCAGG TATGTCTGAT GTTGTACTTG AATTTGAGTG GGGCACAGAT
ATGGATATGG CGAGTCTCGA TGTGAGAGAG AAACTCGACA CCATTGAACT CCCTCTTGAT
GTAAAAAAAC CGCTATTACT GCGGTTTAAC CCAAACCTTG ATCCGATCGT GCGCTTAGCC
CTGTCAGTGC CAGATGCCAG CGATAGCGAA CTGAAACAGA TGAGAACCTA TGCCGAGGAG
GAGTTAAAAC GCCAACTTGA GTCACTAAGT GGAGTAGCCG CAGTCAGGCT ATCTGGCGGC
CTTGAGCAAG AGGTTCATAT TCAGCTTAAT CAGCAAAAAT TAACCCAACT AAACCTTAAT
GCAGATCTTA TCCGCAACCG TATTGCAGAG GAGAACATTA ACCTCTCTGC CGGTAAAGTG
ATCCAGGGAG AAAAAGAGTA TCTTGTTAGA ACATTAAATC AGTTCAACTC GCTTGAAGAG
TTAGGCCGAA TCGTCGTTTA CCGAGATGAC CAAACGTTAG TTAGACTGTT TGAAGTCGCC
AACATTATTG ATGCCCATAA AGAGCGTAAT GATGTAACCA GAATCGGCGA TCAAGAATCG
ATTGAATTAG CCATATACAA AGAGGGAGAC GCCAACACAG TCACAGTAGC ACGTAAAGTA
ACCGCAGAGC TGAATAAACT CAATGAGGAC AATAACACTG AGCTAAAAGT GATATATGAC
CAATCTGAAT TTATCGAGAG TGCTGTCAGC GAAGTGACCT CTGCGGCTCT GATAGGTAGC
TTGCTTTCTA TGTTGGTCAT CTATCTGTTT TTAAGGGATA TAATTCCAAC CTTAATTATC
TCAATCTCTA TTCCTTTCTC TGTCATTGCC ACATTTAACA TGATGTACTT TGCCGATATC
AGCCTAAACA TAATGTCACT TGGGGGGATA GCACTCGCGG TCGGATTGCT CGTCGACAAC
GCCATTGTTG TGCTGGAAAA CATAGATAGA TGCCGCTCAT TGGGGATGAA TAAACTTGAT
GCCGCTGTTA CTGGTACAAA AGAGGTGGCG GGCGCTATTT TCGCATCGAC CTTAACCACG
TTAGCCGTTT TCGTTCCTCT TGTGTTCGTC GATGGTGTTG CCGGTGCCCT ATTCTCAGAT
CAAGCATTAA CTGTCACCTT CGCCCTGCTC GCTTCATTGC TTGTTGCACT TACCACTATC
CCGATGTTGG CATCAAGAGA GGGCTTTAAA TCCCTGCCAC CATTAATGGA AAAGGTAAAG
AAACCTAAGC CTGAGACTAA AATCGGTAAG TTGAAATACT ACAGTGCCAC CGTTTTTTCA
TTCCCCTTTG TACTGCTGTT CAGCTATCTG CCGAGCGCAC TACTGACACT GGCCTTGATG
TTAGGCCGCC TTACCTCTTG GCTTACGGGT CTATTTATGA GACCAATCAG CTCAGGTTTT
AACTGGATGT ATCATAAATT AGAGGTGGTT TATCACGCCC TACTGGCCCT AGCATTAAGA
CTAAAAGTAC TGACTATCGC TATTGCCCTT TTCGTCACCT TAGGCGCCGC ATCCCTAATA
CCAAAACTAG GGATGGAGCT TATCCCCCCA ATGAATCAAG GTGAGTTCTA TGTAGAGATC
TTGCTTCCAC CAGGAACAGA GGTATCAGAA ACAGATAACG TCCTTCGAAA ACTCGCTCTC
TCCATTAAAG ACAGAGACGA TGTTAAACAC GCATACAGCC AAGCGGGAAG CGGCGGATTA
ATGACATCTG ATACATCTCG AGGAGGTGAG AACTGGGGAC GCCTACAGGT CGTATTAGCC
GATCACAGTG CTTTTGATAC CGTGGCCAAC GTTCTAAGAC GCACGGCGAT GCGTATTCCT
GAACTGGAAG CAAAAATTCA GCACCCTGAA CTCTTTAGTT TTAAAACTCC GTTAGAGATT
GAGCTGGTCG GTTACGATTT AACTCAGCTA AAAAGTACAG CAGACAACCT AGTCGATGCG
CTATCGGATT CAGACCGCTT TGCTGATATC AACACTAGCC TTCGTGACGG TCAACCTGAA
CTCAGCATAC GTTTCGACCA TGAGCGTCTC GCTAAGCTGG GAATGGATGC GCCAACTGTG
GCTAACCGTA TTGCTCAGCG TATCGGTGGC ACAATTGCCA GCCAGTACAC AGTCAGAGAC
CGTAAAGTTG ATATTTTAGT GCGCAGTGAA GCTGAGGAGC GCGATCAAAT CAGTGACATC
GACTCCATGA TCGTTAATCC AGATAGCAGT CATCCTATTG CACTCAGTGC CGTTGCTGAC
GTGTCATTAA AGCTAGGCCC ATCGGCAATC AACCGCATCA GTCAACAGCG AGTTGCCATT
GTCTCTGCAA ACCTGGCTTA TGGAGATCTC AATGAAGCAG TACTAGAAGC AAGAGAGATT
TTAGGTCAGC AGACGCTGCC GACTTCAATT CAGGCAAGGT TTGGTGGACA AAATGAGGAG
ATGGAGCACT CTTTCCAATC ACTACAAATT GCCCTAGTGC TCGCGGTATT CTTGGTTTAT
CTGGTGATGG CGAGTCAGTT TGAGTCACTG CTTCATCCAC TACTGATCCT AATCGCAGTG
CCTATGGCGG TGGGAGGCAG TATTTTGGGT CTCTACATAA CCCAAACTCA CCTCAGTGTT
GTTGTATTTA TCGGCTTGAT TATGCTGGCA GGTATTGTGG TTAACAACGC CATTGTCTTG
GTGGATAGAA TTAATCAACT GCGTCAAGAC GGTCTCGATA AAATCACAGC AATATCTAAT
GCGGCTAAAT CTCGCTTACG TCCGATTATT ATGACGACCT TAACCACAGC TTTAGGACTA
TCTCCTATGG CGCTAGGCTT GGGGGATGGC TCGGAAGTCA GGGCACCAAT GGCCATTACC
GTGATATTTG GCCTCTGCCT CTCCACCTTG TTAACGCTTG TGGTTATCCC TGTGCTTTAT
GCCCTATTTG ACCGTAAAGA GTTTACACAT AAAGAAGTAA AAGAGAGCAA CACATTGGTT
AATAGCGGAG GTCAGGCATG A
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| Protein sequence | MSIIKTSVNR PVTVWMFMFA IILFGMVGFS RLAVKLLPDL SYPTITIRTQ YIGAAPVEVE
QLVSKPIEEA AGIVKGLRKI SSISRSGMSD VVLEFEWGTD MDMASLDVRE KLDTIELPLD
VKKPLLLRFN PNLDPIVRLA LSVPDASDSE LKQMRTYAEE ELKRQLESLS GVAAVRLSGG
LEQEVHIQLN QQKLTQLNLN ADLIRNRIAE ENINLSAGKV IQGEKEYLVR TLNQFNSLEE
LGRIVVYRDD QTLVRLFEVA NIIDAHKERN DVTRIGDQES IELAIYKEGD ANTVTVARKV
TAELNKLNED NNTELKVIYD QSEFIESAVS EVTSAALIGS LLSMLVIYLF LRDIIPTLII
SISIPFSVIA TFNMMYFADI SLNIMSLGGI ALAVGLLVDN AIVVLENIDR CRSLGMNKLD
AAVTGTKEVA GAIFASTLTT LAVFVPLVFV DGVAGALFSD QALTVTFALL ASLLVALTTI
PMLASREGFK SLPPLMEKVK KPKPETKIGK LKYYSATVFS FPFVLLFSYL PSALLTLALM
LGRLTSWLTG LFMRPISSGF NWMYHKLEVV YHALLALALR LKVLTIAIAL FVTLGAASLI
PKLGMELIPP MNQGEFYVEI LLPPGTEVSE TDNVLRKLAL SIKDRDDVKH AYSQAGSGGL
MTSDTSRGGE NWGRLQVVLA DHSAFDTVAN VLRRTAMRIP ELEAKIQHPE LFSFKTPLEI
ELVGYDLTQL KSTADNLVDA LSDSDRFADI NTSLRDGQPE LSIRFDHERL AKLGMDAPTV
ANRIAQRIGG TIASQYTVRD RKVDILVRSE AEERDQISDI DSMIVNPDSS HPIALSAVAD
VSLKLGPSAI NRISQQRVAI VSANLAYGDL NEAVLEAREI LGQQTLPTSI QARFGGQNEE
MEHSFQSLQI ALVLAVFLVY LVMASQFESL LHPLLILIAV PMAVGGSILG LYITQTHLSV
VVFIGLIMLA GIVVNNAIVL VDRINQLRQD GLDKITAISN AAKSRLRPII MTTLTTALGL
SPMALGLGDG SEVRAPMAIT VIFGLCLSTL LTLVVIPVLY ALFDRKEFTH KEVKESNTLV
NSGGQA
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