| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Shewana3_2346 |
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| Symbol | |
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| ID | 4478103 |
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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 | 2822377 |
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| End bp | 2825451 |
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| Gene Length | 3075 bp |
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| Protein Length | 1024 aa |
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| Translation table | 11 |
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| GC content | 44% |
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| IMG OID | 639726941 |
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| Product | acriflavin resistance protein |
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| Protein accession | YP_869981 |
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| Protein GI | 117920789 |
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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 | 6 |
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| Plasmid unclonability p-value | 0.322733 |
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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 | 10 |
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| Fosmid unclonability p-value | 0.00300678 |
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| Fosmid Hitchhiker | Yes |
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| Fosmid clonability | hitchhiker |
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Sequence |
| Gene sequence | ATGATTATTA AAGCCGCGAT TTCTCGTCGA ATTTCAACGG CTGTATTGGC TTTCGGTTTA
GCTATTTTCG GGGCGCTAAA TCTGAATATG CTACCTGTCG ATTTCTTACC TTCGGTTAAA
TATCCTCTGA TAAAGCTATC GATTATTTGG CAGGGGGCGA CACCTGAAGA TATAGATCAA
AATCTAGCCG ATCCTATTGA GCGTGAACTG GCCTCCGTAG ACGGCCTAGA TTATCTTTCA
TCTAGCGCTA TTGAGGGCTT ATACCAACTG GATGTCAATT ACCGTTACGG CGTTGATGTT
GATGTTGCTT ATCAAGATAC GTTAGCGGCA TTTAATCGTT CAACCAAAAA TCTTCCCGTT
GATATTGAAG CACCCGTCAT CATCAAAGCA GATCCGTCAC AATTACCGAT AGTACAAGCG
GTGTTTGAAT CAGAAAGTAT GGATTTGACT CAGCTACGTA CTTGGATTGA CTCATGGTTA
ACTCAGCGAC TTTTATCCGC CAGTGGTGTG GCGGCCATTG ATGTGGCTGG AGGTCTTGAG
CGTGAAATTC GTATTTTTGT GGATGATGAA AAGCTAGAAG CCCATGGATT AGACCTTACC
ACGTTAGAGC GAGTTCTTTC AGCAGAGAAC TTACAACGAG TAGGCGGGAG AGTGACAGGC
AAATACCGTG AGAATATTGT GAGGGTAATG GGTGAGTTTA GCCAATTAGC CGTTATTCAA
GATCTCGTAT TAAGCCGTGA TAGTAGCGGT AGTATTGTTC GCATTAGGGA TGTGGCTGAG
GTTAAAGATA GCCACGAAGA CATTCGTATG CTGACCCGCT TAAATGGTCA TCCGGCGGTT
AAAGTTAACG TGATTAAACA AGCCGACGCT AATACTGTCA CAACGGTAGA TAATGTTGAG
GACCGTTTAG CGGATTTAGC GCCATCTTTT CCTAAGGATA TCAAATTCAC TTTAGTTGAA
AACCAAGCCG ATTATATCAA TGATTCTATC CGTGGTGTTC GTAACACGGC CTTAGAGGCT
ATGGCGCTGG TTGTGCTGGT ATTATTCGTA TTTTTAGGTA ACTCAAGGCA AGTGTTAATT
ATTGCGATAG CCTTGCCATT TGCATTATTG GTTAATTTCT TTTTAATGCA CCTCGCAGGC
TTTTCACTCA ATATTTTTTC CCTTGGTGGT CTTGTCGTTG CGATTGGGGT GCTACCCGAC
ACATCAATTA TTGTGGTTGA AAATATTTCC CGGCTGCGTA GTTTACATGA TAAGGCTAAC
CCACAATCCA TCTCCGAGGA GGCAACACTG GAAGTGGGTG GGGCGATTAT GGCAGCGACA
GTGACCTTTA TAGCGCTGTT TGTTCCGTTT TTACTCGTGC CAGGGCTAAT CACCTTACTA
TTTAAAGAGT TAGTCCTAGT TATTCTTGGT TTGATGATCA TCGCGGGTCT TGCCGCTATC
ACACTGACTC CCATGCTAGG TGGCGTGTTA TTAAAAGCCA ATCAACGCGA ATTTGCCTTC
AGTGAGAAAA TTAACCATGG CTTACGCTGG GCTTATGGCG CCTTGTTGCA TAGCGCATTG
CAGTTTAGGT TAACCACTAT ATTTATATTT ATTGGTGTTG CAATCGGTGG TGTGTTGCTG
TTTAAGTCCG CAGGGTCTGA ATTTTTTCCT GCCGTTGATG ATGGTCGTAT AGTCGTTAAA
ATTCGAATGC CTGCGGGGGC GAATTTAGCT CGCATGGATG CCATAGCACA GCAAGTTGAA
GCATTAGTGA TCGGCGATCA GCGAGTTCGC AGTGTTTTTA CGCTTTCAGG TGGTGCGGTC
AGGGGACTGT ATACCAATAA AATTGGCAAT GAAGGTGAAG TCGATATTGA ACTTGTCCCC
TCCAGTGAGC GCAAAATCAC TACTACGGAA TACATCAAAG AATTGCGTCC TAAGGTGGCT
AAGTTGCTAG CTCCGGGGGC GATATTAGCG GTCAATCAGG CAAAGATGCG AGGTATTCGC
TCTGTGGGAC AGGCCGAAAT TGAAGTTGAA ATTAATGGCT CAGAAGTTGA TACACTTTTT
GATGTGGCGA ATAAATTGGC GGCAAAATTA GCCGAAAGGC CCGAATTAAC CAATGTCTAT
GTCTCGCTTG ATTCCTCGAA GCCTGAATGG CAAGTTGATA TTGACAGGAC TCTGGCCGCC
GAACATGGCT TATCTACTAA GGAAATTGCT CACGTTCTTA ACGGCTACAT TAATGGAAGT
GTACCGACAC GTTATCGAGA GGCGAGTGAG TTGTATGATA TCCGAATCAT TATGCCTGAG
TCACAGTTAC GGTCGCGCTC TGATGTTGAA AATATTTCTA TAGCCACGCC TTCTGGTCAT
TATGTGCGCC TTAAAGACGT AGCTAAAGTA ACCGCAGCAA CTGGTCCTGT TGAAATAATT
AGAAAAAACC AGATAAAACA AGTGATTGTA CGTTGTGATC CGTCAGCAAC GGATCTTAAC
TCAGCAAAAG AGTTGGTCAC TAATATTCTT ACAGAGACAA CTTGGCCTAC GGGATACACT
TATTCGATAG GCGGTAAGGC ATTGCAAATG ACGCAAATGC AAACAACAGT GCAAAGTATT
CTGGGCTATG CAGTATTTTT TTCCTTCATT GTCTTAGCGG TGCAATTTAA TAATCTTCGG
CTTCCTTTGG TGATCCTATT TGCTGCTCCT TTTTGCCTTA CCGGTATTGG GTATGGGCTC
TTCTTCGCGA GCCAACCTTT TGGAGCTACC GTGATCATTG CGGCTATGAT AGTGCTCGCA
GCTAATGTTA TTGATGGGGT GCTACTAATC CAAACTGCTG AACGTCAAAA ACAGCAGGGT
ATCACTTTGC TCAAGGCGAC ATTCGATGCA GGTTTGAGCC GCCTTCGGCC TCGATTGATG
ACGGTATTAC CCGCAGTATT GGGATTTATG CCGTTAGCAT TAGCATTTGA AGAAGGAGGT
GAGCTATTGC GCCCCATGGC AGCTGCTGCC ATCGGAGGCT TGTTATTGAA CGTTTTTGTC
GCACTATTTC TAGTGCCTGT TTTGTATACT TTTATGGCAT CTACGCCAGA ACCAACATCC
ATAGATGTTG CTTAA
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| Protein sequence | MIIKAAISRR ISTAVLAFGL AIFGALNLNM LPVDFLPSVK YPLIKLSIIW QGATPEDIDQ
NLADPIEREL ASVDGLDYLS SSAIEGLYQL DVNYRYGVDV DVAYQDTLAA FNRSTKNLPV
DIEAPVIIKA DPSQLPIVQA VFESESMDLT QLRTWIDSWL TQRLLSASGV AAIDVAGGLE
REIRIFVDDE KLEAHGLDLT TLERVLSAEN LQRVGGRVTG KYRENIVRVM GEFSQLAVIQ
DLVLSRDSSG SIVRIRDVAE VKDSHEDIRM LTRLNGHPAV KVNVIKQADA NTVTTVDNVE
DRLADLAPSF PKDIKFTLVE NQADYINDSI RGVRNTALEA MALVVLVLFV FLGNSRQVLI
IAIALPFALL VNFFLMHLAG FSLNIFSLGG LVVAIGVLPD TSIIVVENIS RLRSLHDKAN
PQSISEEATL EVGGAIMAAT VTFIALFVPF LLVPGLITLL FKELVLVILG LMIIAGLAAI
TLTPMLGGVL LKANQREFAF SEKINHGLRW AYGALLHSAL QFRLTTIFIF IGVAIGGVLL
FKSAGSEFFP AVDDGRIVVK IRMPAGANLA RMDAIAQQVE ALVIGDQRVR SVFTLSGGAV
RGLYTNKIGN EGEVDIELVP SSERKITTTE YIKELRPKVA KLLAPGAILA VNQAKMRGIR
SVGQAEIEVE INGSEVDTLF DVANKLAAKL AERPELTNVY VSLDSSKPEW QVDIDRTLAA
EHGLSTKEIA HVLNGYINGS VPTRYREASE LYDIRIIMPE SQLRSRSDVE NISIATPSGH
YVRLKDVAKV TAATGPVEII RKNQIKQVIV RCDPSATDLN SAKELVTNIL TETTWPTGYT
YSIGGKALQM TQMQTTVQSI LGYAVFFSFI VLAVQFNNLR LPLVILFAAP FCLTGIGYGL
FFASQPFGAT VIIAAMIVLA ANVIDGVLLI QTAERQKQQG ITLLKATFDA GLSRLRPRLM
TVLPAVLGFM PLALAFEEGG ELLRPMAAAA IGGLLLNVFV ALFLVPVLYT FMASTPEPTS
IDVA
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