| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Swoo_0890 |
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| Symbol | |
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| ID | 6115124 |
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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 | 1184663 |
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| End bp | 1187824 |
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| Gene Length | 3162 bp |
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| Protein Length | 1053 aa |
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| Translation table | 11 |
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| GC content | 46% |
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| IMG OID | 641632374 |
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| Product | acriflavin resistance protein |
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| Protein accession | YP_001759279 |
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| Protein GI | 170725253 |
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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 | 10 |
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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 | 20 |
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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 | ATGGAGCCAC AAAAAGGAAT CATAGCTTGG TTCGCTAAAA ATATTGTTGC TGCAAACCTA
TTGATGTTTT TCCTTATTAT GGGCGGCCTA GCAAGCAGTA TATTTGTCAT CAATAAAGAG
GTGATGCCCA CTTTTGAGGC GAACTACCTG CAGATTTCTG TAGCCTACCC AGGCGCGGCT
CCTCAAGAGA TTGAAGAGGG GATCAACATA AAGATAGAGG AGTCACTCCA AGATATTATT
GGGATCAAAA AAGTCACCTC TGTTGCGAGC GAAGGTGTAG GCTCAGTATC CATTGAGGTT
CAAGAGGGTT ATGACCCACA AGATATACTC GATGAAGCCA AACTCAGGCT CGATGCTATC
TCTACCTTTC CCGATAATAT CGAAAAACCC GATATCTACC GTATGAAGCC AGAAAACTAT
GTGATCTGGG TCTCAGTCTA TGGTGATATC GACCTGCATG AGATGAAGGA GATAGCTAAA
AGTATACGAG AGGATATCAC TTCCCTCCCC TCGGTAACCC GGGCAAAAGT GACAGGAGTC
AGGGATTACG AGGTGAGCAT TGAGCTATCG GAAGATAAAC TCAGAGAGTA CGGTCTTAGC
TTTGCTCAAG TCGCACAGGC GGTTCAAAGC TCCTCTATCG ATCTTCCAGG CGGTGCTATT
CGAGCTCAAG ATGGTGACAT TCTCTTAAGA ACTAAAGGGC AAGCCTATAC TGGCGAAGAC
TTTTCTAACA TCTTAGTATC CACTCGTGCC GATGGCAGCC GAATCATGCT ATCTCAAGTC
GCCATCATTA AGGATGATTT TGAGGAGCGA CAGGAGTACA CACGTTTTAA CGGTAAACCT
GCCGCCATCA TCGAAGTCAC CAGCATTGAT GATCAAAATG CTCTGAAAAT TTCAGAGGAG
GTCAAAACCT ATATTGCTAA ACGTAGTGAA ACCTTGCCCG CCTCTGTCAA GGTCGATACC
TGGGGAGACA TGACGCACTA CCTCAAAGGC CGCCTAAACA TGATGCTATC TAACATGTTT
TACGGCGCTA TATTAGTGTT TCTTATTCTC GCGCTTTTCC TTGAGCTTAA GCTCGCCTTC
TGGGTCATGA TGGGGCTTCC CGTCTGCTTC TTAGGCACTG CACTCTTGAT GCCTATCGAA
CCCTTCTCCA TGTCAATTAA CCTATTGACC CTGTTTGCCT TTATTCTGGT GCTCGGTATT
GTCGTCGACG ATGCCATCGT CATAGGAGAG AGTGCTTACT CTGAAACACA GTTACATGGT
CACTCCTTAG ATAATGTCGT CAAGGGAGCA AAAAGGGTGG CCATGCCAGC TACATTTGGC
GTACTAACCA CCATAGCGGC CTTTATTCCC ATGTTAATGG TATCTGGACC CCAGGGGGTA
ATTTGGAAGT CCATTGGCAT GATCGTCATT CTTTGTTTAG TTTTCTCGTT AGTGGAGTCC
AAGCTGATCC TGCCAGCTCA CCTTGCCCAT ATGAAGCCGA AAAAACCAAA CCTAAACCCC
AACGCCTTTG TGCGCTTTAA ACTAGCCCTA AATAGTAAGC TTCAACACTT TATTCACCAC
AAATACCGCT ACTTTTTAGA GCGCTGTATA AAGAATAGAT ACAGTGTCGT CTCCCTGTTT
ATCGGCGTAC TTATCCTCTC TATCGCTCTG GTCGTAAGTG GCACGGTACG TTGGGTATTC
TTCCCCGATC TTCCATCTGA CTTTATGCAG GTGCAACTAG AGATGGAACC AGGTAGCTCA
GAGGAGAATA CACTTCAGGT CGTCAAACAA GTTGAAGATG CCCTCTATGC CATGGATCAA
GAGATGGAGG AGAAGTTTGG ATACCCAGTG GTAAAACACA GCTATATCAA TATGGGATCT
CGTACCTCAG CCTTTATCTT TGCAGAACTC ACTAAAGGGG AAGACCGTGA GGTTGACGGT
GTCACTATCT CCAATGCTTG GCGTGACAAG CTGCCTGAAT TACTTTCAGT TAAGAAGCTC
AGTATCGCTG CCAGTACTGG TGGCGGAGGC AGTGATATCT CATTTAGACT CTCCTCAGGC
AACTTGGAGC AGCTCGCACA GGCTTCAGCC GAGTTAAAAC AGAAACTCAA AACCTATGAG
GGTATCTATG ATATCTCCGA TAATAACTCA TCGGGAAGCC ACGAAATCCT CCTTGATATA
AAACCTGAAG CGGAAGCTCA AGGCTTAACT CTGTCGGATC TAGCCAGTCA AGTTCGTTAT
GGTTTTTACG GCTTCGAAGC TCAGAGAATA TTGAGAAACA AGGAGGAGGT CAAAGTCATG
GTGCGCTATC CTTTGGAGCA GCGCCGAACC ATAGGTCATC TGGAAAATAT GATGATCCGT
ACTCCCTCAG GAAATTCGGT TCCCTTCTCC ACTGTTGCAG AGGTTGAGCT AGGAGACTCC
TACTCATCAA TCACTCGTGT CGACGGCCGC CGCGCCATCA CTATTATTGC CAATGCTGAC
AAAGAGAAGG TGGAGCCCTC TAAGGTAGTC ACTGAGATAC AGAGTGAATT TCTCCCCTAC
TTGGAGGGGA AATACCCACA TATTTCGACA AGCTTAGATG GTGGCAGTGC CGATGAACAA
AGTGCACTCA TTAGTTTAGT TTTAGGCTTT TTAGTCGCGC TATTCGCCAT CTATGCACTA
ATGGCGATAC CACTAAAATC ATACAGTCAG CCATTGATCA TTATGGCGGT GATCCCCTTT
GGGGTCATTG GCGCCCTCTT TGGTCACCTG CTCTTGGGCT TAACACTCAA TATTCTTAGT
CTATGTGGCA TAGTTGCACT AGCAGGTGTT GTGGTGAATG ACTCGCTTAT CTTGGTTGAT
TTTGTCAATA AGGCACGTGC TGAGGGTCAA TCGATAACCC AAGCCGCTAT AGATTCAGGT
TGTTACCGCT TTCGGGCAAT CATCCTGACA TCATTAACCA CCTTTGTGGG ACTGGTTCCT
ATTCTTTTAG AGACAAGCCT ACAGGCTAAG ATTGTGATCC CCATGGCAAC CTCACTTGCC
TTTGGTATCC TCTTCTCTAC CTTAGTGACG CTTATTCTGA TCCCACTGCT CTACATCATG
TTAGATGATC TTAAGCGGCT GTTAACACGA TTTAGTGGTG GATTACGCCG CTTCTATATC
TGGTGGTGGC AGCCTAAGTC TGCACAGGAT GATTTGACTT AA
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| Protein sequence | MEPQKGIIAW FAKNIVAANL LMFFLIMGGL ASSIFVINKE VMPTFEANYL QISVAYPGAA
PQEIEEGINI KIEESLQDII GIKKVTSVAS EGVGSVSIEV QEGYDPQDIL DEAKLRLDAI
STFPDNIEKP DIYRMKPENY VIWVSVYGDI DLHEMKEIAK SIREDITSLP SVTRAKVTGV
RDYEVSIELS EDKLREYGLS FAQVAQAVQS SSIDLPGGAI RAQDGDILLR TKGQAYTGED
FSNILVSTRA DGSRIMLSQV AIIKDDFEER QEYTRFNGKP AAIIEVTSID DQNALKISEE
VKTYIAKRSE TLPASVKVDT WGDMTHYLKG RLNMMLSNMF YGAILVFLIL ALFLELKLAF
WVMMGLPVCF LGTALLMPIE PFSMSINLLT LFAFILVLGI VVDDAIVIGE SAYSETQLHG
HSLDNVVKGA KRVAMPATFG VLTTIAAFIP MLMVSGPQGV IWKSIGMIVI LCLVFSLVES
KLILPAHLAH MKPKKPNLNP NAFVRFKLAL NSKLQHFIHH KYRYFLERCI KNRYSVVSLF
IGVLILSIAL VVSGTVRWVF FPDLPSDFMQ VQLEMEPGSS EENTLQVVKQ VEDALYAMDQ
EMEEKFGYPV VKHSYINMGS RTSAFIFAEL TKGEDREVDG VTISNAWRDK LPELLSVKKL
SIAASTGGGG SDISFRLSSG NLEQLAQASA ELKQKLKTYE GIYDISDNNS SGSHEILLDI
KPEAEAQGLT LSDLASQVRY GFYGFEAQRI LRNKEEVKVM VRYPLEQRRT IGHLENMMIR
TPSGNSVPFS TVAEVELGDS YSSITRVDGR RAITIIANAD KEKVEPSKVV TEIQSEFLPY
LEGKYPHIST SLDGGSADEQ SALISLVLGF LVALFAIYAL MAIPLKSYSQ PLIIMAVIPF
GVIGALFGHL LLGLTLNILS LCGIVALAGV VVNDSLILVD FVNKARAEGQ SITQAAIDSG
CYRFRAIILT SLTTFVGLVP ILLETSLQAK IVIPMATSLA FGILFSTLVT LILIPLLYIM
LDDLKRLLTR FSGGLRRFYI WWWQPKSAQD DLT
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