| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Shewmr7_3235 |
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| Symbol | |
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| ID | 4255736 |
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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. MR-7 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_008322 |
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| Strand | + |
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| Start bp | 3832908 |
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| End bp | 3836111 |
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| Gene Length | 3204 bp |
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| Protein Length | 1067 aa |
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| Translation table | 11 |
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| GC content | 50% |
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| IMG OID | 638123918 |
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| Product | acriflavin resistance protein |
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| Protein accession | YP_739275 |
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| Protein GI | 114048725 |
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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 | 5 |
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| Plasmid unclonability p-value | 0.890283 |
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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 | 15 |
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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 | ATGGATACTC AAAAAGGGAT CTTAGCCTGG TTTGCCCGCA ACAGCGTGGC AGCCAACCTG
TTAATGTGGG CGCTACTGAT TGGCGGTCTA TTTAGCACAG TGTTGATTAA TAAAGAGGTT
TTCCCCTCTT TTAACCTTAA CTTATTGAGC ATTACCGTTG CTTATCCCGG CGCTGCGCCA
CAGGAAATCG AAGAAGGCAT CAACATCAAG ATTGAAGAAG CCATCCAAGA TATCAACGGC
ATTAAAAAAG TGACCTCGGT TGCCAGTGAA GGCGTTGGTT CAATCACGGT TGAAGTCGAA
GATGACTACG ACGTGCAAAC CGTACTCGAC GAAGCCAAGT TACGATTGGA TGCGATCTCC
ACCTTTCCGG TGAACATCGA AAAACCGCAA ATCTATAAAA TCGAACCCGA AAACAACGTG
ATTTGGGTGT CGGTTTACGG TGATATGTCG CTGCACGATA TGAAAGAACT GGCCAAATCG
GTGCGTGATG ATTTGACCCA ACTCCCCGCC GTGACCCGCG CGAAAGTCAC GGGGGTGCGC
GACTATGAAA TCGGTATCGA AGTCTCGGAA GATAAGCTAC GGGAATACGG CTTAACCTTC
TCGCAAGTCG CTTTGGCGGT GCAAAACTCT TCTATCGACT TACCGGGCGG TTCGATCCGT
GCCGAAGATG GCGACATTCT GCTGCGTACT AAAGGCCAAG CCTATACCGG CGATGATTTT
GCCAATATCG TCGTCACGAC CCGCGCCGAT GGTAGCCGAG TGATGTTGCC TCAAGTGGCA
ACCATTAAGG ACGATTTTGA AGAACGTTTA GAGTACACCC GCTTCAACGG CAAGCCTGCG
GCCATTATTG AAGTGACCAG CGTTAACGAT CAAAACGCCC TCGACATCGC TCAACAGGTC
AAAGACTACG TCGAGAAACG CCGTGCCACT CTACCAGCCA ACGCAAAATT AGACACTTGG
GGAGATTTAA CCCACTACCT CAAGGGCCGT TTGAACATGA TGATGTCGAA CATGTTTTAT
GGCGCCCTGT TAGTGTTTGT GATCTTAGCC CTGTTCCTCG ATCTCAAACT CGCCTTCTGG
GTGATGATGG GGTTACCCGT GTGTTTCCTC GGCACTATGC TGATCATGCC GCTGGAACCT
TTCTCCATGA CCATCAACAT GTTGACATTG TTCGCCTTTA TTCTCGTTTT GGGGATAGTG
GTCGACGATG CGATTGTGAT AGGCGAAAGC GCCTACAGCG AGGTCGAACG GCACGGACAC
TCGATTGACA ACGTGATCCG CGGTGCGCAA AAAGTGGCCA TGCCCGCCAC CTTCGGGGTG
TTAACCACTA TCGCCGCCTT TATTCCTATG TTGATGGTTT CTGGCCCCAT GGGGATTATT
TGGAAATCCA TCGGCATGGT GGTCATCATG TGTCTGGCGT TTTCACTGGT GGAATCTAAA
TTTATCCTGC CCGCGCACTT AGCCCACATG AAGTTTAGAA AACCAGGCGA ACCCACAGGA
TTCTTTGGTC GCTTTAAGGA TCGATTTAAC AATCGCGTTC AGCATTTTAT TCACCACAGT
TACCGTAACT TCCTCGAGCG CTGTATCCAA CATCGCTACA ACGTGGTCGC GGCCTTTATC
GGTGTGTTGA TTTTATCCGT CGCCTTAGTC GTCAGCGGTA AAGTGCGCTG GGTATTCTTC
CCCGATATTC CATCGGACTT TATCCAAGTG CAATTGGAGA TGGATGAGGG CAGCTCTGAA
CAGAACACCC TCAAGGTGGT GCAGGATATA GAAGAAGCCC TGTACAAGAT GAACGCCAAA
ATGGAGAAGG ACAACGGCAG CGAAGTGGTG AAGCACAGCT TTATCAACAT GAGCTCACGC
ACTTCCGCCT TTATCTTTGC CGAACTCACT AAGGGCGAAG ACCGGGAAGT AGATGGCGAA
ACCATTGCCG CCGCGTGGCG CGAGCAATTG CCCGAATTAC TGTCGGTGAA AAAACTCGAC
TTTAACGCCA GCGGGAACGG CGGTGGCGGT GGTGACATCT CCTTTAGACT GACCTCGAGC
GATCTCGAAG AATTATCCGC AGCCGCACGC GAGCTTAAGC AAAAGCTCGC CACCTACGAA
GGTGTGTATG ACATTGCCGA TAACTTCTCC TCGGGCAGCC ATGAGATCCG CTTAAAGATC
CGCCCAGAGG CCGAAGCGTT AGGCTTAACC TTGTCTGATT TAGCTCGCCA AGTCCGTTAT
GGCTTCTATG GTTATGAAGC ACAACGCATT TTGCGTAATA AAGAAGAAAT CAAAGTCATG
GTGCGCTACC CATTAGAACA GCGCCGAACC GTTGGCTACC TCGAGAATAT GCTGATCCGC
ACGCCGCAGG GTAAGTCGGT GCCTTTCTCC ACCGTAGCCG AAGTCGAAAA GGGTGAGTCC
TATGCCTCTA TCACCCGTGT CGATGGCAAA CGGGCGATTA CCATCATTGC CAATGCCAAC
AAACACAAGG TTGAACCTTC TAAGGTAGTA AATGAAATCC AGAAGGATTT CCTGCCGCAG
TTACAGGCCA AGTATCCGAA AATCCAAACC ACCCTCGATG GTGGCAGTTT GGATGAACAG
AATGCTATGG TCGGTCTCAT GCAAGGCTTC TTCTTTGCGC TGTTTACCAT TTATGCCTTG
ATGGCGGTGC CGCTCAAGTC CTACAGCCAG CCACTGATCA TTATGTCAGT GATCCCCTTC
GGGATTATCG GCGCCCTGTT TGGACATTTG ATCCAAGGGC TCGCCATGAG CGTGTTAAGC
CTTTGCGGTA TCGTCGCGCT CGCCGGGGTG GTGGTAAACG ACTCCTTGAT CTTAGTGGAC
TTTGTGAACC GAGCACGGGA GCAAGGACTA TCGATAAAAC AAGCGGCGGT GGACTCTGGA
TGTTATCGTT TTAGGGCGAT TATCTTGACC TCATTGACAA CCTTCGTCGG TCTAGTGCCT
ATTATTCTTG AGCGCAGCTT ACAGGCGCAG ATTGTGATCC CCATGGCGAC CTCCCTCGCC
TTCGGTATCC TGTTCTCGAC TGTGGTGACC TTAATTCTGG TGCCTTTGTT GTACATCATA
CTCGATGATG TGAAACGCAC CGCCAGCCGT TTTTACCACT GGTGGTGGCG CCCAAAGGCA
TCTCAAGATA GGCATTTGCA TACCAATGAG AGCCACAGGG TATCCTTAGA TGCCTTAAAT
GAACCGGACT ATAAACAGGA ATAG
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| Protein sequence | MDTQKGILAW FARNSVAANL LMWALLIGGL FSTVLINKEV FPSFNLNLLS ITVAYPGAAP
QEIEEGINIK IEEAIQDING IKKVTSVASE GVGSITVEVE DDYDVQTVLD EAKLRLDAIS
TFPVNIEKPQ IYKIEPENNV IWVSVYGDMS LHDMKELAKS VRDDLTQLPA VTRAKVTGVR
DYEIGIEVSE DKLREYGLTF SQVALAVQNS SIDLPGGSIR AEDGDILLRT KGQAYTGDDF
ANIVVTTRAD GSRVMLPQVA TIKDDFEERL EYTRFNGKPA AIIEVTSVND QNALDIAQQV
KDYVEKRRAT LPANAKLDTW GDLTHYLKGR LNMMMSNMFY GALLVFVILA LFLDLKLAFW
VMMGLPVCFL GTMLIMPLEP FSMTINMLTL FAFILVLGIV VDDAIVIGES AYSEVERHGH
SIDNVIRGAQ KVAMPATFGV LTTIAAFIPM LMVSGPMGII WKSIGMVVIM CLAFSLVESK
FILPAHLAHM KFRKPGEPTG FFGRFKDRFN NRVQHFIHHS YRNFLERCIQ HRYNVVAAFI
GVLILSVALV VSGKVRWVFF PDIPSDFIQV QLEMDEGSSE QNTLKVVQDI EEALYKMNAK
MEKDNGSEVV KHSFINMSSR TSAFIFAELT KGEDREVDGE TIAAAWREQL PELLSVKKLD
FNASGNGGGG GDISFRLTSS DLEELSAAAR ELKQKLATYE GVYDIADNFS SGSHEIRLKI
RPEAEALGLT LSDLARQVRY GFYGYEAQRI LRNKEEIKVM VRYPLEQRRT VGYLENMLIR
TPQGKSVPFS TVAEVEKGES YASITRVDGK RAITIIANAN KHKVEPSKVV NEIQKDFLPQ
LQAKYPKIQT TLDGGSLDEQ NAMVGLMQGF FFALFTIYAL MAVPLKSYSQ PLIIMSVIPF
GIIGALFGHL IQGLAMSVLS LCGIVALAGV VVNDSLILVD FVNRAREQGL SIKQAAVDSG
CYRFRAIILT SLTTFVGLVP IILERSLQAQ IVIPMATSLA FGILFSTVVT LILVPLLYII
LDDVKRTASR FYHWWWRPKA SQDRHLHTNE SHRVSLDALN EPDYKQE
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