| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Spea_2177 |
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| Symbol | |
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| ID | 5662570 |
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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 pealeana ATCC 700345 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_009901 |
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| Strand | - |
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| Start bp | 2634341 |
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| End bp | 2637514 |
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| Gene Length | 3174 bp |
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| Protein Length | 1057 aa |
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| Translation table | 11 |
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| GC content | 46% |
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| IMG OID | 641236780 |
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| Product | acriflavin resistance protein |
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| Protein accession | YP_001502032 |
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| Protein GI | 157961998 |
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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 | 9 |
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| Plasmid unclonability p-value | 0.754609 |
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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 | n/a |
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| Fosmid unclonability p-value | n/a |
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| Fosmid Hitchhiker | n/a |
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| Fosmid clonability | n/a |
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Sequence |
| Gene sequence | ATGATAGATA CTAACAAAGG CATCATCGCT TGGTTTGCAC GCAATAGCGT TGCCGCAAAC
TTGCTAATGA TTATTATCTT GCTGGGTGGA CTGTTAACGG CAAACACGAT TCGTAAGCAG
TTTTTTCCGG CCGTTGAGAT CAACTGGCTA GAGTTTAATG CCGTATACCC TGGTGCGGCG
CCGCAGGAGG TCGAAGAAGG GATCACCATT AAGATTGAGG AAGCATTAGA GAGCGTTCAA
GGGCTTAAGC GCGTGATCAC CTATTCTAAT CGTAACGTCT CTTCTGGATA CTTTCGAGTA
GAAGACTCTT ATGACCCACA GGTGGTACTG GAAGAGGTGA AATCGGAAAT TGACTCAATC
TCAAGTTTTC CTGATGGCAT GGAAAGACCA AAAGTGGAGC GTATTAAACT TCGTCAAGAA
GTGATGTATA TGAGCCTTTA TGGCGATCTT TCCCAGCGCC AGCTAAAAGA TTTGGGTGAG
AAGATCCACG ACGAGCTTTT ACAATTACCC CTGGTTAATA TTACCGATTT CTATGGTGGT
CTTGGCTATG AGATTGCCAT TGAGGTCAGT AAAGATAGAC TGCGTGAATT TGGCTTAAGC
TTTAATGATG TAGCAGAAGC CGTTCGCGGT TATTCACGTA ACATGTCAGC CGGTCAAATT
CGCGCCGAGA ACGGTTATAT CAATCTTAGA GTGCAGAACC AAGCCTATGT TGGTTATGAG
TTTGAAAGCT TACCGTTAAT CACCCTTGAA GATGGAACCA CCCTGTTACT CGGTGATGTG
GCTACTGTGG TCGATGGTTT TGAGCAAGGT ATTCAGTACT CTAAGTTTAA CGGCATGAAC
TCTGTGACTT TCTTTATTGG CGCGGCTAAC GATCAAAGCC TTACCGATGT AGCCGATGTA
GTTAAAGGCT ATATCGCCGA GAAACAGAAA GTGTTACCAC AAGGAGTTAA GTTAGAGCCT
TGGGTGGATA TGACCTATTA CCTAGAGGGC CGCTTGAATC TTATGCTAGA CAGCATGAAA
AGTGGAGCCG TACTGGTGTT CATTTTGCTG GCGTTATTTC TACGAGTAAG ACTGGCGTTC
TGGGTGATGA TGGGCCTACC CGTTTGTTTC TTAGGTACTC TGCTGTTTAT GCCTATGGGG
ATGATTGATG TCACCATTAA CGTCATTAGC TTGTTCGCCT TTATCTTAGT CTTAGGTATT
GTGGTTGATG ACGCCATTGT GATGGGCGAA AGTGCTCACG CCGAATGTGA GGAAAAAGGG
CAAACCCTCG ACAATGTAAT CCGTGGAGTT AAGCGTGTTG CTATGCCAGC GACCTTCGGC
GTGTTAACAA CGATTGCCGC CTTTCTACCC ATCACACTCG ATGATGGCCC CTCTTCGGCC
TTTGGCCAAG CAATTGGTTT TGTGGTTATC CTGTGCCTTA TTTTCTCACT TATTGAGTCT
AAGCTTATCT TGCCTGCCCA CTTGGCGCGC ATGAAGCAAA AGACGGTGGT GAAACCGGGC
TCAAAAAATC CTCTCGATTG GCTTAGAAAC GGCGTTAACT TTTTACAAGG TAAAGTCGAT
GCTGGCTTAA AGATACTGAT CCACAGCTAT TATCGTCCAA CACTTGAACT TGCGGTTAAG
TATCGCTATA CGGTCATCAT GATATTTATC AGCATGATCT TAGTCTGTGC AGGGCTCTAT
TCAGGTGGGC TCGTACGTTT TATTGGTCAA CCGAAAATTC CTCATGATTT CCCACGGATC
ACATTTGAGA TGAATATCGA TGCCTCTGAA AATGCGACCT TATCGGCAGC ATTATCAATT
GAAGAAGCAC TAAGACGTGT CGATAATCAG CTTGAGGAGC AGTACGGCCA GAAGATGATT
TCTGATCTGC AGGTTGAACT TCGCGGTCGA ACTTCGGCGC AGGTGATGAC AAAACTGGTG
GATCCTGAAA TTCGCCCTAT CGATACCTTT GCCGTTGCCG AGCTATGGCG TCAAAACATG
CCGCTCATTC CGGGTATGAA ATCATTCACC ATCCAAGATA ATTTGTTCGG TGGAGGCCGA
GATGATGGTG ACATCAGCTT TAGGCTCGAA GGTAAGGATG ATGAGCAGTT AATCGCTGCG
GCTAAAGAGC TTAAAGCCAA ACTGAATACG CTGAAAGGCG TGGGTGATGT TAACGACAGT
CGCCAGTCAA GTGCTAAAGA GATCCAGTTT GAGCTTAAGC CGCTAGCTCA CAGCTTAGGT
TTAACCTTGG CGGATATTGC ACGTCAGGTG GGTAACAGTT TCTACGGCCT CGAAGCTCAA
CGTATTTTGC GTAACGGTGA AGAGATCAAG GTGATGCTGC GTTATCCAGA AGAGCAACGT
AACTCTATAG CTCAGGTATC TGATGTGATG ATTAAGACGC CCCAAGGCGC TGAAATCCCA
CTGTCTGAGG TGGCAGCAAT CGTGGTGACC GATGGGGTCA ACAGTATTCG CCGTGAAAAT
GGTAATCGTA CTATTAATGT TTGGGGCTCA GTTGACGCAG ACCAAGCAGA GCCGTTTAAA
CTGGCTAAAG ATATACGCGA TAACTTCTTA CCTGAATTAT TAGCGAAGTA CCCACGGGTT
AAAAGTGAGG TTTCGGGTAA TATTCAGGAG CAACTTGATA GCGCAGATAC CCAGCTTAGA
GATTTCTTAA TCTCTATGTT AGTGATCTAC AGCTTATTGG CCGTACCACT CAAGTCATAC
TCACAGCCGA TAATGATCAT GTCTGTGATC CCATTTGGTG TGATTGGCTC GGTACTCGGC
CACATGCTAT TGGGCCTTGA TTTAAGCGCT CTGTCAGTAT TCGGTATTAT TGCCGCCGCG
GGTGTTGTCG TTAACGACTC TCTGGTGATG GTCGACTATA TCAACAAGTC TCGTGAGTCA
GGTGTGGCTA TGAAGTTGTC GGTACTCGAA GCTGGATGTC GTCGCTTTAG GGCGATTTTG
CTTACTTCGC TGACAACCTT TATCGGCTTG GTACCCATCA TGACTGAAAC TAGCATGCAG
GCGCAGATGG TGATCCCGAT GGCAGTATCA TTAGCCTTTG GCGTGTTGTT TGCCACTGTG
GTGACTTTAG TGTTAATTCC CTGCCTATAC GTCATGATTG AAGATATTAA GCGCATAATT
GGCAGTAAAA CGAGAGTTGA AAAACTTCAG GAGTTACAGG CGAGCACAAG TTAA
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| Protein sequence | MIDTNKGIIA WFARNSVAAN LLMIIILLGG LLTANTIRKQ FFPAVEINWL EFNAVYPGAA
PQEVEEGITI KIEEALESVQ GLKRVITYSN RNVSSGYFRV EDSYDPQVVL EEVKSEIDSI
SSFPDGMERP KVERIKLRQE VMYMSLYGDL SQRQLKDLGE KIHDELLQLP LVNITDFYGG
LGYEIAIEVS KDRLREFGLS FNDVAEAVRG YSRNMSAGQI RAENGYINLR VQNQAYVGYE
FESLPLITLE DGTTLLLGDV ATVVDGFEQG IQYSKFNGMN SVTFFIGAAN DQSLTDVADV
VKGYIAEKQK VLPQGVKLEP WVDMTYYLEG RLNLMLDSMK SGAVLVFILL ALFLRVRLAF
WVMMGLPVCF LGTLLFMPMG MIDVTINVIS LFAFILVLGI VVDDAIVMGE SAHAECEEKG
QTLDNVIRGV KRVAMPATFG VLTTIAAFLP ITLDDGPSSA FGQAIGFVVI LCLIFSLIES
KLILPAHLAR MKQKTVVKPG SKNPLDWLRN GVNFLQGKVD AGLKILIHSY YRPTLELAVK
YRYTVIMIFI SMILVCAGLY SGGLVRFIGQ PKIPHDFPRI TFEMNIDASE NATLSAALSI
EEALRRVDNQ LEEQYGQKMI SDLQVELRGR TSAQVMTKLV DPEIRPIDTF AVAELWRQNM
PLIPGMKSFT IQDNLFGGGR DDGDISFRLE GKDDEQLIAA AKELKAKLNT LKGVGDVNDS
RQSSAKEIQF ELKPLAHSLG LTLADIARQV GNSFYGLEAQ RILRNGEEIK VMLRYPEEQR
NSIAQVSDVM IKTPQGAEIP LSEVAAIVVT DGVNSIRREN GNRTINVWGS VDADQAEPFK
LAKDIRDNFL PELLAKYPRV KSEVSGNIQE QLDSADTQLR DFLISMLVIY SLLAVPLKSY
SQPIMIMSVI PFGVIGSVLG HMLLGLDLSA LSVFGIIAAA GVVVNDSLVM VDYINKSRES
GVAMKLSVLE AGCRRFRAIL LTSLTTFIGL VPIMTETSMQ AQMVIPMAVS LAFGVLFATV
VTLVLIPCLY VMIEDIKRII GSKTRVEKLQ ELQASTS
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