| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Spea_1779 |
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| Symbol | |
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| ID | 5662174 |
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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 | 2168876 |
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| End bp | 2171953 |
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| Gene Length | 3078 bp |
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| Protein Length | 1025 aa |
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| Translation table | 11 |
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| GC content | 48% |
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| IMG OID | 641236369 |
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| Product | acriflavin resistance protein |
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| Protein accession | YP_001501637 |
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| Protein GI | 157961603 |
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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 | 12 |
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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 | 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 | ATGAATATCA CCCGCTTTGC CTTAGCAAGA CCCGTTACCA CCACCATGTT CTTTGTGGCA
ATACTACTAT TTGGCCTCGC CTCGAGTAGA TTATTGCCAC TAGAGATGTT TCCTGGCATC
GATATTCCTC AGGTGATTGT AGAGGTGCCC TATAAGGGCT CAACACCTGC AGAGGTGGAG
CGTGACATTA CCAACGTATT GGAGGAGTCG CTAGCCACTA TGGGCGGCAT CGAGGAGCTG
CGTTCGAGTT CCTCGCAAAA TGGCGCCGAA ATCGATTTAA GGATGAAGTG GGGACAAAAC
GTTGCCACTA AAAGCCTAGA AGCACGAGAG AAAATCGATG CGGTGCGCCA CTTACTACCT
AAGGATGTGG AGCGAGTATT CATCCGCCAA TTCAGCACAG CTGATATGCC AGTGCTCAAT
TTACGAATTT CAAGCGACCG TGAGCTTTCA AGCGCTTTTG ATTTGCTAGA TAAACAGCTC
AAAAAGCCGC TTGAGCGTGT GGAAGGTGTA TCGCAAGTCA CCCTTTATGG CGTTGAGCAG
AAGCAGATAG AGATCCGCAT TAATGCAGAC AAGCTTTCTG CCAGCAATAT TTCAGTACAA
TCGCTAAACA GACGACTGCA ACAAGAAAAC TTTGTCATCA ATGCGGGTGT GCTTAAAACT
GACTCTCGCG TCTATCAAGT ATCACCGAAG GGCGAATTTA GAAACCTAGA TGATATTACC
GCATTGGTCT TAGCTCCAGG GATCACCTTA GGTGATATCG CTAATGTCAG TTTTTCACTG
CCTGAACGAT TAGATGGCCG TCACTTAGAT CAAAACTACG CAGTTGGCTT AGATGTGTTT
AAGGAGTCTG GGGCCAACCT TGTCGATGTT TCACAGCGGG TGATGAAGGT CATTGATGAG
GCTAAGCGTG ACTCACAGTT TGAAGGCATT AAGCTGTTTG TTATGGAAGA TCAGGCCTAC
GGCGTAACTT CTTCGCTGCG CGACTTGCTC ACAGCCGGAC TTATCGGTGC CCTGCTCTCG
TTTGTGGTCT TATATCTGTT CCTGCGGGAT CTGAAGATGA CCTTAGTTAT CGTCTCATCA
GTGCCTATCG CCATCTGTAT GACTCTGGCC GCCATGTACT TTTTAGGTTA TAGCCTTAAT
ATCTTGTCGA TGATGGGACT ATTGCTAGCC GTCGGTATGC TAATTGATAA TGCCGTGGTG
GTCACCGAAA GCGTGCTGCA GCAGAAACAG GCTCAAATAG CAGATGGCTC AGTACAAGAA
GTGGGAGTGG CCAAGATAAA TAGCAGCGCC ATTCTTCGCG GCGTCGATAA AGTCTCGCTT
GCCGTGCTTG CTGGCACACT AACGACTGCC ATTGTGTTTT TGCCCAATAT CTTTGGTGTA
AAAGTCGAGC TGACCATCTT CTTAGAACAT GTGGCCATCG CCATCTGTAT CTCCCTTGCC
GCCTCTTTGT TGGTCGCTAA GACCCTATTG CCGTTAATGC TCAGTAGGAT GAGCTTTAGC
CAAAAGAAGG CGCCTAAAAA GAGTCAGCTT CAAGCGAGAT ACCAAACTAG CCTCAACTGG
ATATTGGCGC ACCCGCGTAT TTCAGGCGTA CTAGCCATTG TTATTCTAGC TTCGACGGCG
CTACCACTGA GCATGGTGAA GCAAGATCAG TCCGACGGTG AAGGCAATAA CCGCTTGTAT
ATCAACTACC AAGTCGAGGG CCGCCATAGC TTAGATGTTA CCGAGGCGAT GATAACTCGC
ATGGAAACCT ACCTTTATGC CAATAAGGAC GAGTTCCAAA TTGACTCGGT ATACAGCTAT
TTTGCTGCCG ATAGAGGTCA ATCGACTCTG ATTTTAAAAG AAGATACCGA AGTCGATATG
AAGGCACTTA AGAAAACCAT ACGTGAAGGC TTCCCCAAAT TTGCCATTGC TAAGCCGCAA
TTTGGTTGGG GTGGGGAAAA CAATGGGGTA CGGGTGTCGC TTACCGGACG CTCGACTACA
GAGTTAATTC ACCTTAGTGA GCAAGTTATC CCTCTGCTGA GCAATATTGA TGGCCTTACC
GATGTACGCT CAGAGCTAAA TGGTGCGCAG CAAGAGGTGG TGATCCGTAT CGACCGCCAG
ATGGCGGCCA GACTGGACTT AAAACTCAAT GAAATCGCCT CAAGCATCTC TATGGCCCTT
AGAGGTAGCC CCTTACGCTC ATTTCGTCAC GATCCCAGTG GAGAGCTGCG CATCGAGATG
GCCTTTGAGC AACAGTGGCG ACTGTCACTT GAAAAGTTAA AGCAGCTACC AGTGATCAGA
ATTGATAACC GCGTTTATAC CTTAGACAGC TTAGCCAAAA TCGAAATTTT GCCAAGATTT
GACACCATTA GGCATTACGA CAGACAAACC GCATTATCGA TTGGGGCCAA CTTAGACGAG
CTGACAACAG AGGAAGCTCA GGACAAAATC ACCCAAGTGA TGGAAAACAT TAACTTCCCA
GCCGGTTATG GTTACTCACT TAGAGGCGGT TTTCAAAAGC AAGACGAAGA TGAAGCGGTG
ATGGCAACCA ATATGATATT GGCCATTGCG ATGATCTATA TCGTCATGGC GGCGCTGTTT
GAGTCACTAC TATTACCAAC GGCGATTATC ACCTCGATTC TGTTCTCTAT TACCGGCGTG
TTCTGGGCAC TGCTGTTTAC CGGCACACCT ATGTCAATTA TGGCGATGAT AGGTATTTTG
ATTTTGATGG GAATTGTGGT CAATAACGGC ATTGTATTGG TTGATCAGAT AAATCAGCTT
TCACCCGAGC TAGACAAGCT ATCTGACACC ATCAGCGCCG TGTGTTATAC CCGATTGCGT
CCGGTGCTGA TGACAGTAGG TACGACTGTA CTTGGTCTAG TGCCACTTGC CATGGGAGAT
ACCCAACTCG GAGGCGGCGG CCCGTCATAT TCACCGATGG CGATTGCCAT TATCGGTGGC
CTCACCTTCT CAACCGTGAC TAGCCTGTAT TTGGTTCCGC TATGTTACCA GGCGCTTTAT
AGAATGCGCC ATCGCAGCGC GATTCGCCTC GGACAAGCAG ACAGTTTCTC TAGAAAGTTG
TTACCTTGGA TGAGCTAA
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| Protein sequence | MNITRFALAR PVTTTMFFVA ILLFGLASSR LLPLEMFPGI DIPQVIVEVP YKGSTPAEVE
RDITNVLEES LATMGGIEEL RSSSSQNGAE IDLRMKWGQN VATKSLEARE KIDAVRHLLP
KDVERVFIRQ FSTADMPVLN LRISSDRELS SAFDLLDKQL KKPLERVEGV SQVTLYGVEQ
KQIEIRINAD KLSASNISVQ SLNRRLQQEN FVINAGVLKT DSRVYQVSPK GEFRNLDDIT
ALVLAPGITL GDIANVSFSL PERLDGRHLD QNYAVGLDVF KESGANLVDV SQRVMKVIDE
AKRDSQFEGI KLFVMEDQAY GVTSSLRDLL TAGLIGALLS FVVLYLFLRD LKMTLVIVSS
VPIAICMTLA AMYFLGYSLN ILSMMGLLLA VGMLIDNAVV VTESVLQQKQ AQIADGSVQE
VGVAKINSSA ILRGVDKVSL AVLAGTLTTA IVFLPNIFGV KVELTIFLEH VAIAICISLA
ASLLVAKTLL PLMLSRMSFS QKKAPKKSQL QARYQTSLNW ILAHPRISGV LAIVILASTA
LPLSMVKQDQ SDGEGNNRLY INYQVEGRHS LDVTEAMITR METYLYANKD EFQIDSVYSY
FAADRGQSTL ILKEDTEVDM KALKKTIREG FPKFAIAKPQ FGWGGENNGV RVSLTGRSTT
ELIHLSEQVI PLLSNIDGLT DVRSELNGAQ QEVVIRIDRQ MAARLDLKLN EIASSISMAL
RGSPLRSFRH DPSGELRIEM AFEQQWRLSL EKLKQLPVIR IDNRVYTLDS LAKIEILPRF
DTIRHYDRQT ALSIGANLDE LTTEEAQDKI TQVMENINFP AGYGYSLRGG FQKQDEDEAV
MATNMILAIA MIYIVMAALF ESLLLPTAII TSILFSITGV FWALLFTGTP MSIMAMIGIL
ILMGIVVNNG IVLVDQINQL SPELDKLSDT ISAVCYTRLR PVLMTVGTTV LGLVPLAMGD
TQLGGGGPSY SPMAIAIIGG LTFSTVTSLY LVPLCYQALY RMRHRSAIRL GQADSFSRKL
LPWMS
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