| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Shew_1647 |
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| Symbol | |
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| ID | 4921206 |
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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 loihica PV-4 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_009092 |
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| Strand | - |
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| Start bp | 1889011 |
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| End bp | 1892058 |
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| Gene Length | 3048 bp |
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| Protein Length | 1015 aa |
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| Translation table | 11 |
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| GC content | 56% |
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| IMG OID | 640163209 |
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| Product | acriflavin resistance protein |
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| Protein accession | YP_001093773 |
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| Protein GI | 127512576 |
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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 | 7 |
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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 | 14 |
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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 | ATGAATATCA CCCGATTAGC CCTTGCCAGA CCCGTGACCA CCAGCATGTT CTTCGTGGCC
ATACTGCTCT TTGGTCTGGC CTCGAGTCGC CTGTTGCCGC TGGAGATGTT TCCCGGCATC
GAGATGCCCC AGGTGTTGAT TGAAGTCCCC TACAAGGGCT CTACCCCTGC GGAAGTCGAA
CGTGAGATCA CCAACGTCCT AGAAGAGTCC CTCGCCACCA TGGGGGGGAT CGAGGAGTTG
AGATCCCGCT CGTCGCAAAA CGGCGCCGAG ATCGAGCTAA GAATGAAGTG GGGCGAGAAT
GTCTCCACCA AGAGCCTGGA GGCCAGGGAA AAGGTGGATG CGGTGCGCCA CCTGCTGCCT
AAAGATGTCG AACGCGTCTT TATCCGTCAG TTCTCGACCG CCGACATGCC GGTGCTGACC
ATACGTATCT CAAGTGAACG AGAGCTCTCT GGCGCCTTCG ATCTGCTGGA TAAACAGCTG
AAGAAGCCGT TAGAGCGAGT CGAAGGAGTC TCTCAGGTGA CCCTGTATGG CGTCGAGCAG
AAGCAGATAG AGATCAGAAT CGATGCCGAT AAGCTCAGTG CCACAGGAAT AAGCAGTGCC
ATGCTGCAAC AACGACTGGG GCAGGAGAAC TTTATCGTCA GCGCGGGGAC ACTCAGAGCC
AACACCCGAG TGTATCAGGT ATCGCCAAAG GGAGAGTTTC GCGATCTCGA CGATATCGCC
GCCCTGGTAT TGATCCCGGG CGTCACCTTG GGCGATGTGG CGACCATTCG CTACGCCCTG
CCCGAGCGCC TCGATGGTCG TCATCTGGAT CAGAAATATG CGGTCGGTCT CGACGTGTTC
AAAGAATCCG GCGCCAACCT GGTGGACGTG TCTGAGCGCG TACTCAAGGT GATTGAGGCG
GCTAAACAGG ACCAGCAGTT CAACGGTATC AAGCTATTTA TCATGGAAGA TCAGGCCTAC
GGGGTGAAAT CTTCCCTGTC TGATCTACTT GCCGCCGGCC TGATAGGCGC CCTACTTTCG
TTCGCCGTGC TCTATCTCTT CCTGCGCAAC CTGAAGATGA CACTGGTGGT GGTCTCTTCT
GTGCCCATCT CTCTGTGTAT GACGCTGGCA GGCATGTATT TCTTGGGTTA CAGCCTGAAT
ATTCTCTCTA TGATGGGACT ATTACTGGCA GTCGGCATGC TGATCGACAA CGCCGTGGTG
GTCAGTGAAA GCGTGTTGCA GGAGAAGCAG CACCAGGGCA CGGCAACCAC CTCCCAGGCG
GTGCTCACTG GGGTCAACAA GGTTGCCCTG GCGGTGCTGG CCGGCACCCT GACCACAGCC
ATTGTTTTCT TGCCAAACAT CTTCGGCGTC AAGGTAGAGC TGACCATCTT CCTGGAGCAT
GTGGCCATCG CCATCTGTAT CTCGCTGGCG GCCTCGCTCT TGGTCGCTAA GACTTTGATC
CCATTGATGT TAACTAAGCT GCATTTCGAG ATTGAGACCA ATCCCAAGCA GAGCAAGCTC
GAGTCTTTCT ACGAGCGTAG CCTGGCGTGG ATCTTACACA GACCTAAGCG TTCAGGGCTG
ATTGCCGTGG TGATCCTTGC TTCAACGGCG CTGCCCCTGA GCATGGTGCA GCAGGATCAA
AACGACGGTG AAGGCAATAA CCGCCTCTAC ATCAACTACC AGGTAGAGGG GCGTCACAGC
CTGGATGTCA CCGAAGCGAT GATCAACCGC ATGGAAGATT ACCTCTACGC TAATAAAGAA
GCCTTCTATA TCGACTCTGT CTACAGCTAC TTCTCGGCCG ACAGAGGTCA GTCGACCCTG
CTGCTACAGG AAGATGCCGA CATAGATATC AAGGCACTGA AGCGCAAGAT ACGTGAAGGC
TTCCCTAAGT TCTCCATCGC CAAGCCGCAA TTTGGCTGGG GTAACGACAA CAACGGCATT
CGCGTCACCC TCACGGGACG CTCCACCAGC GAACTGATCA CCATCAGTGA ACAGGTGGTG
CCTATGCTGG CCAAGATAGA CGGGCTCATC GATGTGCGCT CAGAGCTTAA CAGCACACAG
CAAGAAGTGA TCATTGAGCT GGACCGCACC ATGGCCGCGA GATTGGATCT AAGCCTGAGC
GAGCTTGCCC GCAGCGTATC CATGGCCCTT AGGGGTTCGC CGCTGCGCTC ATTCAGACAC
GACCCAAGCG GTGAGCTGCG TATCGAGCTG GCTTACGACA AACAGTGGCG CGAGTCGCTC
GAAAGGCTAA AAGAGCTGCC TATCGTGCGT CAGGGTAACC GCGTCTACAC CTTACAGAGC
CTGGCCGAGA TCTCGATTCG TCCGCGATTC GATACTATCC GCCACTATGA TCGTCAAACC
GCGCTCTCAA TCGGTGCCAA CCTGGATGAA ATGACCACGG AAGAGGCCCA GAAGGCCATC
AAACAGGTGA TGGATGCGGT GCAATTTCCT GCGGGCTATG GCTATTCGCT GCGAGGCGGT
TTCCAACGTC AGGATGAAGA TCAGGCCATC ATGGCGACCA ATATGATCTT GGCCATCGCC
ATGATCTATA TCGTCATGGC CGCTCTGTTC GAATCGCTAC TGCTGCCAAC GGCTATCATC
ACCTCGATCC TCTTCTCCAT CACAGGGGTG TTCTGGGCGC TGCTGCTGAC CGGCACCAGC
ATGTCCATCA TGGCCATGAT AGGGATATTG ATCTTGATGG GGATTGTGGT GAATAACGGC
ATAGTCTTGG TTGATCAGAT CAACCAGAAA ACGCCGGAGC TCGACCGTCT CTCTGCCACC
ATCAAGGCTG TGTGTATCAC CCGTCTGCGC CCGGTACTCA TGACTGTGGG CACCACGGTA
CTAGGCCTGA TACCACTGGC CATGGGCGAC ACCCAGATTG GTGGCGGCGG ACCGCCCTAT
TCACCGATGG CTATCGCCAT CATCGGCGGC TTGAGCTTCT CGACGCTGAC CAGCCTCTAT
CTGGTACCGC TCTGCTATCA AGCCCTGTAT CGCATGCGCC ATCAGGCCGC TATCAAGCTG
GGTAACGCCG ACAGGTTCAC CCGCCGTATC ATGCCCTGGG CTCACTAA
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| Protein sequence | MNITRLALAR PVTTSMFFVA ILLFGLASSR LLPLEMFPGI EMPQVLIEVP YKGSTPAEVE
REITNVLEES LATMGGIEEL RSRSSQNGAE IELRMKWGEN VSTKSLEARE KVDAVRHLLP
KDVERVFIRQ FSTADMPVLT IRISSERELS GAFDLLDKQL KKPLERVEGV SQVTLYGVEQ
KQIEIRIDAD KLSATGISSA MLQQRLGQEN FIVSAGTLRA NTRVYQVSPK GEFRDLDDIA
ALVLIPGVTL GDVATIRYAL PERLDGRHLD QKYAVGLDVF KESGANLVDV SERVLKVIEA
AKQDQQFNGI KLFIMEDQAY GVKSSLSDLL AAGLIGALLS FAVLYLFLRN LKMTLVVVSS
VPISLCMTLA GMYFLGYSLN ILSMMGLLLA VGMLIDNAVV VSESVLQEKQ HQGTATTSQA
VLTGVNKVAL AVLAGTLTTA IVFLPNIFGV KVELTIFLEH VAIAICISLA ASLLVAKTLI
PLMLTKLHFE IETNPKQSKL ESFYERSLAW ILHRPKRSGL IAVVILASTA LPLSMVQQDQ
NDGEGNNRLY INYQVEGRHS LDVTEAMINR MEDYLYANKE AFYIDSVYSY FSADRGQSTL
LLQEDADIDI KALKRKIREG FPKFSIAKPQ FGWGNDNNGI RVTLTGRSTS ELITISEQVV
PMLAKIDGLI DVRSELNSTQ QEVIIELDRT MAARLDLSLS ELARSVSMAL RGSPLRSFRH
DPSGELRIEL AYDKQWRESL ERLKELPIVR QGNRVYTLQS LAEISIRPRF DTIRHYDRQT
ALSIGANLDE MTTEEAQKAI KQVMDAVQFP AGYGYSLRGG FQRQDEDQAI MATNMILAIA
MIYIVMAALF ESLLLPTAII TSILFSITGV FWALLLTGTS MSIMAMIGIL ILMGIVVNNG
IVLVDQINQK TPELDRLSAT IKAVCITRLR PVLMTVGTTV LGLIPLAMGD TQIGGGGPPY
SPMAIAIIGG LSFSTLTSLY LVPLCYQALY RMRHQAAIKL GNADRFTRRI MPWAH
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