| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Sfri_2689 |
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| Symbol | |
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| ID | 4279595 |
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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 frigidimarina NCIMB 400 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_008345 |
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| Strand | + |
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| Start bp | 3231996 |
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| End bp | 3235256 |
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| Gene Length | 3261 bp |
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| Protein Length | 1086 aa |
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| Translation table | 11 |
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| GC content | 43% |
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| IMG OID | 638135494 |
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| Product | acriflavin resistance protein |
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| Protein accession | YP_751368 |
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| Protein GI | 114563854 |
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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 | 5 |
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| Plasmid unclonability p-value | 0.103254 |
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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 | ATGACAACAC CTAATGAAAC CGTAAAACTT GGCCTTTCAG GCTCAATAGC AAAAGCATTT
CAACACAGTG CCATTACCCC ATTACTGGCT ATTCTTGGTT TGTTACTTGG TCTTTTCGCG
GTAATTATTA CCCCAAAAGA AGAAGAACCT CAAATTGATG TCACTTTTGC AGATGTGTTT
ATTCCCTACC CTGGAGCCAC ACCAACGGAA GTTGAAAACC AGGTCACCTT GCCTGCAGAA
CGGATTATTT CTGAAATAAA AGGCATTGAT ACCCTGTACT CATTTTCTCA GCCGGATGGC
GCGCTCATTA TTGCAATTTT TGACGTTGGG GTGCCACGAG ATGAAGCTGT GGTTAATTTA
TATAATCAAC TGTATTCAAA CAGTGATAAG TTTAACCATG CTGCAGGCAT TGGAGAACCA
TTAATCAAAC CTAGAGGTAT TGATGACGTA CCAATTGTAG GATTGACGCT CTGGTCTCAA
GACCCAAACA TCACCGCAGA GCAGCTTACC TTGGTCGCAT CAGGCCTAGA AACCGAACTA
AAACGGATAC CTGGTACTCG AGAGATTTAT AGTCAAGGTG GCCACGAGAT GGTGTTAAAT
GTGCGCATTG ATCCTGTCAA AATGAACAGT TTCGGCGTAA CGTTCAACGA TATTAATGCC
ACGTTGCAAG ATAATAATCA AATGTCTACG GTCGGCTCCA TGACCCAGTT TAATCAAGAA
ATTAAACTGC AAGCTGGGCA GTTTTTACGT TCGTTTGATG ATGTTAATAA TCTGCTGATT
AAAGTCAATC AACCGGAGTC TATAACGGAT AGAAGTCCAT TTCCCCGTGC AGTTTATTTA
TCTGATGTCG CCGATGTTAG TCTTAAAAGT GATATTCCGA AACAACACGT TTGGCACGTA
ACAGACAAAG GAACTTACCC TGCTATAACA ATCGCTATTG GTAAACAGGC GGGGCAAAAT
GCCGTCGACA TAGCTAATGC CGTATTAGCT AAAATAGATG CTGTCGATAA CGTTTTAATT
CCCGATAATG TCAATGTCGC TATCTCTCGC AACTACGGTA AAACAGCTGG AGATAAATCT
AATACGCTTA TTTTTAAATT GATTTTTGCC ACATCAGCGG TTGTGCTACT GGTATTTTTC
ACCATGGGGC TTCGTGAGTC TGCCGTAGTT GGTGTTGCCA TTATCATCAC TCTCGCAATT
ACCTTATTTG CATCTTGGGC GTGGGGATTT ACCCTAAACC GGATTTCATT GTTTGCACTT
ATTTTCTCCA TTGGCATCTT GGTCGATGAC GCCATCGTAG TAGTAGAGAA TATTCATCGG
CATATGGCCA TGAGTAATAA ACCTATAAGC GAGCTTATTC CTCATGCCGT AGATGAAGTC
GGCGGACCAA CCATATTAGC CACTTTCACC GTTATAGCTG CCCTGCTACC AATGGCATTC
GTATCCGGAC TAATGGGTCC ATACATGAGC CCAATTCCGA TTAATGCCAG TATGGGAATG
ATTATTTCGT TATTAATCGC GTTTATTATG ACCCCGTGGT TGAGCCGAAT ATTGTTAAAG
CCACATAAAA AGTCACATAG CTCGACCAAT ATAGCGACTG ACACAGGCAT AGCGGTAGAA
GAAGACAATC GATTAACTCG TCTTTTTACC CGAATAATGA GTCCTTTTTT ACTCGGAGAA
CATGCGCCAA AAGCACGAAA AGGCTTAGCT TTGGGGATCG TATTATTGAT AGCCTTCGCT
GTCGCCCTAC CAGTGATGCA AGCAGTGGTC TTAAAAATGC TGCCTTTTGA TAATAAGTCT
GAGTTTCAAG TAATGGTCGA CATGCCTGAA GGCACACCTG TGGAGCAAAC TCAAAGAGTA
CTGCAAGATC TTAGTCAATA TCTTACCTCT GTTGAAGAAA TAGAACATTT ACAGTTGTAT
GCAGGCACTC ATGCACCTAT GAATTTTAAT GGTTTAGTTC GACATTATTT TTTACGCAGC
AGCCAAGAGC TCGGTGAAAT CCAGGTCAAT CTAGTGGATA AAAAGCATCG CGATCGTGAC
AGTCATACGA TTGCATCTTC TGTGCGCGAG CCGTTGCAAC AAATTGGCCT ACGTTATCAA
GCCAATATCA AGATTGTTGA GGTGCCACCT GGCCCGCCTG TGTGGTCACC CATCGTTGCT
GAGGTTTATG CGCCTAACAC CGAGTTACGT GAACAAGCAG CAAATGACTT ATTGCAACGT
TTTAGAGATA CCGAATACGT TGTTGATATG GATATATATT TGCCTGCGCA ACAACAAAAG
TGGCAAGTCA TCATTGATCG AAATAAAGCC AGCTTAATGG GTGTTTCTTA CGCCAGTATT
GTCGATGCGA TCAGCACTGC TGTTGACGGT AAGGATGTCA GTTACTTGCA TCAAGCACAG
CTAGCTCATC CCACACCGAT TAGATTACAA CTTGATGAAG CCGCTAAAGT AGACCTAAAG
CAAGTACTGT TATTACGCCT ACCTACTCAG TCGGGTGAAA CTGTAGCACT GGCAGAATTA
GTTAAGGTCC AACAACAAGT CATTAATGCA CCCATTATTC ATAAAAATAT GGTGCCAATG
ATCATGGTTA TTGCCGACAT GGCAGGGCCA ACTGGCAGTC CGCTGTATGG CATGTTCGAT
ATGGTCAGCC AAATTAATCA GCAAAATGAG CAAGGTGACT CAGGTTATCC AATTCAACAA
AATTTGGTTA ATCAGCCTGA TGGATTAACC GACGTGTCGA TTCTGTGGGA CGGTGAATGG
AAAATCACAT ATGAAACCTT CCGCGATATG GGCATTGCTT ATGCCGTTGG CATGATTGCA
ATTTACTTAC TTGTAGTCGG TCAGTTTAAA TCTTATATCG TGCCGTTAAT CATCATGGCG
CCCATTCCGT TGACCATCAT AGGTGTTATG CCTGGGCACG CTTTATTAGG CGCTCAATTC
ACGGCTCCGT CTATGATAGG CATGATAGCG CTGGCAGGCA TTATTGTCCG AAATTCAATT
TTGCTGGTCG ATTTCATTAA TCAACAAATA GCCGCAGGAG TTCCCTTAGA GCAGGCGGTT
ATCCATTCAG GCGCAGTACG AGCAAAGCCA ATTATGTTGA CAGCATTAGC GGCAATAATA
GGGGCATTAT TCATTATTGA TGACCCTATT TTTAACGGAT TAGCCATCAG TTTAATATTT
GGTATTTTTA TCTCAACCAT TTTAACCTTG GTGGTGATTC CGGTGTTGTA TTTTTCAGTA
ATGAAACATA AGCATCTGTA A
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| Protein sequence | MTTPNETVKL GLSGSIAKAF QHSAITPLLA ILGLLLGLFA VIITPKEEEP QIDVTFADVF
IPYPGATPTE VENQVTLPAE RIISEIKGID TLYSFSQPDG ALIIAIFDVG VPRDEAVVNL
YNQLYSNSDK FNHAAGIGEP LIKPRGIDDV PIVGLTLWSQ DPNITAEQLT LVASGLETEL
KRIPGTREIY SQGGHEMVLN VRIDPVKMNS FGVTFNDINA TLQDNNQMST VGSMTQFNQE
IKLQAGQFLR SFDDVNNLLI KVNQPESITD RSPFPRAVYL SDVADVSLKS DIPKQHVWHV
TDKGTYPAIT IAIGKQAGQN AVDIANAVLA KIDAVDNVLI PDNVNVAISR NYGKTAGDKS
NTLIFKLIFA TSAVVLLVFF TMGLRESAVV GVAIIITLAI TLFASWAWGF TLNRISLFAL
IFSIGILVDD AIVVVENIHR HMAMSNKPIS ELIPHAVDEV GGPTILATFT VIAALLPMAF
VSGLMGPYMS PIPINASMGM IISLLIAFIM TPWLSRILLK PHKKSHSSTN IATDTGIAVE
EDNRLTRLFT RIMSPFLLGE HAPKARKGLA LGIVLLIAFA VALPVMQAVV LKMLPFDNKS
EFQVMVDMPE GTPVEQTQRV LQDLSQYLTS VEEIEHLQLY AGTHAPMNFN GLVRHYFLRS
SQELGEIQVN LVDKKHRDRD SHTIASSVRE PLQQIGLRYQ ANIKIVEVPP GPPVWSPIVA
EVYAPNTELR EQAANDLLQR FRDTEYVVDM DIYLPAQQQK WQVIIDRNKA SLMGVSYASI
VDAISTAVDG KDVSYLHQAQ LAHPTPIRLQ LDEAAKVDLK QVLLLRLPTQ SGETVALAEL
VKVQQQVINA PIIHKNMVPM IMVIADMAGP TGSPLYGMFD MVSQINQQNE QGDSGYPIQQ
NLVNQPDGLT DVSILWDGEW KITYETFRDM GIAYAVGMIA IYLLVVGQFK SYIVPLIIMA
PIPLTIIGVM PGHALLGAQF TAPSMIGMIA LAGIIVRNSI LLVDFINQQI AAGVPLEQAV
IHSGAVRAKP IMLTALAAII GALFIIDDPI FNGLAISLIF GIFISTILTL VVIPVLYFSV
MKHKHL
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