| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Dfer_1160 |
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| Symbol | |
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| ID | 8224731 |
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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 | Dyadobacter fermentans DSM 18053 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_013037 |
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| Strand | + |
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| Start bp | 1380516 |
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| End bp | 1383776 |
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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 | 55% |
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| IMG OID | 644929022 |
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| Product | acriflavin resistance protein |
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| Protein accession | YP_003085574 |
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| Protein GI | 255034953 |
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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 | 24 |
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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 | 17 |
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| Fosmid unclonability p-value | 0.561236 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGGATTTAA TACGTTTTGC ATTGCGTAAG CCGATCACCA TCATGGTGAT CGTAGCTGCG
TTATTCTTTT TTGGAATTGA TGCGGTGCGG AAGATCAAGG TCGATATTTT CCCGAAGCTC
GATTTGCCGG TGATGTACAT CGCGCACCCT TTCGGGGGCT ACACGCCGGA CCAGATGGAG
ACTTTCTTCG CCAAACAGTA CATCAACATT CTCCTGTATG TAAACGGTAT CAAGAGCATT
GAAACGAAGA ACATCCAGGG CCTTACCCTG ATGAAGGTGA ACTTCTACCC CGGCACCAAC
ATGGCGCAGG CGTCGGCGGA GCTCAGCGCA TTTACCAACC GCGCGCAGGC CATTTTCCCG
CCCGGCTCCA ACCCGCCGTT CATTATCCGT TTCGATGCCT CCACATTGCC CGTTGGCCAG
CTCGTGCTAA GCTCCGAAAA ACGCAGCAAT AACGAATTGC TCGACCTGGC GAACGTGTAC
GTGCGGTCTA CATTTACCTC AATACCGGGC CTGGTATCGG CGCCACCTTT CGGCGGTAAC
ATTCGTACGA TCGTCGTGAA AGTGGACCCG GAGTTGCTCC GCTCGCACAA TCTCACGCCC
GATCAGCTCG TGGAAGCATT GCGGGTGAAC AACCAGACGG CCCCATCGGG CAACGTGCGC
ATTGGCGATA AAAACTACAT TACCCCCACG AACACGACGG TGCGGTATGT GAAGGATTTT
GAAAACATCC CGCTTTTCAA AGGCGGCGTG CAGAACCTTT ACCTCCGCGA CGTGGCTACC
GTGGAAGACG GCGCTGATAT AGCCACGGGT TACGGGTTGG TGAACGGCAA GCGGTCGGTG
TACCTGAGCA TTGCCAAAGG TGCCGACGCG TCGACCTGGG AAGTCGTTCA AAACCTCAAA
AAAGCGATCC CGCGTATTCA GAACACATTG CCGGAGGACG TGAAGGTCAG CTACGAGTTC
GACCAGTCGA CCTATGTAAT GAACTCCGTT AAAAGTTTGC TGACCGAAGG TGCTATTGGT
GCCATACTCA CCGGCCTGAT GGTGTTACTC TTCCTCGGCG ACGCCCGCGG CGCATTGATC
GTAATCCTCA CCATCCCGAC ATCGATCATT GCCGGCGTGT TGTTCCTTAA CCTGTTCGGG
CAAACGATCA ACATCATGAC ATTGAGTGGG TTAGCACTTG CCATTGGCAT TTTGGTGGAT
GAAAGTACAG TTACGATCGA GAACATCCAC CAGCATTTTG ACATGGGCAA ACCGAAAGCG
CTCGCGATCT GGGATGCCTG TAAGGAAATC GCATTCCCTA AGTTGCTGAT CCTCTTCTGT
ATCCTGGCTG TATTCGCTCC GGCGTTCACG ATGGGCGGCA TTCCCGGATC GCTCTTCCTG
CCGCTGGCGC TGGCGATTGG TTTCAGCATG ATCGTTTCAT ATTTCCTCGC GCAGACATTC
GTGCCAGTAA TGGCCAACTG GATTATGAAA GTGAAGCATC ACCAGAAACC CGATGGCACC
GAAATGACAG ACGCCGAAGA GTTTGCGGCA TCGGGCCTGA GCAAAAATCC GGATGCACAG
AAGGAGGCAC TCATCCACCG TGCCGATGCG GATCAAAACG GCAAAATCAG CGTGTTTGAG
CGGGTCAGGG CACGTTTCAT GCGCTTTATC AACCGGACAA TGCCTTTCCG GAAACCGATC
GTGGTCGCCT ATCTGCTCGT TACCACGGCT TTGGCGGCAT TCCTGCTGAA CAGCATTGGC
AAAGATGTTT TGCCCAAAGT AAACGGCAGC CAGTTCCAGG TGCGGCTGCG TGCTCCCGAG
GGTACACGAA TGGAGCGCAC GGAGGAGAAA ACGCTGAAAA CGATTAACAT CATCAAAAAG
ATCGTTGGCC CGGAAAACGT ATCGGTCACT TCCGCGTACG TGGGCCAGCA CCCGGGATTG
TTTTCCGTAA GCCCCATTTA CCTGTTTATG GCCGGCCCGC ACGAGGCCGT TTTGCAGGTG
GGCTTGCATG AAGGATTCCA CACCAACCTG GACGAGCTGA AAGAGAAGAT CCGTACCGAA
ATGAAGCAGG CAATGCCCGA CGTGACGACT TCTTTCGAAC CCATTGAACT TACCGATAAA
ATCCTCAGCC AAGGCTCACC TACCCCGATC GAAGTACGGA TGTCGGGCCG TGACAAGAAG
CTGAATGAGC AATATGCGCA AAAAGTCATT GCCAAATTAA AGGAGATCAG CTACTTGCGT
GACATTCAGC TGGGACAATC CACCAAGTAC CCGGCCATTA AAATCGAGGT AGACCGCATT
CGGGCTGCCC AGCTCGGTGT GGATATGAAT GATGTTTCCA GATCGCTGAT CGCCTCCACA
TCCTCTTCAC GCTATACCGA CAAGAATATC TGGGTGGACG AAAAGGGCGG TTTCAGCTAT
GCGGTGCAGG TTCAGGTCCC TGAAAGTAAA ATGAACAGCG TGCAGGAAAT GGGCGAGATT
CCGCTGCTGC GAAACGCGAA CCGCCCCGTG CTGAGCGATA TCGCAACCAT CACGCCGGAT
ACCACTTACG GCGAAAATGA TAACCTCGGT GCCATGCCCG TGCTCTCGGT AACGGCCAAT
TTGAACAATA CCGACCTCGG TGTGGCGCAA GCGGATGTGC GGCAGGCGCT CGCATCCCTC
GGCGAACTGC CCCGCGGACT GACCGTTGAG CTGGTGGGCC TGAGCCAAAC ATTGACCGAC
ACGCTGGACA GCCTGCAAAA TGGGCTGGTA GTAGCCATTG TGGTGATATT CCTGATGCTG
GCGGCCAACT TTCAATCGTT CAAAGTCTCC GCGATCGTAC TCGCAACGGT TCCTGCGGTA
ATCCTGGGCT CGCTTGCATT GCTGATGGTG ACCGGCTCTA CATTGAACCT TCAAAGCTAC
ATGGGCATTA TCATGTCGGT GGGCGTATCG ATTTCGAATG CGGTGCTATT GATCACCAAT
GCCGAGCAGT TGCGCAAGCA CAGCGGCAAT GCGATAGAAG CCGCCAAAGA GTCGGCTGGC
TTGCGCCTCC GCCCTATCGT GATGACGGCC GTGGCGATGG TGGTGGGTAT GATCCCGATG
GCGAGCGGGC TCGGCGAAGC GGGCGACCAG TCGTCGCCGC TGGGCCGGGC GGTCATTGGC
GGGCTTGTGG CCTCCACGTT TGCCGCATTG TTTATCCTGC CGCTGGTGTT CGCCTGGGGA
CAGGGCAAGG CCTCTACGCA AAGCGTTTCC CTCGACCCCG AGGATGAAGA GAGTAAGTAC
TACGTTCCAA TGACCCGTTA A
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| Protein sequence | MDLIRFALRK PITIMVIVAA LFFFGIDAVR KIKVDIFPKL DLPVMYIAHP FGGYTPDQME
TFFAKQYINI LLYVNGIKSI ETKNIQGLTL MKVNFYPGTN MAQASAELSA FTNRAQAIFP
PGSNPPFIIR FDASTLPVGQ LVLSSEKRSN NELLDLANVY VRSTFTSIPG LVSAPPFGGN
IRTIVVKVDP ELLRSHNLTP DQLVEALRVN NQTAPSGNVR IGDKNYITPT NTTVRYVKDF
ENIPLFKGGV QNLYLRDVAT VEDGADIATG YGLVNGKRSV YLSIAKGADA STWEVVQNLK
KAIPRIQNTL PEDVKVSYEF DQSTYVMNSV KSLLTEGAIG AILTGLMVLL FLGDARGALI
VILTIPTSII AGVLFLNLFG QTINIMTLSG LALAIGILVD ESTVTIENIH QHFDMGKPKA
LAIWDACKEI AFPKLLILFC ILAVFAPAFT MGGIPGSLFL PLALAIGFSM IVSYFLAQTF
VPVMANWIMK VKHHQKPDGT EMTDAEEFAA SGLSKNPDAQ KEALIHRADA DQNGKISVFE
RVRARFMRFI NRTMPFRKPI VVAYLLVTTA LAAFLLNSIG KDVLPKVNGS QFQVRLRAPE
GTRMERTEEK TLKTINIIKK IVGPENVSVT SAYVGQHPGL FSVSPIYLFM AGPHEAVLQV
GLHEGFHTNL DELKEKIRTE MKQAMPDVTT SFEPIELTDK ILSQGSPTPI EVRMSGRDKK
LNEQYAQKVI AKLKEISYLR DIQLGQSTKY PAIKIEVDRI RAAQLGVDMN DVSRSLIAST
SSSRYTDKNI WVDEKGGFSY AVQVQVPESK MNSVQEMGEI PLLRNANRPV LSDIATITPD
TTYGENDNLG AMPVLSVTAN LNNTDLGVAQ ADVRQALASL GELPRGLTVE LVGLSQTLTD
TLDSLQNGLV VAIVVIFLML AANFQSFKVS AIVLATVPAV ILGSLALLMV TGSTLNLQSY
MGIIMSVGVS ISNAVLLITN AEQLRKHSGN AIEAAKESAG LRLRPIVMTA VAMVVGMIPM
ASGLGEAGDQ SSPLGRAVIG GLVASTFAAL FILPLVFAWG QGKASTQSVS LDPEDEESKY
YVPMTR
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