| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Dfer_4164 |
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| Symbol | |
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| ID | 8227762 |
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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 | 5024295 |
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| End bp | 5027417 |
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| Gene Length | 3123 bp |
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| Protein Length | 1040 aa |
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| Translation table | 11 |
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| GC content | 54% |
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| IMG OID | 644932007 |
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| Product | acriflavin resistance protein |
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| Protein accession | YP_003088532 |
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| Protein GI | 255037911 |
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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 | [TIGR00914] heavy metal efflux pump (cobalt-zinc-cadmium)
[TIGR00915] The (Largely Gram-negative Bacterial) Hydrophobe/Amphiphile Efflux-1 (HAE1) Family |
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Plasmid Coverage information |
| Num covering plasmid clones | 11 |
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| Plasmid unclonability p-value | 0.0666932 |
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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 | 18 |
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| Fosmid unclonability p-value | 0.648782 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGTCAATTA CCGAAGTAGC CGTAAAGAGA CCGCTCTTCA TCACCGTAGT ATTCGTCGTA
CTGGTACTAT TCGGGTTGAT CAGCTACAAC CAATTGTCTT ACAACCTGTT GCCTAAATTC
GAGGCCAATG TTGTGAGCGT GATGACGACC TACCGCGGTG CTTCCGCGGA CGAAGTCGAA
ACGAATGTGA CGAAGCATAT CGAGGATGCT GTGTCGGCCA TTGAAGGTCT GGACCAGATC
AACTCGACTT CGCAGGAAGG GGTATCGTCC GTGATTATCC AGCTCAAGCA GGGCATTAGC
GTCGATTTGG CGCAGCAGGA AGCGCAGCGG AAAGTGGAGC AGGTGATTTC GCTCCTGCCC
GACGACGCCG ACCGCCCCGT GATCAACAAA TTCTCGACCG ACGAAATCCC GGTTTTGAGA
ATGGGTGTGA CGGCGAACCT GTCGCCCTCT GCATTGTACG ACCTGATCGA CGACAAGCTG
AAACCGCAGC TTTCGAACGT GGCGGGTGTG GGGCAGGTGA CCATTATCGG TGGTACCGAG
CGCCAGATCC AGGTGAATAT CAGTCAGGAT AAATTGAAGG CTTACCATTT GTCGATCAGC
CAGGTTTCGG CCGCGATCAA CAATGCAAAC ACTTCTTACC CGGCCGGCCA GGTGAAAACC
CAGGACGACC AGTTGTCCAT CCGTTTCGAT GCCAAGCTCA CTACGGTTGA AAATCTGAGA
AATGTAATCG TAGGTAAATC TTCGAATGGC GGACAGGTCT TTTTGAGGGA CATTGCCGAG
GTGTATGACG GCGTGGCCGA TGCTACGGCG GTGAATCACA TCAATGGCCG TCCGTCGGTG
GCATTGCAAA TCCAGAAACA ATCCGATGCG AACGCGGTGG ACGTGAGCAA GCTCACCCGC
GAGCGCCTGA CGAGCCTGGA AAAGCAATAT GCGTCGCAGG GTTTGAAATT TAACATCGCC
TCTGACCAGT CCATTTACAC ATTGGCATCG GCCGACGCCG TGGTATTTGA CCTTGGACTC
GCCGTGTTGA TTGTGTCAGT CGTGATGCTA TTGTTCCTTC ACAGCTTCCG GAGCTCGATG
TTCATCCTCG TGGCGTTGCC GTCGTCGATG ATCCCGACGT TCATTCTGAT GAGCGTAATG
GGCTTCTCGC TGAACCTGAT GACGCTCATG GCGCTCTCGC TCGTGGTGGG TATCCTCGTC
GATGACTCGA TTGTGGTGTT GGAAAACATC AACCGCCACA TGGAAATGGG CAAAAGCCGC
TGGCAAGCCG CATTGGATGG TCGGGCCGAG ATTGGTTTCA CCGCATTGGC CATTACCCTG
GTGGACGTGG TGGTATTCGT GCCGCTCGCA TTGACGCAGG GCCTCATCGG TAATATTTTG
CGCGAGTTCT CGCTCGTAGT CGTGTTCTCG ACATTGATGA GTTTGCTCGT GTCATTCACC
TTGACGCCGC TGCTTGCATC GCGTTTCGGT AAGGTGGAGG TTTTGGATAA AAACACGCTT
TGGGGCCGTT TGAACCTTGG TTTCGAGAAA TTTCTGGATA ATATCAAAGA AGAATACGGT
CGCATCCTCA CCTGGGTGCT GGGCCACAAG CGCTACATTT TCCTGCTTTC TCTGGCATTG
ATCATCGGGT CGATTGCGTT GGTACCGGGC GGGTTCGTGG GAGCGGCATT CATGCAGCAA
AGCGACCGCG GCGAGTTGAA TGTGTCGATT GAACTCGCGC CGACGGCGTC CGTTTACCAA
ACCAACCAGG TAGCGCAGCG TGTGGAGAAA ATCCTTTTGG CCAAACCCGA AGTGACCAAG
GTATTTACCA ATGTCGGTTA CAGCAGCACC GGTTTGGGAA CCACTTCCAA CAGCAACATT
GCCGATTTGA CTGTGCAATT GGTCGATAAG AAAGAGCGTA CGGTTTCTTC CGAAGAATTT
GGTCAAAGCA TTGAAAAAGA GGTATTGCAA ATCCCGGGCG TAAAAGTGAC CGTGGCGCCG
ACTTCGATTA CCGGTAATGC CAACCAGGCG CCGATCCAGG TGGCCGTAAA AGGTACGGAC
ATGACCGTGA TCCGCAAAAC GGCCGCGCAA GTGAAGGAAA TCGTGGCTTC CGTGCCGGGA
ACTTCCAACG TGGATTACTC GGTGGACGAC CCGAAACCGG AAGTAGGCGT GACCCTCGAC
CGGGAGAAAA TGGCGCAGCT CGGCATCAAT GCCGCCGAAG TGGGAGCGAC CTTGCAAACC
GCCTTCCGCG GCGACGACCG TTCGAAGTTC AAACAGAATG GTAAGGAGTA CGACATCATG
GTGAACCTCG ACCAGATCGA CCGTTCGAAA GCCGATGACA TCCGCCAGCT CACTTTCGTG
AACAACCAGG GCCAGACTTT CGAGCTCGCT CAGTTCGCGA CCGTGAAAGA AGGCATGGGC
GAAAGCGTCC TTCAACGCAT CGACCGCCTG TCGTCGATCA CGATCAACTC GCAGGTAATC
GGCCGTCCAT CCGGCTCGAT CGGTGCCGAC ATCCAGGCCA AAATGGCCAG CGTGAAGCTC
CCCGAAGGCA TCAGCATCGA ATACCGCGGT GACCTGAAAA ACCAGGCCGA CGCATTCGGC
AGCCTCGGCG CGGCATTGCT CCTGGGTATC ATTTTGATCT ACCTCATCAT GGTGGCGCTT
TATGAAAGTA CCATTTATCC ATTCGTGGTA CTCTTCTCGA TCCCGGTAGC CCTCGTAGGC
GCATTGACCG CCCTGGCTTT GACCATGGAA AGCTTGACGA TCTTCTCGAT TGTGGGTATG
ATCATGCTCC TCGGTCTGGT AGCCAAAAAC GCGATTTTGA TCGTGGACTT TGCGAATCAG
CTGAAAGAAG AAGGTTATGC ATTGAAAGAA GCGCTGATCG AAGCGGGTAA GGAACGTTTA
CGTCCGATCT TGATGACTAC CATCGCGATG ATTGCGGGTA TGCTGCCGAT CGCATTGGCC
TCCGGTGACG GTGCTGAGGT GAAGAATGGG ATGGCTTGGG TGATCATTGG GGGGTTGACC
AGTTCCTTGC TTTTGACTTT GTTCCTGGTT CCTAGTGCTT ATTATGTGGT GGATAGGATT
AAGGAGAAGC TTGCCAAGCG GAAGAAGCGG AAGAATAGGG AGGAGTTGGT TTTGGAGGCT
TGA
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| Protein sequence | MSITEVAVKR PLFITVVFVV LVLFGLISYN QLSYNLLPKF EANVVSVMTT YRGASADEVE
TNVTKHIEDA VSAIEGLDQI NSTSQEGVSS VIIQLKQGIS VDLAQQEAQR KVEQVISLLP
DDADRPVINK FSTDEIPVLR MGVTANLSPS ALYDLIDDKL KPQLSNVAGV GQVTIIGGTE
RQIQVNISQD KLKAYHLSIS QVSAAINNAN TSYPAGQVKT QDDQLSIRFD AKLTTVENLR
NVIVGKSSNG GQVFLRDIAE VYDGVADATA VNHINGRPSV ALQIQKQSDA NAVDVSKLTR
ERLTSLEKQY ASQGLKFNIA SDQSIYTLAS ADAVVFDLGL AVLIVSVVML LFLHSFRSSM
FILVALPSSM IPTFILMSVM GFSLNLMTLM ALSLVVGILV DDSIVVLENI NRHMEMGKSR
WQAALDGRAE IGFTALAITL VDVVVFVPLA LTQGLIGNIL REFSLVVVFS TLMSLLVSFT
LTPLLASRFG KVEVLDKNTL WGRLNLGFEK FLDNIKEEYG RILTWVLGHK RYIFLLSLAL
IIGSIALVPG GFVGAAFMQQ SDRGELNVSI ELAPTASVYQ TNQVAQRVEK ILLAKPEVTK
VFTNVGYSST GLGTTSNSNI ADLTVQLVDK KERTVSSEEF GQSIEKEVLQ IPGVKVTVAP
TSITGNANQA PIQVAVKGTD MTVIRKTAAQ VKEIVASVPG TSNVDYSVDD PKPEVGVTLD
REKMAQLGIN AAEVGATLQT AFRGDDRSKF KQNGKEYDIM VNLDQIDRSK ADDIRQLTFV
NNQGQTFELA QFATVKEGMG ESVLQRIDRL SSITINSQVI GRPSGSIGAD IQAKMASVKL
PEGISIEYRG DLKNQADAFG SLGAALLLGI ILIYLIMVAL YESTIYPFVV LFSIPVALVG
ALTALALTME SLTIFSIVGM IMLLGLVAKN AILIVDFANQ LKEEGYALKE ALIEAGKERL
RPILMTTIAM IAGMLPIALA SGDGAEVKNG MAWVIIGGLT SSLLLTLFLV PSAYYVVDRI
KEKLAKRKKR KNREELVLEA
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