| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Emin_0122 |
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| Symbol | |
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| ID | 6263298 |
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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 | Elusimicrobium minutum Pei191 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_010644 |
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| Strand | + |
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| Start bp | 128928 |
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| End bp | 132149 |
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| Gene Length | 3222 bp |
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| Protein Length | 1073 aa |
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| Translation table | 11 |
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| GC content | 42% |
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| IMG OID | 642610585 |
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| Product | acriflavin resistance protein |
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| Protein accession | YP_001875025 |
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| Protein GI | 187250543 |
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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 | [TIGR00915] The (Largely Gram-negative Bacterial) Hydrophobe/Amphiphile Efflux-1 (HAE1) Family |
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Plasmid Coverage information |
| Num covering plasmid clones | 5 |
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| Plasmid unclonability p-value | 0.00495446 |
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| Plasmid hitchhiking | Yes |
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| Plasmid clonability | hitchhiker |
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Fosmid Coverage information |
| Num covering fosmid clones | 7 |
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| Fosmid unclonability p-value | 0.00000000019698 |
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| Fosmid Hitchhiker | Yes |
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| Fosmid clonability | hitchhiker |
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Sequence |
| Gene sequence | ATGTCAGATA ACAATAAAGA AAACGTAGGG GGGGAAGTAC CCCAAACAGG AGCGACGGTC
GCTTCGTTCT TCATCAAAAG ACCTGTTACT ACGGCAATGT TGTCAATTGC CCTTTTGGTA
TTAGGTGTCA TAGGTTTTAA AAGTATGGGT ATTGATATGT ACCCTAACGT GGAATTGCCG
TATGTTGCCA TTCAAACTGT TCTTCCCGGC GCGAGTCCGG AGGAAGTTGA AACTTCTATT
ACAAAAATAA TAGAAGAAAG CGTTAATACC GTTTCTGGTA TAGACGAAAT CAATTCATAC
AGTTTAGACG GCCTTTCTAT CACTGTTATA GCCTTCGAGC TTGAAAAGGA CGGAGACGTC
GCCGCCCAGG AAGTGCGTGA TAAAGTTAAC CAGATTCAGG CTAATCTGCC TGAAGGTACG
GAAGCGCCTG TTATTTCCAA ATTTGACCTA AGTTCTTTGC CTGTTCTTAC AATAGCAATT
TCCGGCGAGA GAGATGTTAT TGAACTTACC GAAATGAGCA AAAAACTTGT TAAAGAAAGC
ATTGAAAGTA TAAGCGGCGT AGGTTCGGTT AATATAGTAG GCGGCAGAAA AAGAGAAATA
CATGTAGAGG TAAACCCTTT TAAACTTTAT TCTTTGGGTA TTCCGATAAG TGAAGTTAAA
GGCGCTTTAC AGGAACAAAA CGTTGAAATC CCGGGCGGAC GCGTTGAGCA GCCTTCTAAA
GAGTTTGACT TAAGAATATT GGGCCGTATT CCTACGGTGG CCGATTTCTT AAATGTTTAC
ATAGGAACCA GAAACGGACG TCCCATAAAA ATATCCGATG TCGGCACGGT TATAGACAGC
GGTGAATATG AAAGGCAGTC TACCTGGCTT AATGAAAGAA GAACCATCTC TTTGGAAGTG
CAAAAACAAA GCGGTACAAA CACTTTGGCC GTTATTGAAG GCATTAAAGC AAGAATAGAG
GAAATAAAAC CTATTTTACC GGAAGATTTT CAAATTACTT TCCTTATGGA CCAGTCAGGC
AACATCAGAG AATCTTTTTA CAGCGTTATA GAACATTTGA TTTTGGGCGG CTTGCTTGCG
GCTTTTGTTG TATTTGTTTT TATGGGCTCT TTGAAGTCAA CTATTATATC TTCAATCGCC
ATACCTATAT CTATTATAGG CTCATTTTTC TTTATGTGGC AGTTTGGTTT TACGTTAAAC
AACATGACTC TTTTGGGTTT AACTGTAGCC GTGGGTATCG TTATTGACGA CGCCATCGTT
ATGCTTGAAA ATATTTACAG GCATAAGGAA GAATACGGCA AAGGCGCCGT AAAGGCCGCG
TTAGACGGCT CTAAAGAAAT TACGGGTGCT ATTATAGCCA CAACCGCGTC AATTGTTGTT
ATTTTCCTTC CGTTAGCTTT TATGAGCGGT ATTGTGGGGA GATTTGTACG AAGCTACGGT
ATTACGGTAG CTGTTGCTAT TACTCTTTCC GGTATAGTGG CTTTAACGCT TACTCCAATG
CTTTGCGCCA AGCTTCTTAC CGGGGACGAA AAGAAAAGCA AAATTGAAGT TTATGTTACA
AAAATTAACG GTTGGCTTGT AGCTAAATAT TTGCCTATGC TTGAATGGGC TCTTAGAAAC
AGAAAGACAA TGGTTTTGAT TTCTGTGCTT CTTATGGTGT CAACAATTCC TATGCTGGTA
GGTTTAGAGC CGTTTATTAA AATAGTAAAA CCTTCTTTTT CCGTAAATAC GCAAAATATT
GTGGTAAACA CTATTTTTAA AGGCGTGGGT AAAGACTTTA TCCCGCAAGA TGACAGCGGT
AAGATAAGAG CTACCATCAA GGCGCCGGTA GGCGTAAGTT ATGAGGATTC TATGGCTATT
TTTAACACTT TGGCCGATGA TCTTAGACAA CTTCCGTATA TTAAAAATAT GTTCGTTTCC
GTTGGTGTGC CTGCTGACAG CATGATAGGC AGTTCACCCG TTAATGAAGG TTCAATTTTG
TTGGAACTTG AAGACAGAAA TACCAGGAAC AAAATTACAA CCTTTAAATA TAGGGATGAA
GTAAGGGAAA TTATCGGCAA ATATGACGGC TTAAGAACAA TGGTTGTTAT CGTTGCCGAG
GGTCCTAGCA GCGGCCACGC GCAGATGCAG TATCTTATTT CGGGGCCGGA TATTGAAATG
CTTACAAAGT ATTCAACCGC TATGGCGGAT AAATTAAGAA AAGACCCCAG ATTTATCGAT
GTTGACGTAT CCTTCTCGTT GGCTAAACCG GAATACCGCG TTATTATAGA CAGGGATAAA
GCCCAAGACT TAGGGGTAAA AGTTCTTGAT ATCGCGTCCG CTTTAAGAAC CATGGTCAGC
GGCGAGGAAG ATATTACCAA GTTTAAAGAC GGCGACGAAC TTTACGAAGT CCGCCTGCGA
GTACAGGGTG AGTACAGGGC CAACGTGGCT ACAGTATCGG CGTTATTGGT TCCTTCCAAG
AATGAGCCGG TGCGTTTAGA CAGTCTTGCC AAGATTGAGG AAGGCTTTGG CCCCACTCAG
ATTGACAGAT ATAACAGGCA GCGCCAGGTA ACGGTTTCCG CCAACCCTAC GGGCGGCATG
GATATCGGTA CCGGAAGTAA AGTTATGGAA GAAGTTTTCA GAAGTTTAAA TCCTTCCGAA
GAATACAATG GAAGAATAAT AGGTATGGGT AAAGAAATGG GCAAAATGAT GTCATCCTTT
ATCATGGCTT TTATTTTAGC CTTCTTGTTT AAATACATGA TTTTGGCCTC TCAAATGGAA
AGCTACACCC ATCCTGTGGC GGTGCTTGTT TCGTTGCCGC TTACTTTGCC GTTTGCTTTA
ATATCGCTTA TTGTAACCGG GCAAACTCTA AATATTTTCA GTTTGCTGGG CTTGTTTATG
TTAATAGGCG TTGTAAGTAA AAATTCTATA TTGCAGATAG ACTATATCAA TACACTGCGT
TCCGAAGGGC TACACAGGCT TGACGCTATT TTGGAAGGTA ACAAAGTGCG TTTAAGACCT
ATTTTGATGA CTACAATTGC TCTTGTTATG GGCGTTGTTT CAATGGTGTT TGGTACCGGC
TCGGGGGCGG TGCTGAGACG CAGTTTGGCC ATCGTCGTTA TAGGCGGGCA GACATTATCA
TTGCTTGTTA CGCTTTTGAT GACACCTGTC ACTTATACTT TGCTTGACGA TCTTGGCAGA
TGGATAGGAA ATCTGTTTTA TAAAGAACCA AAGAAGGATT AA
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| Protein sequence | MSDNNKENVG GEVPQTGATV ASFFIKRPVT TAMLSIALLV LGVIGFKSMG IDMYPNVELP
YVAIQTVLPG ASPEEVETSI TKIIEESVNT VSGIDEINSY SLDGLSITVI AFELEKDGDV
AAQEVRDKVN QIQANLPEGT EAPVISKFDL SSLPVLTIAI SGERDVIELT EMSKKLVKES
IESISGVGSV NIVGGRKREI HVEVNPFKLY SLGIPISEVK GALQEQNVEI PGGRVEQPSK
EFDLRILGRI PTVADFLNVY IGTRNGRPIK ISDVGTVIDS GEYERQSTWL NERRTISLEV
QKQSGTNTLA VIEGIKARIE EIKPILPEDF QITFLMDQSG NIRESFYSVI EHLILGGLLA
AFVVFVFMGS LKSTIISSIA IPISIIGSFF FMWQFGFTLN NMTLLGLTVA VGIVIDDAIV
MLENIYRHKE EYGKGAVKAA LDGSKEITGA IIATTASIVV IFLPLAFMSG IVGRFVRSYG
ITVAVAITLS GIVALTLTPM LCAKLLTGDE KKSKIEVYVT KINGWLVAKY LPMLEWALRN
RKTMVLISVL LMVSTIPMLV GLEPFIKIVK PSFSVNTQNI VVNTIFKGVG KDFIPQDDSG
KIRATIKAPV GVSYEDSMAI FNTLADDLRQ LPYIKNMFVS VGVPADSMIG SSPVNEGSIL
LELEDRNTRN KITTFKYRDE VREIIGKYDG LRTMVVIVAE GPSSGHAQMQ YLISGPDIEM
LTKYSTAMAD KLRKDPRFID VDVSFSLAKP EYRVIIDRDK AQDLGVKVLD IASALRTMVS
GEEDITKFKD GDELYEVRLR VQGEYRANVA TVSALLVPSK NEPVRLDSLA KIEEGFGPTQ
IDRYNRQRQV TVSANPTGGM DIGTGSKVME EVFRSLNPSE EYNGRIIGMG KEMGKMMSSF
IMAFILAFLF KYMILASQME SYTHPVAVLV SLPLTLPFAL ISLIVTGQTL NIFSLLGLFM
LIGVVSKNSI LQIDYINTLR SEGLHRLDAI LEGNKVRLRP ILMTTIALVM GVVSMVFGTG
SGAVLRRSLA IVVIGGQTLS LLVTLLMTPV TYTLLDDLGR WIGNLFYKEP KKD
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