| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Rmet_1750 |
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| Symbol | |
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| ID | 4038552 |
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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 | Cupriavidus metallidurans CH34 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_007973 |
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| Strand | - |
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| Start bp | 1897427 |
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| End bp | 1900624 |
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| Gene Length | 3198 bp |
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| Protein Length | 1065 aa |
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| Translation table | 11 |
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| GC content | 57% |
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| IMG OID | 637977130 |
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| Product | acriflavin resistance protein |
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| Protein accession | YP_583898 |
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| Protein GI | 94310688 |
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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 | 16 |
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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 | 10 |
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| Fosmid unclonability p-value | 0.122403 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGTGGATTG TGCGGCTTGC GCTACGTCGG CCATATACTT TTGTCGTTTT GGCAATACTT
TTGCTTTTGG GCGGGCCGTT GGCCATTCTG CGCACGCCGA CAGACATTTT TCCTTCCATT
GACATCCCAG TTGTTAGCGT CGTGTGGAGC TACAACGGCC TTTCTGCGCA AGATATGTCG
CAGCGGATCG TGACAGGATA TGAGCGCTCC CTTACGAACA GCGTGGATGA CATCGAGCAT
ATCGAGTCCC AAACGCTGCC GGGCGTAAGC GTTATCAAGG TGTTTTTTCA CCCAGGGGCA
GATATAAATC GCGCTATAGC GCAGACGACG TCCGGTGCAC AATCGCTTTT GAAGACGATG
CCACCAGGGA CGACTGCTCC ACTGGTGCTG AGCTACAACG CCTCGACCGT CCCAATCCTC
CGGCTAGCCC TAGGCAGTGA CACGCTTCCC GAGCAAGAAC TCTACGATCT GGGTAACAGC
TTTATCCGTA CTCAGCTTGC AACCGTGCAG GGGGCATCAA TTCCTCTGCC ATACGGTGGC
AAGGTCCGCC AGGTGGCTGT CGACCTCAAT ACGGAAGCAC TGCAGGCGCG AGGTCTGTCG
CCTCTCGATG TGGTCAATGC GATTAATGCC CAGAATCTCA CCTTGCCGGG TGGAACGGCA
AAGATTGGCG CGCTTGAGTA TCGGGTGGAT CTGAATGGCA GCACCCAAAC CATCTCGGCG
CTCAATGACT TGCCAATTCG CAGTGGGCCG GAAGGCACGG TCTACGTGCG TGACGTCGCG
CAGGTACGCG ACGGCTACGC TCCTCAATTG AATGTCGTTC GGCGTGACGG AAAGCGTTCG
GCGCTCTTGG AGATCGAGAA GAGCGGGAAC GCGTCGACGC TCTCCATCAT CTCGCAAATC
AAGGCAATGC TTCCAGACGT GACGGCCGGA TTGCCGAAAT CTCTGGTGGT ACAACCTATC
TCCGACCAGT CAATCTTCGT GACATCTGCT ATTGACGGCG TGTTGCATGA AGCATTGATA
GCCGCGTGCC TGACTGCGGC GATGATTCTG CTATTCCTTG GAAGCTGGCG CGCCACTCTC
ATTATTGCTG TCACCATTCC GCTGTCGGTC TTGGCTGCCC TCATTGCTTT GTCGGCGTTG
GGCCAAACTT TGAACATCAT GACGTTGGGC GGCTTGGCTC TTGCAGTAGG TGTGCTAGTA
GACGATGCGA CGGTAGCGAT CGAGAATATT ACGCACCACC GGGAGATGAG CAAGCCGCTG
GAGGACGCGA TCCTGGATGG GTCTGCACAG ATTGCATTGC CGACGCTCGT ATCTACCCTC
TGCATTTGTA TCGTGTTCTT ACCGATGTTC ATGCTGAGCG GAGTCGCTCG TTACCTGTTC
GTTCCGCTCG CAGAGGCGGT GGTGTTTGCG ATGATGGCGT CATACTTCCT CTCGCGCACA
TTGATCCCCA CGTTGGCCCA CTATCTCTTC AGCCGGGAGC CTAGCGGGCA TCATCCGGAA
GGCCGCTTTG CCCGCTGGTT TTCTAACGTG CATTCCAAAT TCGAGCAGAG TTTCGAGCGT
GTCCGCCAGT CCTACGCAAA TGTTCTGGAG CTTGCGCTGG GATCGCCGCG GCGCGCTATG
GCACTTTTCG CAATGCTCTG CGTGTGCTCA ATGACTTTAG TGCCGTTTCT GGGCCAAGAC
TTTTTCCCGG CAGTGGATAG TGGAGAGATC CGCCTTCATA TGCGAGCGCG CACAGGTACG
CGGATTGAAG AGACTGCGCG CCTGGTTGAC CAGGTTGAGA CGAAGATCCG CGAAACGGTG
GGTCCTACTC ATGTTTCGAG CATTGTGGAC AACATCGGCC TCCCCGTCAG CGGCATCAAC
TTGACTTACG ACTCCGCGCT GCCCATCGGA ACCGGCGATG CCGAGATTCT GATCTCGTTG
AATCCCTCTG CTGGAAAGTC TTCGGCGCTC ATCGAAAAGC TCGATGCCGA GTTACCGGTG
GCATTCCCAG GAGTGAGCTT CTCATTTTTG TCCGGCGATA TGGTCAGCCA AATCCTGAAT
TTTGGCCTTC CTGCACCGAT TGATGTGCAG ATCGTGGGCA ATAATGCTGC CGGAAACCGC
ACGGTCGCAG ATGACTTGTT GCGGAAGCTG TCGGCCGTGC GCGGCCTTAG CGACCTACAT
CTGCAGCAAC CGGATGATCA GCCTGCATTG ACGGTGAACG TAGACCGCAC CCGAGCGCTG
CAGGCAGGGA TGCAGCAACG TGACGTGGCA CAGAACCTTC TTATCGCGTT GTCGGGAAGT
AGCCAGACGT CTCCAAACTT CTGGCTGAAC CCCAAGAATG GGGTGAGCTA CCCGATGCTG
ATTTCGGTTC CGCAGTACGC CATGGACTCC CTCCAGACAC TGTCGAATAT CCCGCTTGGG
AGTGGTGCAG AGACGCTTAG GCAGGGCGGT GCGGCACAGC TCGGCCAGTT TGGCACAGTC
AATCGAAGCA GCCAGCCGGG TGTAATTTCC CACTACAACG TACAACCGGT ACTGGATTTG
TTTGGGTCTG TGCGCGGCCG CGACCTGGGA GCAGTGTCTG CGGACGTGCA GCGTGTCGTC
GACAGTGTCC GTCCAGGCTT GCCGGCAGGC TCTCGCATTG TGGTTCGCGG CCAGGTCCAA
ACAATGCAGG CTTCGTTTGC TGGATTGCTT ACGGGACTGG CTGCGGCCAT TGCGCTGGTC
TACCTGCTGA TGGTCGTGAA CTTCCAGTCG TGGCTGGACC CGCTTGCCAT TGTCGGCGCG
TTGCCGGTCG CGCTGTCCGG GATGGCATGG ATGCTATTTG CCACCTACAC AACGATTAGT
GTCCCTGCGC TGACGGGGGC AATCATGTGC GTTGGCATTG CAACGGCTAA CAGCATTCTC
GTTGTTAGCC GTGCCCGGGA GCTATTGAAC GAAGGGAAGG GAGCCGTCGA AGCAGCGTAT
GAGGCAGGGT TCGGACGATT CCGGCCTGTC GTGATGACGG CCCTTGCGAT GCTGTTCGGC
ATGGTTCCCA TGGCATTGGG AGCGGGAAGT GCGGGCGCGC AAAACGCACC GCTGGGCCGC
GTCGTTATTG GCGGTCTGGC CTTTGGAACC GTCGCGACCC TCGTGCTCGT CCCCACATTC
TTCGCGCTCT TGCATGGTTG GCTCGAAAAG CGAGCCAACT CGCGCCAAAA CACAGTGAAA
GTACAGAGTC CGGTATGA
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| Protein sequence | MWIVRLALRR PYTFVVLAIL LLLGGPLAIL RTPTDIFPSI DIPVVSVVWS YNGLSAQDMS
QRIVTGYERS LTNSVDDIEH IESQTLPGVS VIKVFFHPGA DINRAIAQTT SGAQSLLKTM
PPGTTAPLVL SYNASTVPIL RLALGSDTLP EQELYDLGNS FIRTQLATVQ GASIPLPYGG
KVRQVAVDLN TEALQARGLS PLDVVNAINA QNLTLPGGTA KIGALEYRVD LNGSTQTISA
LNDLPIRSGP EGTVYVRDVA QVRDGYAPQL NVVRRDGKRS ALLEIEKSGN ASTLSIISQI
KAMLPDVTAG LPKSLVVQPI SDQSIFVTSA IDGVLHEALI AACLTAAMIL LFLGSWRATL
IIAVTIPLSV LAALIALSAL GQTLNIMTLG GLALAVGVLV DDATVAIENI THHREMSKPL
EDAILDGSAQ IALPTLVSTL CICIVFLPMF MLSGVARYLF VPLAEAVVFA MMASYFLSRT
LIPTLAHYLF SREPSGHHPE GRFARWFSNV HSKFEQSFER VRQSYANVLE LALGSPRRAM
ALFAMLCVCS MTLVPFLGQD FFPAVDSGEI RLHMRARTGT RIEETARLVD QVETKIRETV
GPTHVSSIVD NIGLPVSGIN LTYDSALPIG TGDAEILISL NPSAGKSSAL IEKLDAELPV
AFPGVSFSFL SGDMVSQILN FGLPAPIDVQ IVGNNAAGNR TVADDLLRKL SAVRGLSDLH
LQQPDDQPAL TVNVDRTRAL QAGMQQRDVA QNLLIALSGS SQTSPNFWLN PKNGVSYPML
ISVPQYAMDS LQTLSNIPLG SGAETLRQGG AAQLGQFGTV NRSSQPGVIS HYNVQPVLDL
FGSVRGRDLG AVSADVQRVV DSVRPGLPAG SRIVVRGQVQ TMQASFAGLL TGLAAAIALV
YLLMVVNFQS WLDPLAIVGA LPVALSGMAW MLFATYTTIS VPALTGAIMC VGIATANSIL
VVSRARELLN EGKGAVEAAY EAGFGRFRPV VMTALAMLFG MVPMALGAGS AGAQNAPLGR
VVIGGLAFGT VATLVLVPTF FALLHGWLEK RANSRQNTVK VQSPV
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