| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Clim_1613 |
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| Symbol | |
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| ID | 6354487 |
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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 | Chlorobium limicola DSM 245 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_010803 |
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| Strand | - |
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| Start bp | 1744592 |
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| End bp | 1747717 |
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| Gene Length | 3126 bp |
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| Protein Length | 1041 aa |
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| Translation table | 11 |
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| GC content | 51% |
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| IMG OID | 642669214 |
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| Product | acriflavin resistance protein |
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| Protein accession | YP_001943636 |
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| Protein GI | 189347107 |
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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 | 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 | 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 | ATGACGCTTA CTGAACTTTC CATAAAACGG CCCAGTCTGG TTGTCGTTCT TTTTTCCGTG
CTCGGTATTC TCGGTTTTTT CAGTTATCTG CAGCTTCAGT ATGAACTGCT TCCCAAAATG
ACGCCGCCGG TAGTATCCAT TGCTGTTCAG TATCCGGGCG GAGCGCCGGA CGAAGTGGAA
ACCTCGCTTA CCAAACCGCT TGAAGAGGCT GTTTCCGCTC TTGAAAAGAT CGAAACCATC
TCATCGATCT CATCGGAAGG GCTTTCGGTC GTAACCGTGG AATTTTCCAA CGATGCCGAT
ATTGATCTTG CGCTTCAGGA TGCTCAGCGC AAGATCAATG AGATTCGTGA CCGGCTTCCT
GATGACGCGA AAGATCCGGT CATCAGTAAA TTTGCACTTG ACGAAGTGCC GGTGCTGCGT
ATCGGCGCGA TCTCTTCGCT TTCCGATACA GACTTTTATC AGCTGCTCAA AGATAACATC
AAGCCGCAGC TGTCGAGTAT CGACGGTGTG GGTCAGGTCT ATCTGACCGG CGGTCGCGAA
CGGGAAATCA GGGTCAATCT CGATCTTGAC CGGCTTCAGG CATACGGGTT TACGGTTACC
GACGTTCTTG GTACAATCAA CCGGGCGAAC CTCGATTTTC CTACCGGAAA GATCGATGCT
GCCGACCGTC AGTTCGTTGT CAGGCTTGCA GGCAAATTCA TCGGCCTCGA TGAGCTGAAA
AACCTTGTGC TTCGTTCGTC TGCCCAGGGG AGCCGTGTGC ATCTGAAAGA TGTTGCTGAA
GTTCGCGACG GTTTCAGGGA TATTACCACG CTTACGCGCC TCAACGGCAA AAATGCCGTC
GGGCTCATGA TCATGAAACA GAGCGACGCC AATACCGTCG ATGTCAGCCG TCTGGTTCGT
CAGGAGCTGA AAAGGCTCGA AACCCTGTAC GGCAGAGATG GTGTCCGGTT CGACATCGCC
CAGGATGCTT CAACATTCAC CATTGAAGCC GTAACGGCCG TGCAGCATGA TCTTATCATT
GCGATTCTGC TTGTGGCACT GGTCATGCTG CTTTTTCTGC ACAGCCTGCG TAACTCCCTG
ATCGTCATGG TCTCCATTCC AACGTCGCTG GTGACCACGT TTATCGGTAT GTATGTTTTC
GATTTTTCGC TGAACCTCAT GACGCTTCTG GCGTTATCGC TGGTAGTAGG TATTCTTGTC
GATGACTCCA TTGTGGTGCT TGAAAACATC TACCGTCATA TTGAAAATGG AGAAGAGCCC
AGGGAGGCGG CGCTGAGTGG ACGGAACGAG ATCGGGTTTA CCGCGCTTTC GATTACTCTT
GTAGATGTAG TGGTATTTCT TCCTCTCTCG CTTGTCACCG GTATTGTGGG CAATATTCTT
CGTGAATTTT CTATTGTCAT GGTGCTTTCA ACCATGGTCA GTCTTTTTGT TTCCTTTACC
GTTACACCGC TTCTCGCTTC CCGTTTTTCA AGAGCTGAAC GGCTTGAGCC CGACAATGCG
CTTTCGTGTT TCGCTATCGG ATTCGAGCAG AACTTTAAGC GTTTGACAGA GTGGTATGTT
ACCGGGCTTC GCTGGAGCCT GAAGAACGGC TGGAAGGTAA TTGCCGGTTC GACTCTGCTG
CTGCTGTTTT CTTTTTCCCT TCTGGGGTTC GGGTTTATCG GCGGAGAGTT TATAGAGGTT
TCCGACCGGG GAGAGTTTTC TGTTATCATG GAATTCGAAC CGGGGACCAA TCTTGATGAA
ACCAATCGTC AGACCCGACA GATCGAGCGC AGGATCTCAT CCATGCCGGA AGTCGACAAC
GTACTGGTCA GCGTGGGTTC TTCGAGTGAA GGTTTTTTCA ATCAGAGTGC CGACAACATC
TCTGAACTCA ACGTCAGGCT TATTCCGAAA GAGGCCCGTG CGGTTTCCAC CGACGATCTC
ATGAAAGAGA TACGCAGAAG TCTGCAGGAT ATTCCGGGAC TGAAAGCAAG TATCAATCCG
ATAGGGATAT TCGGAACAGC CAACGAAACG CCGGTGATCG TTATTTTCAG CGGACCGTTC
CGCAGCGAGG TTTCACGGAC AGCCGAATCC TTTCGCGACA GCCTGAAAGC CATATCCGGA
ACAGCTGACG TCAAACTCAC CTCTACTGTT GGAAATCCGG AGTTGAGAGC GAGAATCGAC
CGGGAAAAAA TGGCATCCTT CGGACTTTCG ATTGCCGATG TCGGCGCGGC GTTGCGGACG
GCTTATGCTG GCGATGAAGC GGGGAAGTAC CGGGAGGGCG GCAACGAGTA CGATATACGC
GTCATGCTCG ATGAGTATTT CCGAAAAGAT ACCCGTGCCA TCGAACAGTT GACTTTCAGG
ACGCAGAACG GAGAACAGGT ACGTCTCGGT CAGTTTGTCA CTTTCGGGGT TGAGCGCGGT
TATACGAAGC TGCAGAGGAA AGACCGCAAC AATGCCGTCT GGGTAAAGGC GCAGGTGGTA
GATCGTCCGG TCGGCAGCAT CGGTCAGGAT ATCGAACAGG TTATCGGCAA TATGAAAGCA
GACGGCACCA TGCCGCAGAC TGTTTCCTAT GCCTATGAGT CCGACCTGAA GCGTCAGGGC
GAGTCGTTTT CCACTCTTCT CGTTGCGTTC CTCGTAGCGA TAGTTTTTGT CTATCTCATC
ATGGTGGCAC TTTACGACTC CTATGTCTGG CCCATGGTGG TGATTTTTTC CATTCCTCTT
GCGGTGATAG GGGCGCTTTT CGCACTTGCC TCTTTCGGGA AGTCGCTCAG TATTTTCACG
ATTCTCGGCA TGATCATGCT TGTCGGTCTG GTGGGCAAAA ACGCTATTCT GCTTGTTGAT
TTTATTACGA AGTTCCGACA GGAGGGGATG GCACTTCATG AGGCCATTAT CGAAGCCGGC
AGGGAGCGGC TGCGTCCCAT TCTTATGACC ACGTTTACCC TTGTGTTCGG TCTTTTGCCC
ATCGCCCTGT CGGGGAGTTC CGGCTCTGAA TGGAAATCAG GCCTTGCCGT TGCCTTGATC
GGCGGGCTCA GCAGTTCCAT GTTTCTTACC CTGCTCGTCA TACCTGTTGT CTATGCAGGT
TTTGATAAAC TTCGGGAGAG AATTGAGACT ATCAGGAAAA AGCGGTTCCC GAAAGTAGAT
GCCTGA
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| Protein sequence | MTLTELSIKR PSLVVVLFSV LGILGFFSYL QLQYELLPKM TPPVVSIAVQ YPGGAPDEVE
TSLTKPLEEA VSALEKIETI SSISSEGLSV VTVEFSNDAD IDLALQDAQR KINEIRDRLP
DDAKDPVISK FALDEVPVLR IGAISSLSDT DFYQLLKDNI KPQLSSIDGV GQVYLTGGRE
REIRVNLDLD RLQAYGFTVT DVLGTINRAN LDFPTGKIDA ADRQFVVRLA GKFIGLDELK
NLVLRSSAQG SRVHLKDVAE VRDGFRDITT LTRLNGKNAV GLMIMKQSDA NTVDVSRLVR
QELKRLETLY GRDGVRFDIA QDASTFTIEA VTAVQHDLII AILLVALVML LFLHSLRNSL
IVMVSIPTSL VTTFIGMYVF DFSLNLMTLL ALSLVVGILV DDSIVVLENI YRHIENGEEP
REAALSGRNE IGFTALSITL VDVVVFLPLS LVTGIVGNIL REFSIVMVLS TMVSLFVSFT
VTPLLASRFS RAERLEPDNA LSCFAIGFEQ NFKRLTEWYV TGLRWSLKNG WKVIAGSTLL
LLFSFSLLGF GFIGGEFIEV SDRGEFSVIM EFEPGTNLDE TNRQTRQIER RISSMPEVDN
VLVSVGSSSE GFFNQSADNI SELNVRLIPK EARAVSTDDL MKEIRRSLQD IPGLKASINP
IGIFGTANET PVIVIFSGPF RSEVSRTAES FRDSLKAISG TADVKLTSTV GNPELRARID
REKMASFGLS IADVGAALRT AYAGDEAGKY REGGNEYDIR VMLDEYFRKD TRAIEQLTFR
TQNGEQVRLG QFVTFGVERG YTKLQRKDRN NAVWVKAQVV DRPVGSIGQD IEQVIGNMKA
DGTMPQTVSY AYESDLKRQG ESFSTLLVAF LVAIVFVYLI MVALYDSYVW PMVVIFSIPL
AVIGALFALA SFGKSLSIFT ILGMIMLVGL VGKNAILLVD FITKFRQEGM ALHEAIIEAG
RERLRPILMT TFTLVFGLLP IALSGSSGSE WKSGLAVALI GGLSSSMFLT LLVIPVVYAG
FDKLRERIET IRKKRFPKVD A
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