| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Ava_4735 |
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| Symbol | |
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| ID | 3679715 |
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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 | Anabaena variabilis ATCC 29413 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_007413 |
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| Strand | - |
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| Start bp | 5937017 |
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| End bp | 5940106 |
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| Gene Length | 3090 bp |
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| Protein Length | 1029 aa |
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| Translation table | 11 |
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| GC content | 42% |
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| IMG OID | 637720091 |
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| Product | acriflavin resistance protein |
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| Protein accession | YP_325227 |
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| Protein GI | 75910931 |
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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 | 11 |
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| Plasmid unclonability p-value | 0.130909 |
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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 | 11 |
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| Fosmid unclonability p-value | 0.265642 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGAATAATC TTTTTTATCA AAATGTCCGG CTACTAATAT TAACAGTTTT AGCGATCGCT
GTTTGGGGTT TATCTTCCTT TTTTAGTTTA CCTCGCATTG AAGATCCAGA AATTACTCCC
CGGTTTGCGG TGATTACAAC GGTTTTTCCA GGTGCGGCAC CAGAACGGGT GGAAACCCTA
ATCACCGATA AATTAGAACA ATCCCTATTT GAAGTAGAAG AAATTAATAA TATTGAATCC
ACCTCACGTC TGGGATTCTC CAGCATTACA GTTGAATTAA ACGATACAAT CAACGATGTT
GATCCTGTTT GGTCAAGGGT GCGGGCTAAA ATCAATGATA CGATTCCCCT ATTGCCTTCA
GGTGCCGCAA CTCCTAAATT TGAACAGTCG AAACCTAAGG CTAATGCTTT AATTGTCGCT
TTGACCTGGG ATTTGAAATC AGCCCCCAAC TACGCAATTT TAAGCCGTTG GGCGCAAGAA
TTAGACGATC AAATACGTTT GATTGGGGGA ACAGAAAAGG TCGAGCAGTT TGGCACACCC
CAGGAAGAAA TTGCCATTGA GGTTAACCCA AAACAACTAA CGAATTTAGG GTTAACAATA
CAATCTCTAT CTCAACAAAT TTTACAGAGT GATGCTAAAG TTGCGGCTGG GCAACTGCGG
AGCAACCAAA GTAATTTATT ATTAGAAATT AATGGAGAAC TTGATTCTCT TGACCGTCTC
AATCGCTTAT CAATTCAGTC GGGTAACTCC AGCAATGTAG TACGACTAGG AGATATTGCC
CAAATTAAAA AGGGAATTTT AGATCCCCCT AGAGAATTAG CCTTAGTTAA TGGTCGTCGA
GCGATCGCCA TCTCTGCGTT CGTTGAATCA CAACAGCGTT TGGATGCTTG GGCAGCGATC
GCCAACACAA CCTTGAAGAA ATTTCAGCAA CAATTACCAA AGGGCGTTGG TCTGCAAATA
CTGTTTGACC AAAGTCATTA CGTAGAACAG CGTCTCAACG AAGTGTTGAT GAATTTAATC
ACTGGGGCTG TTTTGGTGGT TGGCATTACC CTATTCATGA TGGGCTGGAA GTCTTCGTTA
ATTGTTGGTT CTGCTTTACC TCTGTCTGTT TTCATGGTCT TTGGTAGCAT GAAGCTTTTA
GGGGTGCCGC TACATCAAAT TTCTGTGACC GGTCTGATTA TTGCCTTGGG ACTGTTAATT
GATAACGCCA TTATCGTTGT AGATGAAGTT CAAATTTATT TACGAGAAGG ACTAACACCT
AAAAAAGCCG TTGCTACTAC TGTCCGGGAA ATCTTTTCTC CCTTATTGGC ATCCACATTT
ACCAGTGTTC TGGCTTTTGT ACCTATCGCC ACTGCACCTG GAGGAACGGG GGAGTTTACG
GGAACTATTG GGGTAACTGT AATTCTCGCC CTAGTTAGCT CTTTATTTCT AGCTCTAACA
GTGATTCCCG CTTTAGCCGG TCGGTTACAT TATTGGAAAC CCACACCAGT ATCAGGAAGT
TGGTGGCAAG TGGGTTTTTC TCACCATCAC TTAGGACAAT TTTACAGTTG GAGTCTGGAT
CGCACTTTCA GCCGACCCTT ATTGAGCATA GCTTTAAGCT TGATCCTACC GTTGTGGGGC
TTTATGTCCT TGGCTAATCT GGAGCAGCAA TTTTTCCCCC CCACAGATCG CGGTCAATTT
TATTTAAATT TTGAATTGCC CATTCAAGCT TCTTTGCAAC AAACACAGTC CCAAGTGACT
CAAGCGCGAG AATTGATGTT ACGCCATCCC GAAATTGCCG ATGTTCAATG GTTTATCGGC
AAAAGTGCGC CACCTTTTTA TTACAATGTG ATTCAAAATC GGGAAAATTC TCCTAATTAT
GCGCAGGGTC TAGTCCAACT TCAGAAAAAT GTCAAGTCTG GTTCCTTAAT CCGAACCTTA
CAACAAGAAC TTGATCAAGC CTTTCCCGCA GCCCAAATTA TTGTCCGACA GTTAGAACAA
GGCCCACCTT TTGACGCACC CATTGAACTG CGAGTTTATG GATCTGATTT AGATCGATTA
CGAGAGTTAG GAGATCAACT GCGAGCTGAA TTAGCCAAAA CACCCAATGT CATCCATACC
CGCGCTAATT TAACCGAAAC CTTACCGAAG TTGGCATTAA ATCTAGATGA AGAACAACTG
CGTTTAGCAG GACTAGACAA AACCGCCGTT GCTAGACAAT TGGACACCAA CTTAGAGGGA
ATTGTTGGGG GTTCGATTTT CGAGGGGACG GAAGAATTAC CAGTACGGGT ACGTAGTTTA
GAATCAGAAC GAGGAAATTT AGGAGATATT GCTTCATCAA CCCTTTTATC TCCAGGGAAC
TCAAACCAGT CTGGTAATAG GGTTGTTCCC TTATCTGCGG TTGGTAACGT GGAAATTGTT
CCAGATGTGG TGACGATTTC TCGCCGTAAT GGCAAAAGAG TTAATACTGT ACAGGGTTTT
ATTCCCGCAG GAATGCTAGC AGCGCAGGTA CAGACTGACT TTCAAAATCG TTTAACAGCA
AGTAACTTTA CCCTACCCTC TGGTTATTCT TGGGATTTTG GTGGAGAAGA AGGAGAACGG
GGTGATGCTT TAAGTAACCT CATCTCTACC GTTGGGGTGT TAATGATTAT AATGATCGCC
AGTTTAGTAC TAACTTTTAG TTCTTTTCGG TTGGCAAGCA TTATTCTAGT GGTTGCTATT
TTATCGATGG GTTTAGGATT GGGATCGTTA GCTTTGTTTA ATTATCCTTT CGGATTTACG
GCAATTTTAG GCATGATTGG CTTGATTGGC GTTGCCGTCA ACGATTCAAT TGTTGTTCTG
AGTTCCCTTA ATCATGACCC CAAAGCCCGT CAAGGCGATC GCTATGCAGC CAGAAAAGTA
GTCATCCGTT CCACCCGTCA TGTCATTGCA ACTACTTTAA CTACTATTAT TGGATTTACA
CCCCTATTAT TAGATACCAG TGGTTTTTGG CCACCACTTG CCATTACCAT TGTCGGTGGG
TTAGGGGGAG CTACTTTAAT TGCCTTATAT TTTGTCCCTT CTGTATATTT GTTGCTGCAA
CGTTCATTGG TCAAGGATTC AAAAAAATAA
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| Protein sequence | MNNLFYQNVR LLILTVLAIA VWGLSSFFSL PRIEDPEITP RFAVITTVFP GAAPERVETL
ITDKLEQSLF EVEEINNIES TSRLGFSSIT VELNDTINDV DPVWSRVRAK INDTIPLLPS
GAATPKFEQS KPKANALIVA LTWDLKSAPN YAILSRWAQE LDDQIRLIGG TEKVEQFGTP
QEEIAIEVNP KQLTNLGLTI QSLSQQILQS DAKVAAGQLR SNQSNLLLEI NGELDSLDRL
NRLSIQSGNS SNVVRLGDIA QIKKGILDPP RELALVNGRR AIAISAFVES QQRLDAWAAI
ANTTLKKFQQ QLPKGVGLQI LFDQSHYVEQ RLNEVLMNLI TGAVLVVGIT LFMMGWKSSL
IVGSALPLSV FMVFGSMKLL GVPLHQISVT GLIIALGLLI DNAIIVVDEV QIYLREGLTP
KKAVATTVRE IFSPLLASTF TSVLAFVPIA TAPGGTGEFT GTIGVTVILA LVSSLFLALT
VIPALAGRLH YWKPTPVSGS WWQVGFSHHH LGQFYSWSLD RTFSRPLLSI ALSLILPLWG
FMSLANLEQQ FFPPTDRGQF YLNFELPIQA SLQQTQSQVT QARELMLRHP EIADVQWFIG
KSAPPFYYNV IQNRENSPNY AQGLVQLQKN VKSGSLIRTL QQELDQAFPA AQIIVRQLEQ
GPPFDAPIEL RVYGSDLDRL RELGDQLRAE LAKTPNVIHT RANLTETLPK LALNLDEEQL
RLAGLDKTAV ARQLDTNLEG IVGGSIFEGT EELPVRVRSL ESERGNLGDI ASSTLLSPGN
SNQSGNRVVP LSAVGNVEIV PDVVTISRRN GKRVNTVQGF IPAGMLAAQV QTDFQNRLTA
SNFTLPSGYS WDFGGEEGER GDALSNLIST VGVLMIIMIA SLVLTFSSFR LASIILVVAI
LSMGLGLGSL ALFNYPFGFT AILGMIGLIG VAVNDSIVVL SSLNHDPKAR QGDRYAARKV
VIRSTRHVIA TTLTTIIGFT PLLLDTSGFW PPLAITIVGG LGGATLIALY FVPSVYLLLQ
RSLVKDSKK
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