| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Phep_3708 |
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| Symbol | |
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| ID | 8254840 |
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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 | Pedobacter heparinus DSM 2366 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_013061 |
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| Strand | + |
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| Start bp | 4420187 |
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| End bp | 4423378 |
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| Gene Length | 3192 bp |
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| Protein Length | 1063 aa |
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| Translation table | 11 |
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| GC content | 43% |
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| IMG OID | 644937370 |
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| Product | acriflavin resistance protein |
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| Protein accession | YP_003093961 |
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| Protein GI | 255533589 |
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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 | 7 |
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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 | 26 |
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| Fosmid unclonability p-value | 1 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGAAGATAA CAGAAATTTC TATAAAACGC CCTACTCTCG TTATAGTGGT ATTTACCGCA
CTAACGCTGA TGGGACTATT GAGCTACTTT TCTTTAAGTT ATGAATTACT CCCAAAATTC
TCCAACAACG TAGTTTCAAT ATCAACAATA TATCCGGGAG CCTCACCAAA TGAGGTAGAA
AATACCGTAA CCAAAAAAAT TGAGGATGCG GTGTCTTCCC TCGAGAATGT AAAGAAGATC
AATTCCGTGT CTTACGAAAG CTTATCTGTT GTAACGGTAA CGCTGACAGA CAAAGCGGAC
GTCGACTTAT CATTGAATGA TGCACAACGT AAAATAAATG CCATTCTCGC CGATTTGCCG
GAAGAGGTGA AACCTCCTTC ACTGAACAAA TTCTCTTTAG ATGATTTACC GGTAATCACC
ATGTCTGCAT CTGCAAAAAT GGATGATGCC ACCTTTTATG ACCTGATTGA TAAACGCATC
GCCCCCGTAC TTTCGAGGGT AAACGGAGTT GCCCAGGTAA CTTTAGTGGG TGGTCAGGAA
AGGGAGATCG AAGTAGGACT GGATGCCGAC AAAATTCAGG GTTACGGATT ATCAGTTCCC
CAGATCCAGC AGGCCATACT TACCTCAAAC CTTGATTTCC CTACTGGTAG CGTAAAAACC
AACAGTGAGG ATATCCTGAT CCGTTTATCC GGTAAGTATA AAAATGTTGA TGAACTGAGG
AACCTGGTTG TGGCAACCAG CAAAACCGGT GCGCAAATTC GTTTAAGTGA TGTGGCTGAT
GTTCAGGACG CACAAAAAGA AGTAGAGAAA ATTGCCCGTA TTGACAGGAA AGGGGCTATT
GCAATTCAGA TCATTAAACA AACTGATGCC AACGCCGTTG AAGTGAGTAA ACAAATGCAT
AAAGTAATTG CAAACTTAAT GCAGGATTAC AAAACCAATG GACTGGACAT TAAAATTGTA
AATGACAGTT CTATCTTTAC TTTAGAATCT GCAGACGCCG TTATCCATGA CTTAATACTG
GCGATTATAC TGGTAGCCTT TGTGATGCTG TTTTTCCTGC ACAGCTTGCG GAATGCTGCC
ATTGTAATGG TTTCTATTCC CGCATCGCTG ATTGCCACTT TTATCGGGAT CAGCCTATTT
GGCTATACGT TAAACCTGAT GTCATTACTG GGGCTCTCGC TGGTAGTAGG TATCCTTGTG
GATGATGCAA TTGTGGTACT CGAAAACATT TACCGACACA TGGAAATGGG TAAAAACCGT
GTCCGCGCTG CCTTCGACGC AACAAGTGAA ATCGGATTTA CCGTAGTTTC AATTACCCTG
GTAATTGTAG TGGTATTCTT CCCTATTGCA GTAAGTACGG GTCTGGTATC AAACATTTTG
CGCCAATTCT GTGTGGTAGT TATTATTGCA ACACTATTAT CTCTTGTGGC CTCATTTACC
ATCGTTCCAT TATTATCATC CCGTTTTGGT AAACTGGAAA GGATTGAAGG TAAAAATATT
TTCGGCAGGT TTATTTTATG GTTTGAAAAA CAACTCCACA CATTTACAGT TTGGATCACA
GGCATATTAA CCTGGACACT GCGTAATAAA GCAGTAACCA TTATTGGTGT ATTCCTTTTA
TTGTTCAGTT CCTGCGGCCT AACCATCGGT GGGTTCATTG GTACTGAGTT TTTCCCGAAG
AGTGACAAAG GTGAGTTCCT GGTACAGATA GAGCTCCCTA AGGATGCTTC CCTTGAGAAA
ACAAATCAAT TTACCCAAAA AGCAGAAGAG TTCCTGTCAA CCAAACCAGA GATTACCCAA
ATGATCACTA CAGTTGGTCA GGCCAGTGGT GATTTTGGTG GAACACAGGC TACAGCCTAC
AAATCTGAGA TCAACGTAAA ACTCGTAGAC CGCAAAGACC GTAAGGATGA ATCCAGTATT
TATGCAACCA AAGTGAGCAG GGAACTGGCC AGACACCTGG TAGGTGCCAA TGTTAAAACT
GTTCCGATCA GTATCCTGGG TATCGCAGAG AACGCTCCTA TCCAGCTGAT TGTTACGGGC
CCCGACCTGG ATAGTGTTTT ACGCTATGCC GAAGCGGCTA AGGGCGTACT GTCAACCATT
GAAGGTGCCG CAGAACTAAA GCTCTCGGTA GAGAAAGGTA GCCCTGAGAT TAACGTACAG
GTAGACCGTG ATAAGATGGC TGCATTGGGA TTGACCTTGC AAACTGTAGG TGCCACCATG
CAAACAGCTT TTAGCGGCAA TACTGACGGA AAGTTCCGTA AAGGTGAATA TGAATATGAC
ATCAACATCA GGTACCAGGC TTTCAACCGT AAAAACATAG ACGATGTAAG AAACCTGATC
TTCGTAAATG CAAACGGCCA GCAGATTAAG CTTTCCCAGT TTGCAGATAT CAAGGAAGGT
GCCGGCCCAA GTCAGCTGGA AAGAAAAGAT AAAAGCACTT CTGTTACTGT AAAAGCACAA
TCAATTGGTA GGCCAACGGG TACTGTAGTA GCCGAATTTG GTGCCAAGCT GGAACAGTTG
GAAAAAGAGG GTAAGCTGAA AAAACCTGTA GGTGTAAATT ATGTATGGGG CGGCGACCAG
GAAAACCAGA GCGAGGGTTT CGGTACTTTA GGTATTGCCC TACTTTCGTC TATCATACTG
GTATACCTGA TCATGGTTGC TTTGTACGAT AGCTTTATTT ATCCTCTGGT AGTCATGTTC
TCAATTCCAT TGTCAATTAT CGGGGCCTTG CTGGCACTTG CACTGGCCAA CCAGTCGCTC
GGTATCTTTA CCATATTGGG TCTGATCATG CTGATTGGTC TGGTAGCCAA AAATGCGATC
ATCCTGGTCG ATTTTACCAA TCAGATGAAA GCCGAAGGAA AAACTACGCA TGAAGCGCTG
ATTTTAGCCA ATCACGCCCG TTTGCGTCCA ATACTCATGA CAACCATTGC CATGGTAATC
GGTATGTTAC CTATTGCATT GGCCAGTGGT GCCGGTGCCG AATGGAAAAA TGGTTTGGCA
TGGGTAATTG TAGGTGGCTT AACAAGCTCC CTGTTCTTAA CCCTGATTGT CGTACCTGTA
ATGTACCAGG TGTTTGACAA CATACTGAAT TACTTCGGTT TCAATAAAAA AGGAAAAACC
ATGGAAGAAT TAATGGTTGA ACCTTATACG CATAAAGAGG TTAAAGAATA TGAAATGGAC
CATGTCCATT AA
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| Protein sequence | MKITEISIKR PTLVIVVFTA LTLMGLLSYF SLSYELLPKF SNNVVSISTI YPGASPNEVE
NTVTKKIEDA VSSLENVKKI NSVSYESLSV VTVTLTDKAD VDLSLNDAQR KINAILADLP
EEVKPPSLNK FSLDDLPVIT MSASAKMDDA TFYDLIDKRI APVLSRVNGV AQVTLVGGQE
REIEVGLDAD KIQGYGLSVP QIQQAILTSN LDFPTGSVKT NSEDILIRLS GKYKNVDELR
NLVVATSKTG AQIRLSDVAD VQDAQKEVEK IARIDRKGAI AIQIIKQTDA NAVEVSKQMH
KVIANLMQDY KTNGLDIKIV NDSSIFTLES ADAVIHDLIL AIILVAFVML FFLHSLRNAA
IVMVSIPASL IATFIGISLF GYTLNLMSLL GLSLVVGILV DDAIVVLENI YRHMEMGKNR
VRAAFDATSE IGFTVVSITL VIVVVFFPIA VSTGLVSNIL RQFCVVVIIA TLLSLVASFT
IVPLLSSRFG KLERIEGKNI FGRFILWFEK QLHTFTVWIT GILTWTLRNK AVTIIGVFLL
LFSSCGLTIG GFIGTEFFPK SDKGEFLVQI ELPKDASLEK TNQFTQKAEE FLSTKPEITQ
MITTVGQASG DFGGTQATAY KSEINVKLVD RKDRKDESSI YATKVSRELA RHLVGANVKT
VPISILGIAE NAPIQLIVTG PDLDSVLRYA EAAKGVLSTI EGAAELKLSV EKGSPEINVQ
VDRDKMAALG LTLQTVGATM QTAFSGNTDG KFRKGEYEYD INIRYQAFNR KNIDDVRNLI
FVNANGQQIK LSQFADIKEG AGPSQLERKD KSTSVTVKAQ SIGRPTGTVV AEFGAKLEQL
EKEGKLKKPV GVNYVWGGDQ ENQSEGFGTL GIALLSSIIL VYLIMVALYD SFIYPLVVMF
SIPLSIIGAL LALALANQSL GIFTILGLIM LIGLVAKNAI ILVDFTNQMK AEGKTTHEAL
ILANHARLRP ILMTTIAMVI GMLPIALASG AGAEWKNGLA WVIVGGLTSS LFLTLIVVPV
MYQVFDNILN YFGFNKKGKT MEELMVEPYT HKEVKEYEMD HVH
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