| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Phep_1477 |
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| Symbol | |
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| ID | 8252578 |
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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 | 1752033 |
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| End bp | 1755407 |
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| Gene Length | 3375 bp |
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| Protein Length | 1124 aa |
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| Translation table | 11 |
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| GC content | 45% |
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| IMG OID | 644935131 |
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| Product | acriflavin resistance protein |
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| Protein accession | YP_003091753 |
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| Protein GI | 255531381 |
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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 | 4 |
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| Plasmid unclonability p-value | 0.415294 |
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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 | 19 |
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| Fosmid unclonability p-value | 0.236417 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGAAAGACA TAAATAAAGA ATTTAAGCCC TCCAGCTGGG CAATAGATAA CAGGACAGCA
ATTTATGTGT TTACCTGTTT GCTGGTCATT GCTGGTTATT TTTCTTACCA GAGCCTTCCG
AAAGAGAATT TTCCGGAAGT AATTATCCCA AAGATATTTG TACAGACCAT TTATCCGGGA
ACATCGCCTG CAAATATGGA AAACCTGGTT ACCAAACAGC TGGAAAAGGA GATCAGGGGC
ACCCTGGGCC TGAAAAAGGT GACTTCCAGT TCTTTTCAGG ATTTTTCGTT CATTACTGCT
GAGTTTAATA CCGGTGTGGA CATTAAAGAT GCCAAGCAGC GGATAAAAGA TGCGGTAGAC
AAGGCAAAGA CAGATCTTCC TTCTGACTTG CCGGACGATC CTGTAATTAT GGACATCAAC
CTTTCGGACC TGCCGATCAT GTACATCAAT ATCTCGGGTG ATTATGACCT TAAAAAGCTA
AAGGAATATG CAGATGACAT AGAAGACAGG GTTGAAGGAC TGAAGGAAAT TGCAGGAGTA
GATATTGTAG GTGCCCTGGA ACCGGAAATC CAGATCAATG TTGACCTGAA AAAGATGGAA
GCTGCACACA TTTCTTTCAA TGATATTGCA CAGGCCGTAA GTAAAGAAAA TAAGACCATA
TCCGGGGGCT CGGTAAAAAT GGATGGTATG CTGCGGACAT TAAATATCAA AAAAGAGTTT
AAAGACGCCG AAGAAATAGG AAATATGATC GTAAAAACGC CTACAGGCGG ATCTGTATAT
CTGAAAGATA TTGCCGAGGT GAAGGATGCG TTTAAAGAGC AGAAGAGTTA TGCCCGTTTA
TATGGTAAAA ATGTAATCAC ACTGAATGTC AGAAAGCGCA GCGGCGAAAA CCTGATCGAA
GCTTCGGACA AGATCAATGC GATGCTGAAA GATATGAAGG GGAAGGTGAT CCCTGAAAAG
CTGAACATTA CGATAACGGG TGACCAAAGC GACCAGACCC GGATTACGCT CCATGACCTG
ATCAATACCA TTGTTATTGG CTTTATCCTG GTTACCCTGA TCCTGATGTT TTTCATGGGG
GTAACCAATG CACTGTTTGT GGCATTGTCT GTTCCGTTAT CTATGTTCAT AGCCTTCCTG
TCCATGCCGG TATTAGGCGG TATATTCGAT TTTAACTTTA CCATGAATAT GATGGTACTG
TTTTCTTTTT TACTGGGACT GGGTATTGTA GTAGATGACG CCATTGTAGT GGTTGAAAAT
ACCCACCGTA TTTTTGATAA CGGGAAAGTA CCCATCGTAC AGGCAGCCAA AACGGCAACA
GGAGAAGTAT TTTTGCCTGT GCTTTCGGGA ACACTGACCA CACTGGCCCC TTTCTTTCCG
TTGCTGTTCT GGCCGGGAAT TATTGGCGAG TTCATGTATT TCCTGCCGGT TACGCTCATT
GTCACCTTAT CAGCCTCATT GGTTGTGGCT TATATCATCA ACCCTGTTTT TGCGGTTGAC
TTTATGAAGC CACACCACGA TCATGAAGAC CAGAAGCCCA CATTTAACAA AGCGGTAAAA
CGGACTTTGC TGATTTTTAC GGTATTGGCC CTGCTGGGTT ACCTGATTAA TTTTGGTGTG
GGTAATTTTG TGGTATTGCT GGCCCTGCTT TATTTGCTGA ACCATTTTTT CCTGATGGGG
CTGATCAAGA AGTTCCAGAC AGTTACCTGG CCAAAGGTAA TTAACGGCTA TCATAGCCTA
ATTACCTGGG CACTTAAACG CCCACGTACC ATGATATGGA GTACTGTTGC CTTATTTTTC
TTTACGCTGA TATTGGTTAG TGTGGTGCCG CCAAGGGTTG TGTTTTTTCC AACGGCAGAC
CCTAACTTTG TATATGTGTA TGTGGAACTG CCTGTAGGTA CCGATCAGGC CTATACCAGT
AAGGTTATTG ATCAGATAGA ACAGAAAGTG ACCCAGGTGG TTGGCCGCAA CAATCCCGAT
GTTTCTTCTA TCATTTCAAA TGTAACGGTG GGTGTAACCG ACCCACAGGG TGAGGACCAG
GGCGAGTATA GCAATAAGGG CAAGGTTACC GTAGCTTTTG TTCCCTTTGG CAAGCGTACC
GGGGAACGTA CGGTAAACTA CCTGGACAAA ATCCGTAATG CAGTAAAAGG TATCCCCGGT
GCCGAGATCA GTGTGGCCCA GGAGCAGGGT GGGCCGCCAA CCGCAAAGCC CATCAGTATT
GAAATTACCG GTGACGACCT GGATTCTATA GCGGTAACTT CGGACAGGTT AAAGAAGTTT
CTGGACAGCA GGCAGATTGC TGGTGTAGAG GAACTGAAGT CTGATTTCCA GAACAATAAG
CCCGAGATCA TTTTTGACAT CGATAGGGAA AGGGCAAACC GGGAAGGTAT TGCCACACAG
GATATAGGCT ATGCATTAAG GGCGGCACTT TTTGGTTTTG AGGTGTCAAA ATACCGCGAT
GTGAACGATG ATTATGAAAT CAACGTAAGG GCAATGGAGA CCCAGCGAAA TAACCTGGAA
GCTTTGAGGA ACATGAAGAT CACTTACCGG GATATGGGAA TGAACGGAAT CATCAGGCAG
GTGCCGATCT CTTCTTTTGC CAATATCGAT TATGTGAACA CTTATGGAGG CATTAAGCGT
AAGCAACAAA AAAGGATCAT TATTTTATCC TCTAATGTAT TGTCCGAATA CAATGCCAAT
GAGGTGGTGG CCAATATCCA GACAGAGATC AATGAATTTA AAGCACCTGA CGGCGTAGAA
ATAAAAATGG CCGGAGAACA GGAAGAACAG ATGGAAACAG CGGCTTTCCT GGGTACAGCG
CTGATCAGTG CCCTGTTCAT TATCCTGATC ATACTCGTGT TGCAGTTTAA CTCTATCAGC
AAACCTGTCG TGATCTTAAG CGAGATCCTG TTCAGTATTA TTGGTGTGTT GCTTGGGGTA
ACTATTTTTG GAATGGAACT GTCTATTGTG ATGACCGGAC TGGGTATTGT GGCCCTTGCG
GGTATTGTGG TACGGAACGG GATTTTGCTG GTCGAGTTTG CAGATCTGAT GGTGAGCCAG
GGCATGGAAG TTAGGGAAGC GGTAATTGAA GCCGGTCGTA CCCGGATGAC CCCGGTATTG
CTGACCGCTA CAGCAACCAT GCTCGGATTG ATCCCGCTTG CAGTAGGTTT AAATATTGAT
TTTGTAACCA TGTTTACAGA GCTCCATCCG CACCTTTATT TTGGCGGCGA CAATGTGGCC
TTCTGGGGAC CATTGTCGTG GACCATTATC TTTGGGTTAA GTTTTGCCAC TTTCCTGACC
CTGGTGCTGG TGCCCTGTAT GTACCTGGTG GCCGATAGGA ATTCGAAGAA ACTAAAGTCA
TGGTTTAAAA AATAA
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| Protein sequence | MKDINKEFKP SSWAIDNRTA IYVFTCLLVI AGYFSYQSLP KENFPEVIIP KIFVQTIYPG
TSPANMENLV TKQLEKEIRG TLGLKKVTSS SFQDFSFITA EFNTGVDIKD AKQRIKDAVD
KAKTDLPSDL PDDPVIMDIN LSDLPIMYIN ISGDYDLKKL KEYADDIEDR VEGLKEIAGV
DIVGALEPEI QINVDLKKME AAHISFNDIA QAVSKENKTI SGGSVKMDGM LRTLNIKKEF
KDAEEIGNMI VKTPTGGSVY LKDIAEVKDA FKEQKSYARL YGKNVITLNV RKRSGENLIE
ASDKINAMLK DMKGKVIPEK LNITITGDQS DQTRITLHDL INTIVIGFIL VTLILMFFMG
VTNALFVALS VPLSMFIAFL SMPVLGGIFD FNFTMNMMVL FSFLLGLGIV VDDAIVVVEN
THRIFDNGKV PIVQAAKTAT GEVFLPVLSG TLTTLAPFFP LLFWPGIIGE FMYFLPVTLI
VTLSASLVVA YIINPVFAVD FMKPHHDHED QKPTFNKAVK RTLLIFTVLA LLGYLINFGV
GNFVVLLALL YLLNHFFLMG LIKKFQTVTW PKVINGYHSL ITWALKRPRT MIWSTVALFF
FTLILVSVVP PRVVFFPTAD PNFVYVYVEL PVGTDQAYTS KVIDQIEQKV TQVVGRNNPD
VSSIISNVTV GVTDPQGEDQ GEYSNKGKVT VAFVPFGKRT GERTVNYLDK IRNAVKGIPG
AEISVAQEQG GPPTAKPISI EITGDDLDSI AVTSDRLKKF LDSRQIAGVE ELKSDFQNNK
PEIIFDIDRE RANREGIATQ DIGYALRAAL FGFEVSKYRD VNDDYEINVR AMETQRNNLE
ALRNMKITYR DMGMNGIIRQ VPISSFANID YVNTYGGIKR KQQKRIIILS SNVLSEYNAN
EVVANIQTEI NEFKAPDGVE IKMAGEQEEQ METAAFLGTA LISALFIILI ILVLQFNSIS
KPVVILSEIL FSIIGVLLGV TIFGMELSIV MTGLGIVALA GIVVRNGILL VEFADLMVSQ
GMEVREAVIE AGRTRMTPVL LTATATMLGL IPLAVGLNID FVTMFTELHP HLYFGGDNVA
FWGPLSWTII FGLSFATFLT LVLVPCMYLV ADRNSKKLKS WFKK
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