| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Ecaj_0469 |
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| Symbol | |
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| ID | 3618037 |
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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 | Ehrlichia canis str. Jake |
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| Kingdom | Bacteria |
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| Replicon accession | NC_007354 |
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| Strand | - |
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| Start bp | 685003 |
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| End bp | 688119 |
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| Gene Length | 3117 bp |
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| Protein Length | 1038 aa |
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| Translation table | 11 |
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| GC content | 28% |
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| IMG OID | 637698413 |
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| Product | acriflavin resistance protein |
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| Protein accession | YP_303104 |
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| Protein GI | 73667088 |
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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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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 8 |
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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 | ATGAGAAAGA TTGCTGAAAT ATTTTTACGT AGAAATAGAG TATCAATATT TCTATTAATG
ATGATATTGG TATTTGGTTG TTATTCTTAT TTTAACATTC CTAAAGAAAA GAATCCTGAA
ATTAAAAAAC CTATTTTATC TATCTATACT ACATTACAAG GTATGTCATC TGAAGATGTA
GAGAAGCTAT TAGTATATCC TATTGAACGA GAAATGAAGG CTATTAAAGG TATTAGTAGA
ATTAGTTCAG TAGCTAAAAC TGGATATGCA AATGTAATAT TGGAATTTAA TACAGGGTTT
GATTATAAAG AAGCTTTGGA AAATGTTAGA TCAAAAATTG ATATAATACG TGCTAAATTG
CCTCAAGAAG CAACTTTTCC TATGATAAGT GAACACAATT TCAGTTTATT TCCAGTATTA
AGTATCGCTT TAATTGGTGA TTTACCTGAT AGGACATTGT TTAAAATTGC GCGTAATTTA
CAATCAAAAT TAGAAAGTTT GCCTAGTATA GAAAGTGTTA AAATTATAGG GAATAGTAAA
GATATAGTTG AGGTAAATAT TTCTCCTGAT GTTATTAATA GCTATAACTT ACAAATGCAA
GATGTAGTAA TGGCTATATT AAATAATAAT CAGTTTGTAA ATGCTGGAAA TTTGGATTCT
GTGATTGGTA AATATACATT GCATTTGCCG GGTCTTTTAA AAAATGTTCA AGATATTATG
AATATACCAA TCAAAACGGA TGGGTATTCT GTAGTAACTA TTGGTGATGT TGCTAATATA
AAACTTGTAT ATCAAGATAA TAAAGAATTT GTTAGAGTAA ATCATCATCC ATGTTTAGTG
TTAGAAATAT CAAAGCAAGC GGGTAAAAAT ATTGTTGAAA CTATATTTCA GGTAAAAGGA
CTTATAAGTA ATTTAAGTGA TGTGTTACCA AAAAATTTAT CAATTGTTTA TTTGCAAGAT
GAATCAGAAG AAATACTAGA TATTTTGAAT GAGTTACAGA ATGCTATTTT GATTTCAGTT
TTACTTGTTG TGATCATTAT GATGATATTT ATGGGTACTA AGACTGCGTT GTTAGTTGCT
ATATCTATAC CTGGATCTTT CCTATTTGGT ATGATCATCA TGTATTTTCT AGGTTATACT
TTAAATATAG TCATTTTATT CTCTTTAATT ATGGCTGTTG GAATGCTAGT TGATGATGCA
ATAGTTGTTA CAGAATATGC TGATAGAAAA ATGATTGATG GATTGAATAA AACTGAAGCA
TTTAAACAAG CTGCATATGA TATGTTTTGG CCTGTTGCAT CCGCTACTTT AACAAAATTA
GTGGTATATA TTCCATTGTT ATTTTGGCCT GGAACTACTG GTGAGTTCAT GAAATATATT
CCAATTGCAT TAATTACAAC TTTAAGTGGT TCGTGGATTA TGGCATTGAT TTTTATTCCG
GTTTTAGGAT CTATTATTGG AACACCATCC GTTACTGATA AAAAAAATAT AGCGAAGATT
GTAGCGATAA GTACTGGTGA TTTTATAAAA TTAGGCAGTT TTATGAGGGG TTACAGTCAG
CTTTTAAAGT ATATACTTGA TCGTCCTAAG AAATTTATTT GTATAGTAGT TAGTATATTA
TTTTCCTCTA CTTTAGGATA TTTTATAGTC GGTCCAGGTA TAGAATTTTT TCCAGATATT
GAATCAGAAA GGATGCTTAT CACGATAAGA TCAAGTAATA ATTTATCTGT TAATGAGAGA
GATAATATAT TAAAAGAAAT TGAAAAGAGA ATTTGTAATG TAAGTGGAAT AAAATTTATT
TATGCAAAAG CTGGCTTGTT TGAGTATTCA CTAGATGTAG ATGATATTAT TGGGAAGATT
CAGGTAGAGT TAGAAAAATG GTCTGTGCGT AGAAAGTCTG AAAAAATATT AACTGAAATA
AAGAGTAAGT TACAAGATAT TAAAGGTATT ATTATAAACA TTGCAGAAGA TAAAATGAAG
CCTGTTATTG GTAAACCAAT ACGTATTGAT GTTAGTTCTT ATAATGTTGC TAAAGTTAAT
GATGTGACAA ATAAAATAAT GTCTATTATG AATAACTCTT TAGGATTTGA AAATGTTACA
GATAATAGGC CATCTTTAGA AATAGAATGG AAAGTTGATG CTGATAAACA TAAAGCGATA
AAATCTGGTG TTGATATTTC TATGATTAAT AGATTTATAA AAATGATAGC TGGAGGAGTA
TTATTAAATA AATATCATCC AGATAATGTT GATGATGAAG TAGATATTGT TGTTAAATTT
CCTAAAGAAT ACCGTAGTTT AAATACATTA AATAATCTGT TTGTTAGTAG CTTCAATGGG
TATACTGCTG TTAGTAATTT TGTTGTTTAT AGACCTCAAT ATAAAGAGGG AAGGATAAAT
CATGTTGATG GTATGAGGAC AGTAAGTATC ACTTCTGATT TATCTCAAGG GTATTTATTA
GAAAAAATGG TAAGTTTTTT AAAACAAAAA TTTAAAGAAG ATATTGATCC AGAAGTGCTG
GTTGAAATAA AAGGAGAAAT AAAAGATCAA GAAGAATCAC AAGGATTTTT AATTAAAGCA
TTTTTTGTAA TAGTATTACT TATTATGCTA ATTCTAATTA CTGAATTTAA TAGTATTTAT
GATGCATTGA TTATTATGAC AGCAATTTTT CTATCAACTA CTTGTGTGTT TTTTGGGTTT
TTCATTACAG GTCATGTTTT TTCTGTAGTT ATGGGTGGAG TAGGTATTAT TGTATTGGCT
GGTGTAATAG TAAATAATAA TATATTACTT CTTGATGCTT TTTATATTAA TATGAAGAGT
ATTTGTGATA AAAAAGATGC TATAATAATG GCAGCTTTAT CTAGAGTAAG ACCAATATTA
TTGACAGTTG TTACTGGAAT TATTGGGTTG GTGCCTATGA TATTGCGTAT AAATTTTGAT
TTTATCAATC GGCAAATTAT TTGTAATTCA CCATCAAGTC AGCTATGGTT TGAATTATCT
TATACTATAG CTATTGGGTT GTTTTTAGCT ACTATTATTA CTTTATTTTT CACTCCTGCG
TTGCTTATGA TTGGGAAATA TAATAAAATT AATAAGTCAA TTATAAAGGG AAATTAG
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| Protein sequence | MRKIAEIFLR RNRVSIFLLM MILVFGCYSY FNIPKEKNPE IKKPILSIYT TLQGMSSEDV
EKLLVYPIER EMKAIKGISR ISSVAKTGYA NVILEFNTGF DYKEALENVR SKIDIIRAKL
PQEATFPMIS EHNFSLFPVL SIALIGDLPD RTLFKIARNL QSKLESLPSI ESVKIIGNSK
DIVEVNISPD VINSYNLQMQ DVVMAILNNN QFVNAGNLDS VIGKYTLHLP GLLKNVQDIM
NIPIKTDGYS VVTIGDVANI KLVYQDNKEF VRVNHHPCLV LEISKQAGKN IVETIFQVKG
LISNLSDVLP KNLSIVYLQD ESEEILDILN ELQNAILISV LLVVIIMMIF MGTKTALLVA
ISIPGSFLFG MIIMYFLGYT LNIVILFSLI MAVGMLVDDA IVVTEYADRK MIDGLNKTEA
FKQAAYDMFW PVASATLTKL VVYIPLLFWP GTTGEFMKYI PIALITTLSG SWIMALIFIP
VLGSIIGTPS VTDKKNIAKI VAISTGDFIK LGSFMRGYSQ LLKYILDRPK KFICIVVSIL
FSSTLGYFIV GPGIEFFPDI ESERMLITIR SSNNLSVNER DNILKEIEKR ICNVSGIKFI
YAKAGLFEYS LDVDDIIGKI QVELEKWSVR RKSEKILTEI KSKLQDIKGI IINIAEDKMK
PVIGKPIRID VSSYNVAKVN DVTNKIMSIM NNSLGFENVT DNRPSLEIEW KVDADKHKAI
KSGVDISMIN RFIKMIAGGV LLNKYHPDNV DDEVDIVVKF PKEYRSLNTL NNLFVSSFNG
YTAVSNFVVY RPQYKEGRIN HVDGMRTVSI TSDLSQGYLL EKMVSFLKQK FKEDIDPEVL
VEIKGEIKDQ EESQGFLIKA FFVIVLLIML ILITEFNSIY DALIIMTAIF LSTTCVFFGF
FITGHVFSVV MGGVGIIVLA GVIVNNNILL LDAFYINMKS ICDKKDAIIM AALSRVRPIL
LTVVTGIIGL VPMILRINFD FINRQIICNS PSSQLWFELS YTIAIGLFLA TIITLFFTPA
LLMIGKYNKI NKSIIKGN
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