| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Ecaj_0048 |
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| Symbol | |
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| ID | 3618136 |
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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 | 58330 |
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| End bp | 60915 |
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| Gene Length | 2586 bp |
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| Protein Length | 861 aa |
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| Translation table | 11 |
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| GC content | 30% |
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| IMG OID | 637697982 |
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| Product | DNA polymerase I |
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| Protein accession | YP_302697 |
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| Protein GI | 73666681 |
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| COG category | [L] Replication, recombination and repair |
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| COG ID | [COG0258] 5'-3' exonuclease (including N-terminal domain of PolI)
[COG0749] DNA polymerase I - 3'-5' exonuclease and polymerase domains |
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| TIGRFAM ID | [TIGR00593] DNA polymerase I |
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Plasmid Coverage information |
| Num covering plasmid clones | 20 |
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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 | ATGCGTATTT TTACAGTTAT AGATGCTTAT GGATTGCTCT TTAGAGCGTA CTATGCATTA
CCAAATCTGA GTACATCCTA TGGATTACCT ATTGGTGGAG TTTATGGTTT TATCAACATC
TTTTTGAAAT ATATAGAAAA GCATTCAACT GATTATTTAG TTGTTGTATT TGATACTGGT
AGCAAAAATT TTCGTCATGA TATATATCCT GAATATAAAA GTAATCGTCC TAAACTTCCT
AACGATTTAA TATCACAATT TTCATTGTTA AGAGAGGCTG TTAGTGCGTT TAATATTGCT
TCTGAAGAAG TTATAGGGTA TGAGGCTGAT GATGTAATAG CAACTCTTAC TAAAAAATAC
AGTCAGTTAC AAGATGTGGA AGTAACAGTT GTAACATCAG ATAAGGATTT GCTACAGCTT
TTAAATTATG GTATTCGTAT ATTTGATCCA ATAAAAAATA GATACATTGA AGAAGAAGAT
GTACATAATA AATTTGGTAT TTCATCGAAT CAATTGTTGG ATTTTTTATC TTTAACTGGT
GATGCATCAG ATAATATACC TGGAGTACCA GGTATTGGTG TGAAAACTGC AGCAAAGTTG
CTTAATGATT TTGGATCATT AAATGATCTG TTACTACGTG CGCAAGAAAT TAAAACAAAT
AGGTGTCGAG AATCAATAGT GCAATATAGT GATCAAGCAA TATTGTCTCG TCAACTAGTA
ACTTTATGTG ATACTGTAGA TATATGTGGG GGTATAGAAA AGTATATTTT TCAAAATTCT
GAGATACATG AGCTGACTGC ATTTTTAAAG AAATATGAAT TACAATCGTT AATTAACAAA
GTTAATAAAA TTTTTAAGCA AAATGTTCCT TCTACTAATC GGAATCTTAA TAATAGTAGT
GACATTGTGA CAAGTGATAA AGCAATACAG TATTCTGCTG AAGGACTTAG TGTATTTATT
GAAAACTGTA AAAGTGAAGG GATAATAGCC TTGCATATAG AAATAGTCGA TAATTCGATT
GGTAGTATTT CTTTGTCTTA TAGGAAAGAG GTGTTTTTTT ACATTGATAA AGATCATGTA
GATGATGCAT TAGAGTTTAT TAAGCCAATA TTTAGCCTGG GTTACATATT AAAAGTAATA
TATGATGTAA AAACATTGTT AAAAATCATT CCTAATTTAG ATATTGTAGC TTTTAATGAC
ATTATGGTAA TGTCATATGT TTTAAATCCT GGTGTGCATG ATCATTCATT ACAAAATATA
ATCAGTTATA ATGTTGAGCA AAGCATTACT AATATGAATG CGGCAAATTT ATTATTGTTG
CATGAATTAT TGAGAAAAAG TTTGTTTGTA GATAGGCTGT ACACTGTTTA CGAAAGAGTT
GAAAAACCAT TGATTCGTGT GTTAGATAAT ATGGAAAAAA TAGGTGTATT AGTTAATGTT
GATGTTTTGA AAACATTATC AGCTACTTTT TCAGAAAAAA TCAATATGTT GGAAAGTGAA
ATATATAAGC TTTCAGGTGC AGAATTTAAT ATAGCATCCT CAAAACAGTT AGGGAATATC
TTGTTTGATA AGATGGGTAT CAAAAAAGGG AAGAAATTAA GTTCAGGTAA TTATAGTACA
GATGCTGAAG TGCTAAGTGA TCTTGCGTTT AATGATGTTG AAATAGCAGA CAAAATATTA
AAATGGCGTC ACTTGACAAA GTTAAAAACT ACTTATACTG ATGTTTTAGA GAAGCAGAAG
AATAGTAATA GTGGGAGAGT ACATACTTTT TATTCTATGG TATCTACTGC TACTGGTCGT
TTGAGTTCAA GTAATCCGAA TTTACAGAAT ATTCCAGTTA GAAGTGAAGA AGGTAATTCT
ATAAGGAGAG CATTTATTGC GAAAAAAGGA TATAAGTTGA TTTCTGCTGA TTATTCACAA
ATAGAATTGC GTATAATGGC GCATATAGCT GACGTACAAG CATTTAAAAA TGCATTTTTT
TTAAATCAAG ATATACATTC AATAACGGCA AAGCAGATAT TTAATACTGA AAAATTGGAT
AAAAATTTAA GAAGAAGGGC AAAGTCAATA AACTTTGGTA TAATTTATGG AATGAGTGCA
TTTGGATTGG CTAAACAACT TAGTATTTCT AGATCAGAAG CAAGTACATA TATCAACAAC
TATTTTAGAT CATATCCAGA AATTCAGTCT TATATGGAAA ATATTAAGGC TTATGCAAAA
ACTCATGGTT ATACTCGTAC CATTTTTGGT AGAAAATGTT TTGTAAAAGA TATTAATAGC
GATAATGTTA CAGCTAGGAA TTTTTCTGAG AGAGCAGCCA TCAATGCTCC ATTACAAGGA
ACATCAGCTG ATATCATAAA AATGTCTATG ATTCATTTGT TTGATAAATT GAAAAATGGT
TCACTTATAC TTCAAGTACA TGATGAGCTA CTATTTGAGA TTTTAGAAGA ACAAGTAGAT
GATGCAGTAA AAATAATAAG GGAAGTGATG GAGAATATAG TTAAATTGTC AGTACCATTA
AAAGTTGATT TTAATATAGG AGATAATTGG GCTGATTTGG TACCATATAA TAGCAGTACA
ACGTAA
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| Protein sequence | MRIFTVIDAY GLLFRAYYAL PNLSTSYGLP IGGVYGFINI FLKYIEKHST DYLVVVFDTG
SKNFRHDIYP EYKSNRPKLP NDLISQFSLL REAVSAFNIA SEEVIGYEAD DVIATLTKKY
SQLQDVEVTV VTSDKDLLQL LNYGIRIFDP IKNRYIEEED VHNKFGISSN QLLDFLSLTG
DASDNIPGVP GIGVKTAAKL LNDFGSLNDL LLRAQEIKTN RCRESIVQYS DQAILSRQLV
TLCDTVDICG GIEKYIFQNS EIHELTAFLK KYELQSLINK VNKIFKQNVP STNRNLNNSS
DIVTSDKAIQ YSAEGLSVFI ENCKSEGIIA LHIEIVDNSI GSISLSYRKE VFFYIDKDHV
DDALEFIKPI FSLGYILKVI YDVKTLLKII PNLDIVAFND IMVMSYVLNP GVHDHSLQNI
ISYNVEQSIT NMNAANLLLL HELLRKSLFV DRLYTVYERV EKPLIRVLDN MEKIGVLVNV
DVLKTLSATF SEKINMLESE IYKLSGAEFN IASSKQLGNI LFDKMGIKKG KKLSSGNYST
DAEVLSDLAF NDVEIADKIL KWRHLTKLKT TYTDVLEKQK NSNSGRVHTF YSMVSTATGR
LSSSNPNLQN IPVRSEEGNS IRRAFIAKKG YKLISADYSQ IELRIMAHIA DVQAFKNAFF
LNQDIHSITA KQIFNTEKLD KNLRRRAKSI NFGIIYGMSA FGLAKQLSIS RSEASTYINN
YFRSYPEIQS YMENIKAYAK THGYTRTIFG RKCFVKDINS DNVTARNFSE RAAINAPLQG
TSADIIKMSM IHLFDKLKNG SLILQVHDEL LFEILEEQVD DAVKIIREVM ENIVKLSVPL
KVDFNIGDNW ADLVPYNSST T
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