| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Ecaj_0297 |
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| Symbol | |
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| ID | 3617682 |
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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 | 445901 |
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| End bp | 449293 |
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| Gene Length | 3393 bp |
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| Protein Length | 1130 aa |
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| Translation table | 11 |
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| GC content | 30% |
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| IMG OID | 637698242 |
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| Product | hypothetical protein |
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| Protein accession | YP_302942 |
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| Protein GI | 73666926 |
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| COG category | [E] Amino acid transport and metabolism
[R] General function prediction only |
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| COG ID | [COG0493] NADPH-dependent glutamate synthase beta chain and related oxidoreductases |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 9 |
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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 | ATGTTAAACT TTGAACTTAC TGTACAGAAT TTATATACCA GAGAAGGTTT AGTAAAACTA
GATAACCTAT TTTTATGCTA CCTACAATCT CACAACCAAA ACTTATATGA CACACTAATC
AGAGAACGAA ATAATGAAAG TAAATCTAAT AACACATCAT GCATTATTAT AGAACTTTCA
TATATAGTTG AAGATTTTAT ATCAAAATTA TTTAGCATTG AAAATGAAAT AATAATACAA
CAGAATACAC ATAAAGAATT TTCAGAAATA TACAAATGTA AAAGATTATT CATACAACGT
TATGCTTTAA AAAAATATCC AGATATAAAC AGCTTAAACA TATCAGAAAT CACAGAACAA
ATAAGAGAGT TATTCCTATT CCCTATTGAA GACAAAAAAT TTGCAAAACA AACACTATTA
TGGCTAGAAG ATAAAGAAAA TCATTCAGAA AAACTAGATA TTACAGCTAG ATATGCTGCA
TATATGATAC ATTCAGGATC ACATAGCATT CTATTTAGTG TACCTAACAA AACAGACGTT
TATAACTTAG TCCCAACAAT CACAAAAACT GTTAATAATG ACACAATTGC AATGACATCA
AAACGCATTA AACGTAGAGA TGGATTTAAT CTTACACACA AACAACCTAC TTTATATAAT
GCTTTAAATA ATTCTCATTA TTGCATTTTT TGCCATAAAC AAAATAAAGA CAGTTGCTCA
AAAGGATTAT TAGAAAACAA CAATGAATTT AAGAAATCAA TACTATCAAC AGAATTACAT
GGGTGTCCTT TAGAACAAAA AATCTCAGAA ATGAATCTAG TAAAATCTCA AGGCTACCCT
ATAGCAGCAT TAGCAATCAT CATGATTGAT AATCCATTAT GCATCCTAAC AGGATATCAC
ATTTGTAATG ATTGTACTAA ATCATGCATT TACCAAAAAC AAGATCCTGT TGATATACCA
ATGGTTGAAA CTCAAATTAT CGACAATGTA CTAAGTTTAC CTTACGGATT TGAAATATAT
TCATTACTTA CTAGGTGGAA TCCTATAAAT TTTGAACGTC CATTACCTAA AACTAATACA
GACAAAAACG TACTAGTTAT AGGGCTAGGT CCAGCAGGAA TTAACTTGTC ACACCACTTA
TTAAATGATG GACATACTGT TATTGCAATA GAAGGACTTA AAATAGAACC TCTTCCAGAA
AATATTTCTG GAGTTACTCA ATCCGGAGAA AAAACAGAAT TTAATTTAAT TAAAAATGTA
GAGACTGAAC TATATGACAA TTTAAGTGAG CGCACACCTT ATGGATTTGG AGGAGTATCT
GAATATGGTA TTACAGCAAG ATGGAATAAA AACTACTTAA AAATAGCCAG ATTAATATTA
GAAAGAAGAA AAAATTTTTC AATGTATGGC GGAGTAAGAT TTGGTAGTAC ATTAACAATA
GAAAATGCTT TCGAGATAGG ATTTCATCAT ATTGCTCTTG CAACAGGATC TGGCAGTCCT
AATATAATCA ACATACCTAA CTCCTTAGCA AGAGGAGTAC GTATGGCATC AGATTTTCTA
ATGTCATTAC AACTTACTGG TGCTGCAAGA GCAACTTCGA TTGCAAATTT ACAAATTAGA
ATGCCAATCA TTGTTATAGG TGGAGGATTA ACAGCAATAG ATGCAGCAAC AGAAGCTCTT
GCATACTATC CACTACAAGT AGAAAAATTT CTTACAAGAC ATGAAGCACT GATAGAAAAT
TATGGTAAAT CATATATTGA ACAAAACTGG ACAGAAGAAG AAAAAATTAT TGCAAACGAA
TTCTTAAATC ATGCGATGCA AATAAGAAAA GAAAAAACAT TAGCAAAAAT AGAAAACAGA
CAAGCAAAAA TTATAGAATT ATTACAATCA TGGGGAGGAG TCACTATTGT CTATAGAAAC
AAGTTATTAC ATGCACCAAG TTATAAACTA AATAGCTATG AAATAAACAA TGCACTTGCA
GAAGGAATAT ACTTTATAGA AAATCTACAA CCATATGAAA TGATAACAGA TCAGTACAAT
CACATAAGCA ACATTAAATT TACTGATCAG TATAATAACA AAAAAACACT CAATGCGAAA
ACAATTATAA TAGCAGTAGG TACTAAACCA AACTTAACAA GTATAAAAGA AAACCAACAA
TTTTGTGGAT TGGATCAAGA TTTTACCCAT ACCTTTGATT TACAAGGCAT AAGTACAAAA
ATAACAACAT CTCCAAAATT CACAAAAAAA GATAGCATAT TCATATCACC TGACAAAAAA
ATCAGTATTT TTGGAGATCT CCATCTACCA TATAGAGGAA GTGTCGTTAA AGCAATGGCA
AGCGCTAAAA ATGGATATCC AATTATAACA AAAGTATTAA ATCAGTGCCC ACCATCAAAA
TATACTAATT TACTTACAAC ATTAAACCAC AAATTAAAAG CATATGTAAT AGATATAGAA
AACATTACAA AGACTATTAC TAAACTTACC ATTTTAGCAC CTCTTGCAGC AGCTAATTTT
AAACCTGGAC AATTTTACAG GTTACAAAAC TTCGAATACA ACAGTTTAAA CACAGAAAAT
ACACAATTAT CAATGGAAAG CATAGCATTA ACAGGAGTTT CAGTAGATAA AAGCAAAGGA
CTAATCTCAA CTATAGTACT GAATACAGGA GGATCTAGTC ACTTATGCAA TTACCTTAAA
AAAAATGAAC CAATCATTTT CATGGGGCCA ACTGGTACTC CAACAGAAAT TCCTCACAAT
CAAAATATAA TGTTAATAGG TGGAGGAGTA GGTAATGCAG TGTTATTTTC AATAGGCAAA
GCATTATTAT CAAACAATTG CAAAGTTCTA TATTTTGCAG GATATAAAAA AGTAGAAGAT
GTATTTGAAA GATCATCTAT AGAAGAATCA TCAAGTACTG TAGTATGGTG TTGTGATGAA
ACCAAGATTG AACCTAGAAG AACCCAAGAT AAATCTTATC AGGGCAATAT CATAGATGCA
ATTCTTCAAT ACAACAACAA TTTATCAGAA ACTAGCGACA TACCATTACA TTCTATAGAC
AGAATTATAA TTATTGGATC AAGCTATATG ATGGATGCAG TATCATATTC TATATTCAAT
CAATTACAAA CTCTTTTCAA AAAAGAAGTT AAAGTTATAG CTTCAATTAA TTCTCTTATG
CAATGTATGA TGAAAGAAAT ATGTGCTCAA TGCTTACAAA AACACATTGA TCCAATAACA
AAACAAGAAA GTTTTGTGTA TAGTTGCAAT AATCAAGATC AATATGCAAA CTACGTGGAT
TTCAAATTCT TAAATGAAAG ACTTAAACAA AATACTTTAC AAGAAAAATG CACTAAACAA
TGGATAAAAC ATTGCTTACA TAAGCTTAAA TAA
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| Protein sequence | MLNFELTVQN LYTREGLVKL DNLFLCYLQS HNQNLYDTLI RERNNESKSN NTSCIIIELS
YIVEDFISKL FSIENEIIIQ QNTHKEFSEI YKCKRLFIQR YALKKYPDIN SLNISEITEQ
IRELFLFPIE DKKFAKQTLL WLEDKENHSE KLDITARYAA YMIHSGSHSI LFSVPNKTDV
YNLVPTITKT VNNDTIAMTS KRIKRRDGFN LTHKQPTLYN ALNNSHYCIF CHKQNKDSCS
KGLLENNNEF KKSILSTELH GCPLEQKISE MNLVKSQGYP IAALAIIMID NPLCILTGYH
ICNDCTKSCI YQKQDPVDIP MVETQIIDNV LSLPYGFEIY SLLTRWNPIN FERPLPKTNT
DKNVLVIGLG PAGINLSHHL LNDGHTVIAI EGLKIEPLPE NISGVTQSGE KTEFNLIKNV
ETELYDNLSE RTPYGFGGVS EYGITARWNK NYLKIARLIL ERRKNFSMYG GVRFGSTLTI
ENAFEIGFHH IALATGSGSP NIINIPNSLA RGVRMASDFL MSLQLTGAAR ATSIANLQIR
MPIIVIGGGL TAIDAATEAL AYYPLQVEKF LTRHEALIEN YGKSYIEQNW TEEEKIIANE
FLNHAMQIRK EKTLAKIENR QAKIIELLQS WGGVTIVYRN KLLHAPSYKL NSYEINNALA
EGIYFIENLQ PYEMITDQYN HISNIKFTDQ YNNKKTLNAK TIIIAVGTKP NLTSIKENQQ
FCGLDQDFTH TFDLQGISTK ITTSPKFTKK DSIFISPDKK ISIFGDLHLP YRGSVVKAMA
SAKNGYPIIT KVLNQCPPSK YTNLLTTLNH KLKAYVIDIE NITKTITKLT ILAPLAAANF
KPGQFYRLQN FEYNSLNTEN TQLSMESIAL TGVSVDKSKG LISTIVLNTG GSSHLCNYLK
KNEPIIFMGP TGTPTEIPHN QNIMLIGGGV GNAVLFSIGK ALLSNNCKVL YFAGYKKVED
VFERSSIEES SSTVVWCCDE TKIEPRRTQD KSYQGNIIDA ILQYNNNLSE TSDIPLHSID
RIIIIGSSYM MDAVSYSIFN QLQTLFKKEV KVIASINSLM QCMMKEICAQ CLQKHIDPIT
KQESFVYSCN NQDQYANYVD FKFLNERLKQ NTLQEKCTKQ WIKHCLHKLK
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