| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Ecaj_0658 |
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| Symbol | |
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| ID | 3617873 |
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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 | 923693 |
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| End bp | 926707 |
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| Gene Length | 3015 bp |
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| Protein Length | 1004 aa |
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| Translation table | 11 |
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| GC content | 31% |
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| IMG OID | 637698603 |
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| Product | phosphoribosylformylglycinamidine synthase |
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| Protein accession | YP_303288 |
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| Protein GI | 73667272 |
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| COG category | [F] Nucleotide transport and metabolism |
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| COG ID | [COG0046] Phosphoribosylformylglycinamidine (FGAM) synthase, synthetase domain |
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| TIGRFAM ID | [TIGR01736] phosphoribosylformylglycinamidine synthase II |
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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 | 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 | ATGATTATAA GAATCGGAGT AATAGATAAA GTACTCCCAG AACACTATAT GAGAACTAAT
GCTACAGTTT ATACGATAGA CATTAAACAT CATCTAAATA CAGAAACTAT TAATAAAATA
GGCTCACTGT TGACCAATCC AATAACACAA AAATTCTTTG CATTTATATA TGACATCAGA
GAATTGAATT ACAAAGAAAT AACTCACAAT ACTAATTACA ATCTACTCAA TACTTTCAAA
GCTACTTGGT CACTAGAGAA AGGCTTTTTA CCTAGAGTCA CAGATAATGT TGGCAATACT
ACTAAGTGCA TAATAAATGA AGCATTAGGA AATAACTCAG AAGTTAGTGT ATTTACTTCT
CAAGTAATAT TTGGGCAAGA ACCAATACCA CAAGAAGATG AAGTATCTAA ATTATTTAAT
TCATTAATAG AATACTGCAA ACTATCTATT GCAAAAGGAG AACTATTCCA AGTACAATTC
TTTGGAAATA AACAAATATT AGACCTAAAT AAAATCTATT CAAACCCTTC TAACAGCATA
TTTTTAATTC CATACATAAA ACACGAACAT CTTTTTCCAC AACAGAAAGC ACAAAATACA
TATGTAACTT CCGTAGATCT AAATATTCAA GACCACAAAC TAATACAAAT TAGCAAACAT
GGAATTAATA ACAGAGGTCC TTTAAACCTA TCATTGGAAG CAATGAAAGC TATTCAGGCA
TACTTTAAAA AAATTCAACG AAACCCTAAC GATATTGAAC TTGAAACACT AGCACAAACC
TGGTCAGAAC ACTGTAAGCA TAACATTTTC TCATCTCCTA TAGATGAAAT CACAGATGGA
CTATATAAAC ACTACATAAA ACGCGCAACA CAAGAAATAA ACTCAGAAAT ATGCGTCTCT
ACATTCTCTG ATAATGCTGG AGCAATAATA TTTGATGATA ACTTTATCAT AGCAGACAAA
GTAGAAACAC ATAACAGTCC TTCAGCACTT GATCCATTCG GAGGAGCAAT TACCGGAATA
TTAGGAGTAA ATAGAGATAT TATTGGATTT GGTAAAGGAG CAAAACCTAT ATTAAATGCT
TATTATTTTT GCTTTTCTGA ATCAGAGGAA GAATTATACA GAGATAAATC ATGCACAGTA
AAAGTACTAC CATCCGATGT AATAATGGAT GGAGTAATAA AAGGTGTAAA TTCTGGAGGA
AATTGTTCTG GAATACCAAC AAGTTTAGGA TCCGCATATT TTGATGATAG ATTCCGTAGC
AAACCACTTG TCTTTGTAGG ATGTACAGGT ATTATGCCAC GCACAATTAA CAATGCACTA
TCACATCTAA AAAAGCCAAA TAATGGAGAT TTCATAGTTA TCGCAGGAGG TAGAACAGGA
AGAGATGGAA TACATGGTGC TACTTTTTCA TCAAACGCAT TAACTGAACA TAATAGTAGC
AGTACAGTAG TACAGATAGG AGACCCTATA ACTCAAAAAA AATTATCTGA TGCAATAATT
AAAGAAGCAA GAGATTTAGA TCTATACAAC GCAATAACTG ATAATGGTGC AGGTGGATTA
TCTTCTTCTG TAGGAGAAAT GGGTAACAAT GGTTTTAGAG TAGAGCTAGA TAAAGTATTA
CTCAAACATG ATAATATGTT ACCTTGGGAA ATTTGGGTCT CAGAATCTCA AGAAAGAATG
ACGTTTGCCG TCCCTCCTAA TAAATTTACA ATGTTTGAAA AAGTAATGAA AAAGCATGAC
GTAGAAATCA GTATAATAGG AGAATTCAAC AACACTAATA AAGCTGTAGT ATTATATAAA
GGCTCTGTGA TCATGGATAT GGATGTAGAT TTCTTGCATA ATGGTGTTCC AAAAATCCAT
TTACAAACTA ATTCATATAC ACAAACTATA GAATCAATAC CTAATAAAAA GTTTAATAAA
CCATTAGCAG TTGAATTAAA TGAGATCATA CAGAGAATGA ACATATGCAG TAAAGAATTT
ATATCTTTAC AATATGATCA TGAAGTACAA GGAACATCAG TAATAAAACC TCTTCAAGGC
AAAGGCAGGG TAAATGGAGA TGCAACAGTT ATTAGACCAA TATTATCATC AAACAGAGGA
ATAGTAAAAT CACAGGGGTT AGGATCAAGC TATGGAGAAA TAAGCACATA TCATATGGCA
GCGTGTGCAA TAGATACTGC TATACGTAAC TACGTTGCAG TAGGAGGAAA TTTCAATCAT
TTAGCATTAT TAGATAATTT CTGTTGGTGT GATTCAACAA ATCCACAAAG ATTATGGCAA
TTAAAAAATG CAGCAAAAGC ATGTTATGAC TATGCTGTAG CATTTAAAAC ACCTTTTATC
TCTGGTAAAG ATAGTATGTT CAATGATTTT AAAGGATACA ATAAAAAAGG AGAAGAAATT
ACTATTTCTG CACCACCTTC ACTTTTAATT TCTACAATTG GAATTATAGA AAATGTAGAA
AACGCTGTGA CACTTGATGT AAAAAGCCCT GGAGATTTAA TATATATTTT AGGTATTACC
TACAATGAGC TTGGAGGTTC AGAATATCAA AAATACACTG GTATAGAAAA TAATAATGTA
CCACAAGTAC ACGCTGAACA TGCTAAAAAA TTATATACAT CTTATAACAA AGCAATTAGT
GCAAACCTTA TAGCATCAGC CATTGCTATT AATCTAGGAG GTATAATAAT TAGCTTAGTT
AAATCACTCA TTGGAGGACA ACTTGGAGCT GAAATTAGTT TATCATCAAT ACCAATATGT
AACATTGAGA ACAATCATTT ACAAGAAAAA GTTATCTTGT TCTCAGAATC ACAAAGTAGG
ATCTTAGTAA CAGTAAACGA AAACAAAAAA CAAGAGTTTG AAACAATATT CAAAAACATT
CCACATGCAA ACATAGGTAA AGTCACATCT ATAAATACTC TTATTATAGA TAATATGTGC
TCCATTGATT TAAACATGCT TGAATATAGT TATAAAAAAT TTAGCAACAT GAAGATACAA
TCATATGCAA CATAA
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| Protein sequence | MIIRIGVIDK VLPEHYMRTN ATVYTIDIKH HLNTETINKI GSLLTNPITQ KFFAFIYDIR
ELNYKEITHN TNYNLLNTFK ATWSLEKGFL PRVTDNVGNT TKCIINEALG NNSEVSVFTS
QVIFGQEPIP QEDEVSKLFN SLIEYCKLSI AKGELFQVQF FGNKQILDLN KIYSNPSNSI
FLIPYIKHEH LFPQQKAQNT YVTSVDLNIQ DHKLIQISKH GINNRGPLNL SLEAMKAIQA
YFKKIQRNPN DIELETLAQT WSEHCKHNIF SSPIDEITDG LYKHYIKRAT QEINSEICVS
TFSDNAGAII FDDNFIIADK VETHNSPSAL DPFGGAITGI LGVNRDIIGF GKGAKPILNA
YYFCFSESEE ELYRDKSCTV KVLPSDVIMD GVIKGVNSGG NCSGIPTSLG SAYFDDRFRS
KPLVFVGCTG IMPRTINNAL SHLKKPNNGD FIVIAGGRTG RDGIHGATFS SNALTEHNSS
STVVQIGDPI TQKKLSDAII KEARDLDLYN AITDNGAGGL SSSVGEMGNN GFRVELDKVL
LKHDNMLPWE IWVSESQERM TFAVPPNKFT MFEKVMKKHD VEISIIGEFN NTNKAVVLYK
GSVIMDMDVD FLHNGVPKIH LQTNSYTQTI ESIPNKKFNK PLAVELNEII QRMNICSKEF
ISLQYDHEVQ GTSVIKPLQG KGRVNGDATV IRPILSSNRG IVKSQGLGSS YGEISTYHMA
ACAIDTAIRN YVAVGGNFNH LALLDNFCWC DSTNPQRLWQ LKNAAKACYD YAVAFKTPFI
SGKDSMFNDF KGYNKKGEEI TISAPPSLLI STIGIIENVE NAVTLDVKSP GDLIYILGIT
YNELGGSEYQ KYTGIENNNV PQVHAEHAKK LYTSYNKAIS ANLIASAIAI NLGGIIISLV
KSLIGGQLGA EISLSSIPIC NIENNHLQEK VILFSESQSR ILVTVNENKK QEFETIFKNI
PHANIGKVTS INTLIIDNMC SIDLNMLEYS YKKFSNMKIQ SYAT
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