| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CBUD_1315 |
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| Symbol | |
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| ID | 5458003 |
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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 | Coxiella burnetii Dugway 5J108-111 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_009727 |
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| Strand | + |
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| Start bp | 1312713 |
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| End bp | 1316045 |
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| Gene Length | 3333 bp |
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| Protein Length | 1110 aa |
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| Translation table | 11 |
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| GC content | 42% |
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| IMG OID | |
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| Product | ATP-dependent nuclease subunit A |
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| Protein accession | YP_001424668 |
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| Protein GI | 154707778 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | |
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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 | ATGAACGACA AAATCATTCG ACAACAAGCG TTAGATCCGC AGCAATCTTT TATTGTTCAA
GCGCCGGCCG GATCGGGTAA AACTGAGTTA TTAATTCAAC GCTTCCTGAA ATTATTAGCC
ACCGCCAAAA TGCCGGAAGA AATTATCGCA ATTACTTTCA CGCGTAAAGC AGCCGCTGAA
ATGCGCGAAC GCATTATCGC TGCGCTTAAC GAAGCACAAA CCCAACCGGC TCCATCTGAC
TCCCACAAAA AGCTTACGTG GACGTTAGCC AGAAAAGTTA TCGAACGTAA TCAGCATTAT
GACTGGCAAT TAGATATGAA TCCCAATCGT TTACGTTTAT TAACTATCGA TGCGTTAGCC
AACCAAATCT GTTCTCAGAT GCCTATTCTT TGCGGATTCG GCGCTCCGCC TTCCACATTA
GAACCCGAAG AAATTGTTGA GTTTTATCGC GAAGCCGTTA TTAGACTTTT CGAGTCCGAG
GAACATGCGG ACACCATCGA GGAATTATTG CTGCACCTCG ATAATAAAGC GGAATCGTTA
GAAACATTAC TAATTAAAAT GCTAATTCGC CGTGAACAGT GGTTGCCTCA TATTATTAAT
CATTATCGAA ATCCCAATGC CATCAAAAAC GAGCTAGAAA AAGCATTAAC CACAATAACA
CTGGATGCAT TACAGACAGC GCGAATGCTT ATTGATCCTT CCACCGCAGA CGAGCTGGTT
TCTCTCGCTC AATTCGCGGG TCATAATTTA CATAAAATAA AGCCCACTGA AGCCATTAGC
GCTTGTCACG CGCTAACAAC GTTACCAGGA GTCGGCATTG ATGAGGCTGA CTTATGGCGA
GGCATAGCAA CGTTATTTTT AACTAAAGAG GGTCTTTGGC GAAAAAAATT AGATAAAAAC
GATGGTTTTC CTGTCGAAGA TAAAAAACAT AAACAGCGAA TGAAAGATTT ATTATCTCAA
TTAAATAAAA ACGAAAAGCT CCGACTGGCG TTGAACGAAG TAAAAAACTG CCCTCCAATC
GCTTACACTG AAAAACAATG GAACATCATC CATGGTCTCG TGAGCATATT GCCTATTTTA
ACAGCGCAAC TCAATGTTAT TTTCCAAGAG CGCAATGCAG TCGATTTTAC GGAAGTTACA
TTAGGCGCTA TCCGTGCTTT AGGCGATAGC GAGCAGCCCT CCGATTACGC TTTGCAGCTC
GATGAACAAA TCCAACATCT TTTAATAGAT GAATTTCAAG ATACGTCCAT TATTCAATTT
CATCTTATTG AAAAGCTCAT CACCGGCTGG CAACCGAAGG ACGGCCGGAC ACTTTTCTTA
GTCGGTGATC CAATGCAATC CATTTATCGT TTTCGTCAAG CCGAAGTGGG ATTATTTTTG
CAGGTGAAAA ACGAAGGCCT TGGTGAAATT CAATTAACGC CTCTCACCTT GCGGAATAAT
TTTCGCTCTC AAAAAAATTT AATCGATTGG TTTAACCAAA CGTTTGAACC CACTTTTCCC
AAAGAAGAAA ACAGTCACTT AGGTTCCATT TCTTATTCTC ATTCTTTTGC AACTAATAAC
AGCATCAACC AAAAAAATAT TAATTTTTAT TCACTCCTAA ACGCAAATGC CTTGAATGAA
GCCACACAAA TTGTAAAAAT TATCCAAGGC TGCCGGAGCG AAAACCCCGA AAAGACTATT
GCGATATTGG TTCGCTCCCG TTCCCAATTA ATAGAAATTA CGCCGGCGCT CAGAAGTGCA
GATATTCCTT TTCACGCTGT AGAAATCGAA AAATTAGCGC ATCGCATCGA AATACAAGAC
CTACTCTCGC TCACTCGCGC ACTCCACCAC CTTGGCGATC GCATCGCCTG GCTCGCATTG
TTGCGCGCTC CGTGGTGCGG CCTGACACTG CAAGATCTGC ACGCCGTGTC ACGCTACGCC
AACGATAAAC CCATCTGGGT CGCCCTTCAA AATGCCAGCG AAATAGCCGT GCTCACTTCC
GACGGGAAAA ATCGTATTAA TCGCATTTTT TCAATTTTAT CTGCCGCTTT TGATAATCGT
GATCGGCTGT TGCTCGCTCA ATGGATTGAA GGCATTTGGA CGGCCTTAGG TGGCCCCGCT
TGTTTATCGA ATTCAACCGA ATTAATGAAT ACGCAAGCTT ACTTTCAATT GTTAGAAACA
TTAGAAAATG ATTTTACCTT GGAGCGTCTA ACTCAAAAAC TTAACCAACT GTATGCTCAA
ATTGATACCG ATGCTAAAAA TCCCATTCAA ATTATGACTA TTCATAAAGC GAAAGGATTG
GAATTCGATC ACGTCATTTT ACCCGGCTTG GAAAAAAGAC CCCGTTCGGA TGATCACGAC
TTATTATTGT GGCTCGAACG CCACACAAAA GCGGGCAATA ACGAGCTTAT TTTAGCGCCA
CTTAAAGCCG CTTCCGAAAA AGCCGACCCT GTTTATAATT ACCTTAAGCG AATCGAAAAA
GAAAAAACAA CGAATGAAAT TACCCGTTTG TTATACGTCG CAGCCACTCG TGCTAAAGAA
AGTTTTCATC TGCTAACCTC ACTCAATAAA GAAGATCCCC AATCCCCTAT CAAATTGCCC
CCAAAAGGGA GCTTCGCAGA AATTTTATGG CCCGTCTGTC AAGAAGCCTT TGAGCAATCC
ATTATTATTT TTGACGATAC TTTGCCTTCA CAAAAGGGGG GCTTAAAATT ATTACGTCGT
TTAACTAGCG ATTGGGCGCC ACCATTTATT TTAAAAACTC TACCCTCCGC CGAGTCGAAA
CCCCTTACCC CTTTTACCCC GGCTTCTAGC AAGCGTCTCG GAATCGTCAT TCATGAAACA
TTAGAAAGAA TAGCGAATGA AGGTCTGGAA AGCTGGGATA AAGAACGAAT TGAAAATAAT
AAATCTTTTT GGCAACGCCG ATTGATACAA CTTGGCACCT CCCCCGAGCA ATTGGCCCAT
TACCTGAATG GCATTATAAC CGCTGTCTCC CAAACGCTCT GCGATGCTAA AGGGCGATGG
ATTTTATCTC ATCGACACAA CCAAAAAAGT GAATACCCTA TTACTCTAGT AGAGGATAAA
AAAATCAAAC ATTTTATTAT TGATTGCACC TTTATCGATG AGGCGGGAAC ACGATGGATT
ATCGATTATA AATCCGCTAC ACCAAACGAT GAACCCCTCG ATTTATTTTT ACAACGACAA
CGCTCGCTTC ACGAAGCCCA ACTGCAACAA TACGCAAACG CATTTCATGC CCTTGATTCA
CGACCGATAA AACTAGGCCT TTATTTTCCA CTTTGCCAAG GCTGGTGCGA ATGGGCATTG
GAACTCCATA AGTATCTTTC TGAAATGCAA TAA
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| Protein sequence | MNDKIIRQQA LDPQQSFIVQ APAGSGKTEL LIQRFLKLLA TAKMPEEIIA ITFTRKAAAE
MRERIIAALN EAQTQPAPSD SHKKLTWTLA RKVIERNQHY DWQLDMNPNR LRLLTIDALA
NQICSQMPIL CGFGAPPSTL EPEEIVEFYR EAVIRLFESE EHADTIEELL LHLDNKAESL
ETLLIKMLIR REQWLPHIIN HYRNPNAIKN ELEKALTTIT LDALQTARML IDPSTADELV
SLAQFAGHNL HKIKPTEAIS ACHALTTLPG VGIDEADLWR GIATLFLTKE GLWRKKLDKN
DGFPVEDKKH KQRMKDLLSQ LNKNEKLRLA LNEVKNCPPI AYTEKQWNII HGLVSILPIL
TAQLNVIFQE RNAVDFTEVT LGAIRALGDS EQPSDYALQL DEQIQHLLID EFQDTSIIQF
HLIEKLITGW QPKDGRTLFL VGDPMQSIYR FRQAEVGLFL QVKNEGLGEI QLTPLTLRNN
FRSQKNLIDW FNQTFEPTFP KEENSHLGSI SYSHSFATNN SINQKNINFY SLLNANALNE
ATQIVKIIQG CRSENPEKTI AILVRSRSQL IEITPALRSA DIPFHAVEIE KLAHRIEIQD
LLSLTRALHH LGDRIAWLAL LRAPWCGLTL QDLHAVSRYA NDKPIWVALQ NASEIAVLTS
DGKNRINRIF SILSAAFDNR DRLLLAQWIE GIWTALGGPA CLSNSTELMN TQAYFQLLET
LENDFTLERL TQKLNQLYAQ IDTDAKNPIQ IMTIHKAKGL EFDHVILPGL EKRPRSDDHD
LLLWLERHTK AGNNELILAP LKAASEKADP VYNYLKRIEK EKTTNEITRL LYVAATRAKE
SFHLLTSLNK EDPQSPIKLP PKGSFAEILW PVCQEAFEQS IIIFDDTLPS QKGGLKLLRR
LTSDWAPPFI LKTLPSAESK PLTPFTPASS KRLGIVIHET LERIANEGLE SWDKERIENN
KSFWQRRLIQ LGTSPEQLAH YLNGIITAVS QTLCDAKGRW ILSHRHNQKS EYPITLVEDK
KIKHFIIDCT FIDEAGTRWI IDYKSATPND EPLDLFLQRQ RSLHEAQLQQ YANAFHALDS
RPIKLGLYFP LCQGWCEWAL ELHKYLSEMQ
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