| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CBUD_A0059 |
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| Symbol | |
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| ID | 5463333 |
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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_009726 |
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| Strand | - |
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| Start bp | 42528 |
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| End bp | 45155 |
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| Gene Length | 2628 bp |
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| Protein Length | 875 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 | DNA helicase |
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| Protein accession | YP_001423428 |
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| Protein GI | 209363638 |
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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 | 10 |
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| Plasmid unclonability p-value | 0.186545 |
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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 | ATGGAAATAA CGGGCCGCTC ATTGCTATGT GAAATCCAAA AATTGACACA ACTTTTAATA
GAAACCAAAA AACCGCTCGC CAGTGAATTA ACTCGTCTTC CTTATCAGGA AGAACCTTCA
ATGACAAAAA AAGCAGTCAA TTATGGAATA TCCGTGATTG CCTCACGTGA AGCAACATTT
ACCTATCAAT CCGTCGTTGA AAAATCATTA AGCTATGGTA ATGCTAATGT GAGTTTTAAG
GCGGTGCAAA TTGATTTAAG AGAGCGCGTG AAGTCAGGCG AGTTGATGAC ACGACAATCG
CCGAGCGGTG ATGTGTTGCT TGCCACGAAA GAAACGGTTG CATTAGAGCA AACGATTATC
GACCAAATCA AATCAGGAAA AAACACGGTA ACACCTTTTC TTCTGAAAGA TGAAATCCAA
CACAAACTTG ATGCGTCTTC ACTGACAGAA GGGCAAAAAG CCGCGTGTAC TTTATTGGCA
ACAACACAAG ATCGTTTTGT GATGGTGCAA GGCTATGCGG GAACGGGTAA AAGTACCATG
CTACAAACGC TGCAAGATGC GTTGAGTCAA TCCAACATTA TTAATAAAGA ATCGATCATT
GCGCTTGCCC CAACTCACAA AGCAGTCAAA GAACTTCAAT CCAAAGGGAT TGAAGCGCAA
ACGGTAAAAA GTTTTTTGGT AGGTGAGGCG CATTTGAGCC TGAATAATTA TCGGCATCTC
GATAATAAGC TCATCTTGCT CGATGAATCC TCAATGGTGG GTAATCGTGA TTTTCAGCAA
TTGCAGTCCA TCGTTGAAAA AGCGAAAAAT TGTCATTGTG CGTATATTGG CGATAAAGCA
CAGCTTTTAT CGGTAGAAGA CGGTAAACCA GCCGAGATAG CGTATCTCTC TCGTGAGGCG
GATATCGCGA CGGCGACGAT GAGTGAAGTG CTGCGCCAAA AAGATCCCGA GCTAAAAAAG
ATTACGCAGG AATTGATGAT GAGCACACCA GAATCGGTTG ATCGTGCATT AACACAGTTA
AAGCAAAATG GTTGGGTTAT AGAAGAATCT TCGGTGGATA GAAAAGGACC TATTTCTGAT
TCAGTACAAA AAATAGCAGA GCATTATTGT GCTTTGTCAT TAGAAGAACG TACCAATACC
GTGATCGCTG CGGCGACGAA TGAAAATCGA CAGACGATTA ATGAAGCGAT TCGTGTGATA
CGCCAAGGCA AAGGTGAGCT ACAAGGCGAA TTTGTCACCA CTACTCTATT AATGGATTCA
CGATTGACTG ATGCTGAGCT GCACCATTCT CCAAACTACA CAGTAGGTGA TGTCGTTAGA
TTAAATAATC AGTATCTCAC CGTCAGCAAA ACAAACCACG ATAAAAATAC GCTGATCTTA
GAAGACGGTG ACAAACAAAA TAAGGTGCTA AACCTTGATC TTATGCCAAA GCGTGAAACA
GTTGAATTGT TTCATCGAGA GACTACTCAC ATTCAATCCG GCGATATTTT GAAATGGACA
AAAAGTGACA AAGAAAGGGG GCTGGTTGCT CATGAAAGCC TGCGAGTCAC TCACGTTAAT
AAAGCGGAAC ACACTATTAC AGCCCTATCA GAAAAGAGTG AGCACTTATC CATTGATCTT
AACCAACCTC AGAATCAACA CATCGATTAT AATTATGCTC CCACAGTACA TGGTTTGCAG
GGTGCAACGG CGCAGTCCAT CTTAATTTTG CTGGATAGCC ACAATAGCCT TTCTAACACC
ATGCGCTTGC TCTATGTTGC CGTTACCCGA TCCACACATC AGGTTCGCAT TTTTACTGAT
AATTTAGAAG CGGTACGTTT TCAGATCATC CATGAAAAAG GAGATAAAAA AAGCGCACTA
GAGACGATAG GTTTGCTCAC AATGAGAGAA GAGCAGCCGC TGAGTCCCGA TTCAAAAAAT
GTTAATGCCA ATGCCACTTC GAGTAACCAT TATTTCAAAA AGGCCAGCCA TAAAAGTGAA
CGTATTGATG CTAAAGCCGT TGAGGATGGA TTGCGGTTTC AAGTTCAAAA CATTTGTGAG
GATTTGCTCG GTAAACCCAA TCCATTATTA TCCAATCCAG CCAATTGGCG CTATGGGAGG
AAAGGGAGTC TATCCATTAT GACTGGTGGT CAACATCAAG GATCATTTCA TAATTTTGAG
ACGGGAGAAA AGGGCAGCAT GATTCAGCTT CTTATGTCAG AACTCGGGTT AGATTTTAAA
AGTGCACTAG AACAGAGACA TTGGATGCTT GGCGGTGATT TGATCACCAA GACGGAAGTT
AAGTCTAAAT CTAAACCGTC TATTCCTGAT AAGGATGATG CTGCTTCTCG CAAAGTGGCC
TACATTAATA AGCTCATTAA ACAATCGGTC CCTTTGAGTG GAACGGTGGC TGAGCGATAT
CTTACCGATC GTGCTATTCG TAATGTATTC AGTCCCGATT TAAAATTTAT CGAAAAAATT
AACACGGGCA GAGGTAACCA AGCTATTAAA CCGTTTGCTT CTGCGCTATT GGCGATTGCC
AGGGATAAGA ACGGTGAGGT CAAAGCGATT CAAGTGACTT ACTTAGATAC CAAGGATGGC
CATAAACTAG AAGGGCTAAA AATTAAAAAA CGCACATCGG ATCATTGA
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| Protein sequence | MEITGRSLLC EIQKLTQLLI ETKKPLASEL TRLPYQEEPS MTKKAVNYGI SVIASREATF
TYQSVVEKSL SYGNANVSFK AVQIDLRERV KSGELMTRQS PSGDVLLATK ETVALEQTII
DQIKSGKNTV TPFLLKDEIQ HKLDASSLTE GQKAACTLLA TTQDRFVMVQ GYAGTGKSTM
LQTLQDALSQ SNIINKESII ALAPTHKAVK ELQSKGIEAQ TVKSFLVGEA HLSLNNYRHL
DNKLILLDES SMVGNRDFQQ LQSIVEKAKN CHCAYIGDKA QLLSVEDGKP AEIAYLSREA
DIATATMSEV LRQKDPELKK ITQELMMSTP ESVDRALTQL KQNGWVIEES SVDRKGPISD
SVQKIAEHYC ALSLEERTNT VIAAATNENR QTINEAIRVI RQGKGELQGE FVTTTLLMDS
RLTDAELHHS PNYTVGDVVR LNNQYLTVSK TNHDKNTLIL EDGDKQNKVL NLDLMPKRET
VELFHRETTH IQSGDILKWT KSDKERGLVA HESLRVTHVN KAEHTITALS EKSEHLSIDL
NQPQNQHIDY NYAPTVHGLQ GATAQSILIL LDSHNSLSNT MRLLYVAVTR STHQVRIFTD
NLEAVRFQII HEKGDKKSAL ETIGLLTMRE EQPLSPDSKN VNANATSSNH YFKKASHKSE
RIDAKAVEDG LRFQVQNICE DLLGKPNPLL SNPANWRYGR KGSLSIMTGG QHQGSFHNFE
TGEKGSMIQL LMSELGLDFK SALEQRHWML GGDLITKTEV KSKSKPSIPD KDDAASRKVA
YINKLIKQSV PLSGTVAERY LTDRAIRNVF SPDLKFIEKI NTGRGNQAIK PFASALLAIA
RDKNGEVKAI QVTYLDTKDG HKLEGLKIKK RTSDH
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