| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CBUD_0285 |
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| Symbol | acnA |
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| ID | 5458129 |
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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 | 269920 |
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| End bp | 272673 |
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| Gene Length | 2754 bp |
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| Protein Length | 917 aa |
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| Translation table | 11 |
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| GC content | 47% |
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| IMG OID | |
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| Product | aconitate hydratase |
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| Protein accession | YP_001423708 |
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| Protein GI | 209363746 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 2 |
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| Plasmid unclonability p-value | 0.016836 |
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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 | ATGGCCGGTT GCGGCTTGAC CGACTTCTGT CGCACTTTCG AATGTGTTAA GCTCCAGCCC
AAAATTGGTT GCGAGGTAAC GATGGCGGAT TCATTAAAAA CACGGCGTGA ATTAACGGCT
GGTGGCAAAA CCTACCACTA CCATAGCTTA AAAGCGGCGG AAGACGCGGG TCTTTCAAAC
ATTCATCGCC TTCCGTACTC ACTCAAAATT TTATTGGAAA ACCAATTACG GCATGAAGAT
GGAGAAACAG TCGCTCAAAC GCATATTGAA GCGTTCGCTC ACTGGCTGAA AGATAAACAT
TCCGACCGCG AAATCGCTTA TCGACCAGCG CGAGTCTTAA TGCAAGATTT TACCGGCGTT
CCCGCCGTGG TCGATTTAGC CGCGATGCGC GATGCGATGG CGCGCATGAA AGGGGATCCG
ACCAAAATCA ACCCTCATTG CCCTGTCGAT CTTATCATCG ACCATTCCGT GCAAGTGGAT
GAATTCGGCA ATGAAGAGGC CTTTCGAGAT AACGTGCGCA TTGAAATGGA GCGCAACCAC
GAACGATATA CCTTCTTAAA ATGGGGACAA CAAGCGTTTC GTCATTTTCA ATTGGTGCCG
CCAGGCACCG GTATTTGCCA CCAAGTGAAT CTGGAATACC TTGGGCGCGG CGTGTGGTCT
AGCCAACAAG ACGGTGAGTG GTTGGCTTAT CCCGACACGC TGGTCGGGAC GGACAGTCAC
ACGACCATGA TCAATGGACT GGGTGTTTTG GGATGGGGCG TCGGGGGCAT CGAAGCCGAA
GCGGCTATGC TGGGACAGCC CATCTCTATG CTAATCCCCG AAGTCATTGG TTTTTATCTT
TCTGGTCAAT TACGCGAAGG CATTACAGCC ACTGATCTTG TTTTAACCGT GACTCAAATG
CTGCGTCAAA AAGGCGTTGT GGGAAAATTC GTTGAATTCT ACGGCCCCGG TTTAGCGGAG
CTTCCTCTGG CTGACCGAGC GACTATCGGC AATATGGCTC CTGAATATGG CGCCACTTGC
GGACTTTTCC CTATCGATGC CGAAACGATT AAATATTTAG AATTAACCGG CCGGGACGCT
GAAGCGATCG AACTGGTTAA GGCTTATTCA AAAGCGCAAG GCACTTGGCA CGACGAAAAT
ACCCCCGAAC CTATTTTCTC AGACACGCTA TCCCTTGACC TTTCCACCGT CGAACCCAGT
CTCGCCGGCC CCAAACGCCC CCAAGACCGC GTCCCCTTAG CCAAGTTAAA GAAAACCATC
GAAGGTGTTA TTGCGACGGC TGAGCGCGAT CAAGAACTCG ATCACTCTTT TCAAAGTACC
GGAGATTTCG ATCTCCATCA TGGCGATGTC GTGATCGCCG CCATCACCAG TTGTACGAAT
ACCTCCAATC CCAGCGTAAT GCTCGCCGCA GGTTTGCTTG CAAAAAACGC GGTGGAAAAA
GGGCTTCAAA GAAAACCCTG GGTTAAATCA TCGCTAGCAC CAGGGTCCAA AGTGGTTACG
GATTATTTGC ATAAAACAGG ATTAATTGAT TATCTGGAAA AGATTGGCTT TTATCTGGTT
GGCTACGGCT GCACGACCTG TATTGGCAAT TCGGGACCCT TACCCGAGAC TGTGGCTAAA
ACGGTGACGG AAAATGATCT TATTGTGTCG TCCGTTTTAT CCGGCAATCG TAATTTTGAA
GGTCGTATTC ATCCGTTAGT TAAAACAAAT TGGTTAGCAT CACCACCGCT GGTGGTTGCT
TTTGCCCTTG CTGGCACAAC GCGCATTGAT CTTACTAAAG ATCCGCTGGG TCATAACGAT
CGTGGAGAAC CTATTTTTCT AAACGATATC TGGCCATCGA ATGCAGAAAT TGCAAAGACA
GTGATGCAAG TTCGCAATGA TATGTTCCGC AAAGAATACG CCGACGTATT CGAGGGAGAC
GAAGAATGGC AGCGTATTCA TGTGTCTGCC GGAGACACTT TCAGTTGGCA AACGAATTCC
ACTTATGTGA AAAATCCCCC TTTCTTTGAA AACATGAGTG CGAAACCCGA GCCGTTAAAA
AATATTATTG ACGCACGCAT TTTAGCTATT TTAGGCGACA GTGTAACGAC GGATCATATT
TCTCCCGCAG GCGCCATTAA AGCGGATAGT CCAGCCGGTA AATATTTAAT CGAGCATGGC
ATCGACATTA AAGATTTTAA TTCTTATGGT TCTCGCCGCG GTAATCACGA AGTATTGATG
CGCGGGACGT TTGCCAACAT TCGTATTCGT AATGAAATGT TATCGAAAGT GGAAGGCGGA
TTTACGAAAC ATTTTCCGGA TGGGGAACAG CTTCCCATTT ACGACGCTGC AATGAAGTAT
CACAGCGAGA ATATCCCGTT GGTGGTGATC GCGGGGAAAG AATACGGTAC CGGTTCTTCG
CGCGATTGGG CCGCCAAAGG TCCGCGGCTA TTGGGTGTTA AAGCAGTGGT GGCGGAAAGT
TTTGAACGTA TTCATCGTTC TAATTTAGTC GGTATGGGTG TGCTGCCGTT GGAATTCAAA
AATGACGATA ATCGTCATTC TTTAAAATTA GAGGGAAATG AAGTCATTGA TATCACCGGA
TTGGAAAATG ATTTACAGCC TGGAGGTGAC GTTATTATGA CGGTTAAACG AAAAGATGGA
ACTATTGAGA AAATTCCATT GCATTGTCGT ATCGATACAC AAAATGAATT GGCTTATTAC
CAGCATGGTG GAATTTTACA GTTTGTGTTA CGCCAAATGT TGAGATCTTC TTAA
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| Protein sequence | MAGCGLTDFC RTFECVKLQP KIGCEVTMAD SLKTRRELTA GGKTYHYHSL KAAEDAGLSN
IHRLPYSLKI LLENQLRHED GETVAQTHIE AFAHWLKDKH SDREIAYRPA RVLMQDFTGV
PAVVDLAAMR DAMARMKGDP TKINPHCPVD LIIDHSVQVD EFGNEEAFRD NVRIEMERNH
ERYTFLKWGQ QAFRHFQLVP PGTGICHQVN LEYLGRGVWS SQQDGEWLAY PDTLVGTDSH
TTMINGLGVL GWGVGGIEAE AAMLGQPISM LIPEVIGFYL SGQLREGITA TDLVLTVTQM
LRQKGVVGKF VEFYGPGLAE LPLADRATIG NMAPEYGATC GLFPIDAETI KYLELTGRDA
EAIELVKAYS KAQGTWHDEN TPEPIFSDTL SLDLSTVEPS LAGPKRPQDR VPLAKLKKTI
EGVIATAERD QELDHSFQST GDFDLHHGDV VIAAITSCTN TSNPSVMLAA GLLAKNAVEK
GLQRKPWVKS SLAPGSKVVT DYLHKTGLID YLEKIGFYLV GYGCTTCIGN SGPLPETVAK
TVTENDLIVS SVLSGNRNFE GRIHPLVKTN WLASPPLVVA FALAGTTRID LTKDPLGHND
RGEPIFLNDI WPSNAEIAKT VMQVRNDMFR KEYADVFEGD EEWQRIHVSA GDTFSWQTNS
TYVKNPPFFE NMSAKPEPLK NIIDARILAI LGDSVTTDHI SPAGAIKADS PAGKYLIEHG
IDIKDFNSYG SRRGNHEVLM RGTFANIRIR NEMLSKVEGG FTKHFPDGEQ LPIYDAAMKY
HSENIPLVVI AGKEYGTGSS RDWAAKGPRL LGVKAVVAES FERIHRSNLV GMGVLPLEFK
NDDNRHSLKL EGNEVIDITG LENDLQPGGD VIMTVKRKDG TIEKIPLHCR IDTQNELAYY
QHGGILQFVL RQMLRSS
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