| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CBUD_1691a |
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| Symbol | |
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| ID | 6966274 |
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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 | 1682563 |
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| End bp | 1688526 |
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| Gene Length | 5964 bp |
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| Protein Length | 1987 aa |
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| Translation table | 11 |
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| GC content | 52% |
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| IMG OID | |
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| Product | wall-associated protein precursor |
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| Protein accession | YP_002268364 |
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| Protein GI | 209364150 |
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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 | 1 |
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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 | GTGGGTGCAC GAAGACCCAA TGAGGGTCCA GCGCCTAGGC TAAAGCGCAA TGGCAAAGGC
CATATCACCG AGCAGTTTTT ACCGGCGTTT CGCTATTTAA AACCCGGCAC CGCCGAGCCG
TTTCAAACAG CGCTCACCAT TGGCACGCAA TTTCCTGATT TCGGTCAATG CAGTCTTTCA
TGGCCCGCGC CCGCCGAGAT TTTTTGGGTC GCGCAATTAA CACTCGATAA CACCGATGGA
AATTCACCGC CCCAAATTTT TACGCCGGTG AAAAAAACCA TCGGTGGACA GGATCGGTTA
GGCATTGATA TCACGGCTTT CACGGCGGAT CGCTATACGT TTGTTCTGAC TTATTATTAT
CAAGACCCCG ACACCAAGAT CATCAATCCG AATCCGGTCA AAGAAGCGAG CGGCACGATC
ACGCTCGACA CCTCGCACAC GGAAAATGCC CGCCACCTCG CCGCCAAATT CCTGGATGAC
AGCACGGTGC TTTTGACGGG GAAAACCGAA GGTGTTCTGG GGGTTGCGCT CCTTCAAGGC
GATACCGTTG TCAGTAAAGC CGGGCTTTCC AGCACCGCTG TCCCGGGCCG CTACACCATT
CCACTCGATG ATCAAGTCTC TGGTGAGTAC AGCTTCGTTC CGATTACCTC AAGCAGTGCC
GTGGATGAAC CGCTAACGTT GGATCAAGTC TCCGCCAAGG GCAATCAGGT GGTGTTTCGG
CAGACTATAG TGGATGGCAC ATTTGAGTTC CCTTTAGGAT ATATGTTTGA AACGAGTTGG
GCCGGCTTAC CGCCCCATTG TGAACGTATA CAACTGGTGG TGGATGTCCT TGTAGAAAGC
TCCTACAAAG AAATTGTAAA GACGTTGGAT GCTTCGGTAG GCCACTTTAC GTGGGGTGGA
TGGATCCCTT TTTTAACCCC CAGCAATCGA CTCTACGCAC TGGATAAAAA AGGAAAGCCG
TGGTATTTGG GGGATGCGGC TAATCCGACA CTCTCTGACA AAACAAAAAT TCCGCCCTAC
CTTTACTTCA TTCCCAAAGA CGAATCAGTG ATCCCCGATT ATCTTTCGGT TATTGATGCG
TCCGGTCATA TCGTTAGAAC TGCTGCATTA ACGGAATGGA TGGATGGAAT GTACCGAGCG
GGTGTCTCAG GGCTTCCCAA CCCTCAGCAA TTCCATTATC AGCCCTTTGC GCTCAGTGGA
CCCAATCCGC AAACGAAACC TCTTTTAAGT GACACGCTAC ACACGGCTAA GCTTTCCCCT
CGTCTGCTCT TTCGCCAATT CTGTATACCG GATTTTACTC TCGAGCGGTT TTATGAAGTT
TTCCAAATGC CATATACGTA TTTTCACTGG TCTTTACCGA AAGACCGTGC TATGTATCCC
ATGCAACTGC GCTATCAGTC GTCGTCAGAG GCACATCGTT TTTTGGGGAA TGGTTATGCC
CCCTTATGGT ATATAGGGCA AAATTACCCC TATGGGAATT TATCCCTTGA TCTTTGGCTC
GATAATCAAT GGGTGACGGT TTTTTCAGGG GAGCCCATTA AATCCGTCGC GCCTAGCGCC
TACTACCATG TGAATGCGTT GGTCATGCAA TCCCTCCCCG CCGAGGTCAA AAGCGCCAAG
CTTGAGTACC TCGAAGACAC GGGTGATGAG CGCGCTTTCC TCTGGCGTTC TTTAACCGCC
ACTTTGGTGG GGCAAACGCT GGTGGCCGAT GTCAACTCCC TGAACTCAGG TCCGGGTCTG
TATCGCTATC GTCTTCAATT GCTGGACAGT GAAGGACGCT GTTTGCCACT GCATCAATTA
AATCTTTCAC CTTCCATGCA AGTGGAAGCC GGTTGGATCA CAGGGAGTTT TAGCGTCAAA
GAATACGCCG GTGATGAGCT CGCTTGTGGC ACAAAAGACG CTTATGAATG GAGCTATCCG
ACCCGAGCTC AAACGGTGGA TCGTTGGGGC AACGTTCTTG AAACGAAAGA TGAGTTGGGT
AACATTACGA ATTACGCATA CAACACGGCT AATAAGCCGT TGACCCAAAC CGCGCCGCCG
GTGGATTACA CGGATGAGCG CGGTATTGTG CACCCGGCTG ATCGTTCGAT GACGCGTTAT
GGCTACGATG CGATGCACCA GCCCATCGCG GAACAATCAC CAGCAGGTGG TGTTACTGCG
CATTGGCGTA ACCAAGCGGG TGAGGTGATC AAAAGCGTTC GTCCCGATGG CGTTTGGGAA
GAAAAAGAGT ATGACGGCTT GGGTCGACAC ATTACGATTA AAGACGCCAA ACGCGCGACA
AACTTTGAAT ACGATGCGGG CGATCGGCTG ATCGCCACCA CGGATGCGAT GGGTTGGGTT
ACGCGCTACA CATACAACGA GCGCAACCAA CATCAAAGTC GCACTAATCC TGCCGGTGAG
ACGATGCGCT TTGATTATGA TGAGCGTGAT CGTGAAGTGC TCACCGTCCA ACCGGGCGGC
CAAAAACGGC TTTGCCACTA TGATCGCGCG GGCGAGCTGC TTTCTGAAGA CGACGGCGAA
GGTCCACCCC TTACTTGGAC GCGCGACCCA TTCGGCCATG CACGCACCCA CACGGACAAA
GGCAATGCCA CTGTGCGTTA TAAACGCAAT CATCTCCAAC AAGTCACCGC CGTTAACACA
ACGCAAGCGG GCGATCACGG CACGCAATTC GTTTGGCTCG ATAAAGACCA TAAACAGCCC
GTCCCATCCG CCGCGCTGCG TTATTTATTC GATGAAGCGG GCCATCTAAT TTGGGCCTTG
GATGACGCCA ACCAACTTCA AACGCGCTAT CGCATTGAAG CATCGGGGCG AACCATTGGC
GAGCGCTTCA TCGACAGCGA TGGGCAAGTG CGTCAAGACA CGTTAATCAC GCGTGATGCC
AAAGGCCGCA TTACCGCAAT GGAAGACGTG CGCATGGCGG CGAAATACAC GTATGACCAA
AACGACAACC GCCGCTCAAC CCAAATCTGG TACAAGCAAT TAAGCGCCGA ACCCGGAGGG
AACACTCATC GCATTGCCAT CGACAACGCC ACAAACTGGT TTGCCTATAA CGCCGCGGAT
GTCATGACCA TCGATCGCGG TGTTCTCGAT CCAACCACCC ATACCATTGG CCTTGCGCCT
GGAAAGGGCA CAGAGCTTCG TTACGACGAA GCCGGTTGGC GCCAAACTGA GCGCACCTTG
AGCAGCAGTG GGGCGGCTCA AGACACCACC ATCCGGTATT ACGTCAATGG TTTGGTCAAA
TCCACCGCCG CGCCTGGAAA AATCGTCACG TACAAATACG ATCAAGCCAG CCGGCGCACG
GGTTATCAAG TTGACACCGG CCAAACTACG ACGGTGACCA CGACCACTTA CAACGCCAAT
GGGTGGGTGA CGAGCCAAAG CGAACAAAAA CAGACCTCCC CCATCGATCC TTTAAAGCCG
CAGTACGAGA CCCACTATGA AACTTTCAAT GCCGAGGGTG AAGCCAAACT GCAAGAAACG
TGGACCCCGG AACAATCGAA TTGGGAACTT TACGATAATC TTCCCTCCAA ATTTGTGGGT
TTCGACCGCT GGCAGATTAA AGAAAATAAA GGAACGGAAA CTCGTAAGGG TGGGGAATAC
AAAACTTACG GTACGGTTTA TGTCACCTAC GACGCCAACG GCAACTACCA AAGCGTCAGT
GGTGACTTGC AAGACAAAGA AAGTTTCCGC TGGTTTCGCG TCAACCAGGA AGGGCGAGTG
GTTTATAAAG AAAACGCTCA AGGCGAAGAA TACTTTATTT ACGATCCCAA CGGCGATGTG
CTGGGCTGGG TCGGCGATTT GCCGTCCGAT CCAACGAGTA GTCAAGTGCC GACCAAAGTC
AACTTCGACC CGCTCTACCA CAACGTGAGC GAACAATGGC CACCGCCAAT GCCAAGCCAA
TACACCGCCC AAGCGGGCGA TACGTTTGAA AGCATTGCTC AGGCTCTTTA CGGCGATCCC
GACTTTGATT ACATCATTGC TCAAGCCAAT GGTTATTCGC CAGGCGATGC CGTGCCCTTG
GGCATGGTGT TAACCATCCC GCAATTCACG ATTACGGACA CGCATAATAA AGCGGGGGAG
TTTGTGCCGT ATAATCCCGG TGCCATTATT GGGACGCTTT ACCCCTACAT GCCCATCCCG
CCGCGCAAAC CCCCTCCACC GGTGCACGAT CATTTTTTTG CAGAACTGTT GGAATTTTTT
GTGGGCGCGT TGATTATGGC GTTTGCGCCA GAATTGGAAG GGGCGTTATT GGGTCTTTTT
GGCACAAGCC TTGCCGGCGA AATGCTGAGC GGCGCGCTCG CTTATGGCAT TATGAGTGCA
ACCGCGGATG TGGTGGAACA AACGATCGGA ATTATCGCCG GCGTTCAAAC GCATTTTTCG
TGGAAGGAAG TGGCGTTACA ATTGGAGCAG GGCGCCATTA CGGGTGCCTT AACGGGTGCC
TTGCAAGCCG GGGGCTTACT CGGAAGAGCA ATGGCCGGGG AAGCGAATTC TTTATTCGCG
GGTGCCCAGC AAAGTGCCGG CGCCTGGCGT CAGTTAGGAA TGAACTTATT GGACAATGAA
ATGCTAACCG TGGGTGGTGA ACTGGCTTTA ATGGCCACTG GCCAAAAGAA ACGATTCAAC
TGGAAAGACG TACTCAACAC GCTGGTGCAA ACGGCGATCA ATGCGGGAAG CGCAAAAGCG
GCTCATAACC TCTTCCCCAC CGCTCGGCTG GAAGCGCGCT GGCTCTCGGA CCTGCTAAAC
GGGGAGCTTG GGGATTTCTT CTCTGCAGAA TTGTACAAAG ATCATTTTGA TCCGGCGATT
TCCGCTGCTC GAGCGATGGG CGTCTATGCG GGTCAACGCG CCGCGCAAGC GGTTCACACG
GCGTATCAAC ACCATCGTGA ATCGCAAATG CGAGAAAAAG CCGAAGCCGA AGCACTTTAT
CGGGCTTGGA GAGCCAAACA CGACGAAACG CCAGAAGACA TGTCCGCAGA GTTTTTTGCA
CAGGGAAGTG ATGCGAATGG CGCAAATCCG CAATCATCTA ACAACCCAAT GGGCGGCTCA
ACAAGTCCGC CCCACAATCC TCCTCGTACA TCCAAAGACC CAAGCTTCTT TGCCCGACAA
GCCTTGGATG GCTCCAAAGC CACACTGAGC GCACCACAAT TGCGAAAAGA GGCACGCAAT
GAAGCAGCGG CCACAAAGGA TTGGGCGGCG GTGAAGAATC GATCACTGCA AGATACCCTC
ACCAGTCAGA TGATGGCTGG TGAAGAAAGC AAAAATGTTA GCCCCTTTAG AGAAACGCTT
CAGAGTCCGG TAACTTGGAT GGCGACAGCA TTTGAATCTG GCGAACATCT AGCCCCTCAA
TTATTACAAC GAGCACAAGC AGGGCGTATT CAAATGGCTC TTATGAACGA GAATTGGTTA
CGATTTGAAG CACAATTAGG GCTACAGCTA CAGGTAGGAG AACCGACTTT AGGCATGGTT
CGTCAGGCAC ATTTGACACA AACTATGCAG CTTGCGAATC GGTTTCAGTA TCTGGAAGGC
GTAGGCCGCG GATTGGAATG GTTAGGTCGT GCCGCTTTGC CGCTAGAGGT CGGTGCTGGC
ATCCTGGAAA CAGGGGTAAA GTTAAATGCA GCGCCGCCAG AAGAACGAGA GCATGTGCTT
TATCAGCAGG TTGGTAAAGT GGGTGGAGAA ATTATAGGCG GGTCGTTTGG TGGTTTTTTG
GGTACTACGG CAGGCATACC TGGTGGCCCG ATTGCTATGT TTGCGGGCGG TGTTTCCATT
GGAGTCTTGG GGGCTGCTAC AGGCGCCAGG CTTGGGCAAG ACTTTACGGA GAGTGCTTAC
CAATATCATC AGATAATAGA TTCAGCGCTT AAAACAAGTG TGATGACTTT CTTTCCAGCT
CCAATACAAC CGATGATAGA ACGTGAATTG CATTTCATGA GCGAATATTT TCAGCCATCA
TCAAGAGGGG GCTCAAAGTG GTAA
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| Protein sequence | MGARRPNEGP APRLKRNGKG HITEQFLPAF RYLKPGTAEP FQTALTIGTQ FPDFGQCSLS
WPAPAEIFWV AQLTLDNTDG NSPPQIFTPV KKTIGGQDRL GIDITAFTAD RYTFVLTYYY
QDPDTKIINP NPVKEASGTI TLDTSHTENA RHLAAKFLDD STVLLTGKTE GVLGVALLQG
DTVVSKAGLS STAVPGRYTI PLDDQVSGEY SFVPITSSSA VDEPLTLDQV SAKGNQVVFR
QTIVDGTFEF PLGYMFETSW AGLPPHCERI QLVVDVLVES SYKEIVKTLD ASVGHFTWGG
WIPFLTPSNR LYALDKKGKP WYLGDAANPT LSDKTKIPPY LYFIPKDESV IPDYLSVIDA
SGHIVRTAAL TEWMDGMYRA GVSGLPNPQQ FHYQPFALSG PNPQTKPLLS DTLHTAKLSP
RLLFRQFCIP DFTLERFYEV FQMPYTYFHW SLPKDRAMYP MQLRYQSSSE AHRFLGNGYA
PLWYIGQNYP YGNLSLDLWL DNQWVTVFSG EPIKSVAPSA YYHVNALVMQ SLPAEVKSAK
LEYLEDTGDE RAFLWRSLTA TLVGQTLVAD VNSLNSGPGL YRYRLQLLDS EGRCLPLHQL
NLSPSMQVEA GWITGSFSVK EYAGDELACG TKDAYEWSYP TRAQTVDRWG NVLETKDELG
NITNYAYNTA NKPLTQTAPP VDYTDERGIV HPADRSMTRY GYDAMHQPIA EQSPAGGVTA
HWRNQAGEVI KSVRPDGVWE EKEYDGLGRH ITIKDAKRAT NFEYDAGDRL IATTDAMGWV
TRYTYNERNQ HQSRTNPAGE TMRFDYDERD REVLTVQPGG QKRLCHYDRA GELLSEDDGE
GPPLTWTRDP FGHARTHTDK GNATVRYKRN HLQQVTAVNT TQAGDHGTQF VWLDKDHKQP
VPSAALRYLF DEAGHLIWAL DDANQLQTRY RIEASGRTIG ERFIDSDGQV RQDTLITRDA
KGRITAMEDV RMAAKYTYDQ NDNRRSTQIW YKQLSAEPGG NTHRIAIDNA TNWFAYNAAD
VMTIDRGVLD PTTHTIGLAP GKGTELRYDE AGWRQTERTL SSSGAAQDTT IRYYVNGLVK
STAAPGKIVT YKYDQASRRT GYQVDTGQTT TVTTTTYNAN GWVTSQSEQK QTSPIDPLKP
QYETHYETFN AEGEAKLQET WTPEQSNWEL YDNLPSKFVG FDRWQIKENK GTETRKGGEY
KTYGTVYVTY DANGNYQSVS GDLQDKESFR WFRVNQEGRV VYKENAQGEE YFIYDPNGDV
LGWVGDLPSD PTSSQVPTKV NFDPLYHNVS EQWPPPMPSQ YTAQAGDTFE SIAQALYGDP
DFDYIIAQAN GYSPGDAVPL GMVLTIPQFT ITDTHNKAGE FVPYNPGAII GTLYPYMPIP
PRKPPPPVHD HFFAELLEFF VGALIMAFAP ELEGALLGLF GTSLAGEMLS GALAYGIMSA
TADVVEQTIG IIAGVQTHFS WKEVALQLEQ GAITGALTGA LQAGGLLGRA MAGEANSLFA
GAQQSAGAWR QLGMNLLDNE MLTVGGELAL MATGQKKRFN WKDVLNTLVQ TAINAGSAKA
AHNLFPTARL EARWLSDLLN GELGDFFSAE LYKDHFDPAI SAARAMGVYA GQRAAQAVHT
AYQHHRESQM REKAEAEALY RAWRAKHDET PEDMSAEFFA QGSDANGANP QSSNNPMGGS
TSPPHNPPRT SKDPSFFARQ ALDGSKATLS APQLRKEARN EAAATKDWAA VKNRSLQDTL
TSQMMAGEES KNVSPFRETL QSPVTWMATA FESGEHLAPQ LLQRAQAGRI QMALMNENWL
RFEAQLGLQL QVGEPTLGMV RQAHLTQTMQ LANRFQYLEG VGRGLEWLGR AALPLEVGAG
ILETGVKLNA APPEEREHVL YQQVGKVGGE IIGGSFGGFL GTTAGIPGGP IAMFAGGVSI
GVLGAATGAR LGQDFTESAY QYHQIIDSAL KTSVMTFFPA PIQPMIEREL HFMSEYFQPS
SRGGSKW
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