Gene CBUD_0512 details

Gene Information

• Locus tag: CBUD_0512
• ID: 5457300
• Type: CDS
• Is gene spliced: No
• Is pseudo gene: No
• Organism name: Coxiella burnetii Dugway 5J108-111
• Kingdom: Bacteria
• Replicon accession: NC_009727
• Strand: -
• Start bp: 488743
• End bp: 492204
• Gene Length: 3462 bp
• Protein Length: 1153 aa
• Translation table: 11
• GC content: 42%
• Product: hypothetical protein
• Protein accession: YP_001423926
• Protein GI: 154707484

Plasmid Coverage information

• Num covering plasmid clones: 3
• Plasmid unclonability p-value: 0.350168
• Plasmid hitchhiking: No
• Plasmid clonability: normal

Fosmid Coverage information

• Num covering fosmid clones: n/a
• Fosmid unclonability p-value: n/a
• Fosmid Hitchhiker: n/a
• Fosmid clonability: n/a

Sequence

Gene sequence

ATGATTAAAA TTCTCCTACG AAGCTGTTTG AAGTGGGGAA TGATGACAGC GGCGAGTGTT 
ATCATTCTCT TTGCCGTTCT CATCAGCGGT GTTCGTATGA CCGTCCCGCT GCTCAACCAC 
CAGCGCGATT TTTTTGAGCA CTGGGCGAGT CATGCCTTAC ATCAACCGGT TCATATTGGC 
CAAATCGCCA CGAGTTGGTA TGGCTTCAAT CCCGCATTAA CCTTCCAGAA AGTTATCGTG 
ACGGACCCCA CCCAGCACAA ATCATTGCTG CGCGTTAGCC AACTCTCCAT TAGCGTTAAT 
CTCTTTCAAA GCCTAATTCA TTGGCGTTTA TTCCCTGGGC ATGTTTGGTT GTCAGGAGCA 
CGTTTCAACG TGTTTGAGGG AAAAGACGGT AAGTTGAACG TCGAGGGCAT GATCGCGCAG 
AAAAAACAGG TCTTTACTGA TTTAGGCGAG ATGAAAAAAG TTTTTCTGGG CCTGCTGAAT 
CAATCCAACA TCACGTTGAA AAACATTGAT ATTTATTATC ACACGGCTGA AGGCCAGCTA 
ATTCCTCTTA CCCATTTACG CCTTAAAGTA ACCAATGGGC TATTGCATCA GCAAATAGCG 
GGTGTGGGAA GTTTATCTCA AACTGTCCCC ACTCGATTTC GATTTTTATT GCAAGGATCT 
TCCAAAAACG CCGAATTATA TCTGGATATT AAAAATCTTG TTTTCTCCCA ATGGGAAAGT 
AGCTATTTCC TCCAAAAATA TTTTAAAAGG GTATCGTTGA CAGATGGTCG GGGGAATGTG 
CAACTATGGG CTAAATTTAA AAATGATGAG CTTGAATCTG TTCAAAGCGT TGTGAAAAGT 
GATCAGATTC GCCTAAGCGT GGCCAAATCA CATTCTCCGC TTTTTATCGA TCAACTCAAC 
GCTAATTTAT ATTGGCAACG TTATGCGAAC GGTTGGGGGT TAACGGCTGA TCATGTGAAT 
TTGCAAATGA ATGGAAGGCA ATGGCCCGAA CATACTTTTG GCGTCCGCGT CACGCACTCC 
CAATCAGGAA TGCGTCTTTT ATTGAAAAGC GATTATTTTA ATTTGTCTGA TATGCAAACT 
CTCACCGCTG AAATAGGCTA TCAGCCGAAA CGAATTCAAA CCCTTTTTCA GCAATTAAAA 
CCTTCAGGGA TATTGCGACA TTTTACTTTA CTTTATTCTC AACGCGCACA AACGCCTTAT 
TATCACATCA TAACTGACTT TGAAGATTTA AATTTTCAAC CTCAAGAGGG CTGGCCTGGA 
GGAGCGCATT TAATGGGTGC AATTGATGCC ACAGCGCAGC ACCCAGCATC GGGTTGGCGT 
TTTCAAGTAT CACAATCGGA TATTCAAAAT AACAATTTAC ATTGGCACGG CGAAGGGTTT 
TTATCGCTGC CAGCGAAAGG CTCTCCTTTT GTTAATTTGC AGGGGAAAAT CGGTCTAAAA 
AACATAAACG CCATTAAAAA TTATTTGCCC TCTCGCGGTC TAAGTCCTCA TTTACGAGCG 
TGGTTAAATC AAGCATTTTC AACGGGAGAA ATCACCAGTG GAACGGTGAA TTTTAAAGGG 
CCGTTGGATC GGTTCCCTTT TCTTCATCAA GAAGGTTCTT TTGATGCGAT TGCTAATGTT 
GATCGTGTTA CCTTGAATTA CCATTCTGGC TGGCCCGCTT TGCAAAATAT CAAAGCCAAG 
GTGATGTTTC ATAACAATCA ATTACGTATC GTAGCGTCTC ATGCAAACAT ATCCGGCAAT 
CCCTTGGACC ATTTGAAAGC GGTTATTCCT GATCTGAAAG ATCCTGTTTT ATCGGTGAGT 
GGACATTCGA CATCAAATCT TGCCAACGGA TTTAAATTTT TAAAAGCTGC CCCACTTTCT 
GTTGCCAAAC GAATGCAAGG CACTACCGCT CAAGGTCCCA TGAATTTAAA TTTAAAACTG 
AGGATACCGC TGGATCATTC CAATCAAGAG GTGAGAGCCG AAGGCCAGTT AGCCGTTAAG 
GACGGCCAAT TTTCTTTAAA TAACTGGGGA ATAATGCTCG ACCATATCAA TGGTAATTTT 
CACTTTATTA ATGAGGATTT TTCTGCTGAC CCGGTTTTTG CAAAGTGGTT AGGGCTACCG 
ATCGCATTCC ATATTGCAAC GCTTAATCCC TCGAGCCAAT CGCCCGTCTT GCAATTTGAA 
ATGAGCGGCG AGCTTGCTAT GCAAGCATTA CAGAAAAAAT TTAAATGGTC TATTTTAAAT 
TATTTAAATG GAGCGACTAC TTATCGCGCA CTTTTAAATT TACATGGGAA AGACTCGCAA 
CAAGACAGTT TAAGTATCGC AACCGATTTA AGCGGTATCC AATCCACATT ACCTGCGCCT 
TATAACAAAC TCTCTAAAGA AGTTAGTCTT TTAACTTCCC ATCTTTCTTT TTATGGGAAT 
AAACTTTCAA AAATTAAAGT GCATTATCAG GGTTCTTCTA GCAATGCAGC AACCTCACTG 
CTTGTTTCAC CCGTCAATGA AGGCTGGTCC GTCGATATTC AAAATCCATT AATAGCCGGA 
AATCTTCTAA TTCCCAATCG GCTTGATGAT TATTGGCGAG GGTATTTTTC ACGTCTTTAT 
TTGCCGGAAT TTAAAGCTGA GAAAAAACAA TGGAATTCAC AGGCATTGCC GCCGGTGGAC 
TTAGCGGTGG ATGATTTCCA TTATGGTAAA AAAATATTGG GAAAATTAGC CCTGCAAACT 
TCACGAACCA TGGAGGGTTT ACGAATTGAT AAGCTTGCCA TAACAGCGCC TTTATTTAAT 
GTCGATGCGA CAGGAATGTG GCGAACGAAA ATAGGGCGCT CGCAAACGAC CCTTTCGGGA 
AGTTTTACGA GTCCTAATTT AGGAGACCTG CTAAAACAAT GGAAAATTAC CCACGCCCTA 
GAGGGTGGGA AAGGCCGTGC GGATTTTTCC GTCAAATGGC CGGGATCGCC TGACCAATTC 
AAAGTCGCTC AATTGAATGG CGATATTAAA CTTAATTTCT ATAGCGGACG AGTTACCGAA 
TTAACAAAAA CCACTGAATC AGAATTGGGC TTCGGCCGAC TTCTCAATTT GTTTAGTCTG 
CAATCGCTTC CGAAATTGCC GCTAAATCTC GCCAATTTTT CTAAAAAAGG TTTTGCTTTT 
AATTTTTTCA GAGGTAATTT TTTATTATCA AAAGGAGTGG CAAAAACACA GAATGCTTCG 
TTAGTCGGGG ATGTGGCGTG GGTGCAAATC AAAGGGCTCA TTGGATTTGC AAATAAAAAT 
TATGATTTGC ATTTACAAGT AGTACCAAAT ATTACTTCGA CATTACCCTT AATTGTGGGC 
CTCGCTGGTG GACCGCTGGC CGGCGTAATC GCCTGGGTGG CCGATAAAAT ACTGGCCCCC 
CATGTTGGCA AAGCGGCACA GGTGAATTAC CATATTGCAG GCTCTTGGAA TAAGCCTGAT 
ATCATACTGC CTGCACCCGC AGAAACTGAC CTATCCCCAT GA 

 

Protein sequence

MIKILLRSCL KWGMMTAASV IILFAVLISG VRMTVPLLNH QRDFFEHWAS HALHQPVHIG 
QIATSWYGFN PALTFQKVIV TDPTQHKSLL RVSQLSISVN LFQSLIHWRL FPGHVWLSGA 
RFNVFEGKDG KLNVEGMIAQ KKQVFTDLGE MKKVFLGLLN QSNITLKNID IYYHTAEGQL 
IPLTHLRLKV TNGLLHQQIA GVGSLSQTVP TRFRFLLQGS SKNAELYLDI KNLVFSQWES 
SYFLQKYFKR VSLTDGRGNV QLWAKFKNDE LESVQSVVKS DQIRLSVAKS HSPLFIDQLN 
ANLYWQRYAN GWGLTADHVN LQMNGRQWPE HTFGVRVTHS QSGMRLLLKS DYFNLSDMQT 
LTAEIGYQPK RIQTLFQQLK PSGILRHFTL LYSQRAQTPY YHIITDFEDL NFQPQEGWPG 
GAHLMGAIDA TAQHPASGWR FQVSQSDIQN NNLHWHGEGF LSLPAKGSPF VNLQGKIGLK 
NINAIKNYLP SRGLSPHLRA WLNQAFSTGE ITSGTVNFKG PLDRFPFLHQ EGSFDAIANV 
DRVTLNYHSG WPALQNIKAK VMFHNNQLRI VASHANISGN PLDHLKAVIP DLKDPVLSVS 
GHSTSNLANG FKFLKAAPLS VAKRMQGTTA QGPMNLNLKL RIPLDHSNQE VRAEGQLAVK 
DGQFSLNNWG IMLDHINGNF HFINEDFSAD PVFAKWLGLP IAFHIATLNP SSQSPVLQFE 
MSGELAMQAL QKKFKWSILN YLNGATTYRA LLNLHGKDSQ QDSLSIATDL SGIQSTLPAP 
YNKLSKEVSL LTSHLSFYGN KLSKIKVHYQ GSSSNAATSL LVSPVNEGWS VDIQNPLIAG 
NLLIPNRLDD YWRGYFSRLY LPEFKAEKKQ WNSQALPPVD LAVDDFHYGK KILGKLALQT 
SRTMEGLRID KLAITAPLFN VDATGMWRTK IGRSQTTLSG SFTSPNLGDL LKQWKITHAL 
EGGKGRADFS VKWPGSPDQF KVAQLNGDIK LNFYSGRVTE LTKTTESELG FGRLLNLFSL 
QSLPKLPLNL ANFSKKGFAF NFFRGNFLLS KGVAKTQNAS LVGDVAWVQI KGLIGFANKN 
YDLHLQVVPN ITSTLPLIVG LAGGPLAGVI AWVADKILAP HVGKAAQVNY HIAGSWNKPD 
IILPAPAETD LSP