Gene CBUD_2063 details

Gene Information

• Locus tag: CBUD_2063
• ID: 5457486
• 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: 2038037
• End bp: 2040151
• Gene Length: 2115 bp
• Protein Length: 704 aa
• Translation table: 11
• GC content: 42%
• Product: hypothetical cytosolic protein
• Protein accession: YP_001425368
• Protein GI: 154707578

Plasmid Coverage information

• Num covering plasmid clones: 8
• Plasmid unclonability p-value: 0.337542
• 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

ATGCGAGTTG AGCTGTGGCG CGAATTTCAA GCGACGATTC CTGAAGTTGA GGAGTTTTAC 
CGTTACCCTC ACACTAACAT AATCAAGAAA GCAGAAACAC TCCTGGGCGA CTTACAAAAA 
GCAAAGGAAA CCAAACAAAA TGACACCTGC TATACCGCTT TCGATGTACT CTCCCTTCGA 
AATAGGAGGG GCAAGGGAAT ACCCCTGGCT TGGATGGAGT TTCTAATAAA GTTTTCTATT 
GAAGATGTCC GCTTTTCAGG CGGGCCCTCT TTTTTTATAA AAAAATTATA CAACCTCCGC 
GGAAAGGGGC TGATTACCAC TGGAGAAATA TATCAGTTGC TAGGCCAACA AACATGGTCT 
GGTATGAGCC CGTTTACAGC ATTCGTAATT CACTGGGAAA CAAAAGAGGA GGATATTCGT 
CAGCTCATAG AGCTCTTTCC AGAGGAAACG AGAGAAAGTC AACTCCTCCA TTTAGTTCGT 
CAACGAATCT ATCATGGTCA CCTTAATTAT CAAGAGAGAC TCTTTCTACC GCCTGAAAAA 
AGAAATCTTT TTGGCGCGTT ATTCCCAGAC GTTTATTACC CCCTCTATCG CGGAAATTGG 
GTTTCCACCG TAAAAATTTT TCTAACTTAC ATTACGAGCC CCATCAAAAA ACTTGAACTG 
TTAGCCGAAG CAATTAGCGA CGTGCCTTCT CTCAATGCTA GCGACAAAAA AAAATTTGCG 
GAAGTAGTTG AGGAGGATTT ACTACCACTT TTATTATCAA TAGACTATGA AGAGGAAATA 
GATAATCCAA TCAATTCAAC AACGGTGGAC ATGCTACGTC AAAAGAACGT CTTCGAAATT 
CTCGATCACG TAATACGCCG CCAGTTGGCA GATAAGGATT TAGAGAAATA CGTTAAAGCT 
GCCAACGCGC CAGGAAATTT ATTTTATGCA CTCGTTCACT ATGATCTTAA AGCGCGAAAA 
ATCGAATCGG GAGAAACACC ACTCTTAAAA TTACTATTGA AACGATTACC CAAGCAATCT 
TCCTTGAAGA AAGTAGCAAG TAATCCTCAC TATATCGAGA TGACTAACCT CCTAAAGGCA 
GACATCGAAT CAAAGCAGGA TGTTATCCGC AGGGAAAAAT TGGCACCCTC TCCGCTCGAC 
TGGCTCCTAA CAGTTATTCC GCGTAATGAG TGGAATGGAG AATCGAGCCC GGTGGTTTCT 
ACCCTTTTAT CTAATCTCTT CGAAAAAAAC GAGGACGAAG AAATAAAGGA AGAAGAAAGA 
GTAACGACTC CTTTCTATAA CCCCGCCTAT AATTTACTTT CACTTTCCGA TCAACATGGC 
CAAACGGTTC TAGGCTACTG GGCAAAGCAT GAGCCAAACA ATTTGATATT GAAATTACGC 
ACTCTGAAGG ATAAGAAACA TCTTAGCGCT ACCGAAATAT ATCATTTACT GCAACAGCAA 
ACAAAAGAGG GTAAGACGCC TTTTTCAATT TTGACTTGTT GTCATCCTCA TCTTTTTTCT 
GGTTTGATAG GTCCTCTTCG ACTTTCAGCC GAACAACTAT TAAGGTTAGT TCGCCTCTCG 
ACTTATCCCC GTTCTGAGGA GGGCTCTGAG CATAATCTCT TTGACCAACT CCTAGTGGCT 
GATCGTAGCG GCAAACAGCT CGTAACTATT ATCGACAAGA TCCTGCCCTA CTTTGATAAT 
AATCCTATCA AAAAAATTGA ATTGCTCGCG GAAATATTTC GCACTTATTC TTCTCACCCA 
CCCAAAGCGC TTACCGAACT CTATAAAGAG CATTTGTGGC CTCTTTTAGT TTCGGAAGAA 
AACCTTTATG ACGTCCCTTT CGCCGTTTTG GCGATTTTAA GGAAAAGGTC AGCAAAGGCG 
GTACTCAAAG AAGTAATCAC GGACAAGCGG AAAAATGACA AATTAACGGA CCATGATATT 
CAAAAAGGCA ACGATAGTTC ATCCTTATTG GGCGCTGTTG TTAATTTCGA TCGGGATGGG 
GGGAAAATCG TTGCTCTAGA AACAACCAAG ACGTCAAAAT CGCTAAATAA ACGACCTTCT 
TCTTTCTTTA GGTTTTTTTC CAAGACAACG GAAGACAGGA ATACGTCATC CTCGTCTCGC 
CACCATCATC CTTGA 

 

Protein sequence

MRVELWREFQ ATIPEVEEFY RYPHTNIIKK AETLLGDLQK AKETKQNDTC YTAFDVLSLR 
NRRGKGIPLA WMEFLIKFSI EDVRFSGGPS FFIKKLYNLR GKGLITTGEI YQLLGQQTWS 
GMSPFTAFVI HWETKEEDIR QLIELFPEET RESQLLHLVR QRIYHGHLNY QERLFLPPEK 
RNLFGALFPD VYYPLYRGNW VSTVKIFLTY ITSPIKKLEL LAEAISDVPS LNASDKKKFA 
EVVEEDLLPL LLSIDYEEEI DNPINSTTVD MLRQKNVFEI LDHVIRRQLA DKDLEKYVKA 
ANAPGNLFYA LVHYDLKARK IESGETPLLK LLLKRLPKQS SLKKVASNPH YIEMTNLLKA 
DIESKQDVIR REKLAPSPLD WLLTVIPRNE WNGESSPVVS TLLSNLFEKN EDEEIKEEER 
VTTPFYNPAY NLLSLSDQHG QTVLGYWAKH EPNNLILKLR TLKDKKHLSA TEIYHLLQQQ 
TKEGKTPFSI LTCCHPHLFS GLIGPLRLSA EQLLRLVRLS TYPRSEEGSE HNLFDQLLVA 
DRSGKQLVTI IDKILPYFDN NPIKKIELLA EIFRTYSSHP PKALTELYKE HLWPLLVSEE 
NLYDVPFAVL AILRKRSAKA VLKEVITDKR KNDKLTDHDI QKGNDSSSLL GAVVNFDRDG 
GKIVALETTK TSKSLNKRPS SFFRFFSKTT EDRNTSSSSR HHHP