Gene CBUD_2136 details

Gene Information

• Locus tag: CBUD_2136
• ID: 5458711
• 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: 2104565
• End bp: 2106679
• Gene Length: 2115 bp
• Protein Length: 704 aa
• Translation table: 11
• GC content: 40%
• Product: type I protein secretion ATP-binding protein
• Protein accession: YP_001425440
• Protein GI: 154707629

Plasmid Coverage information

• Num covering plasmid clones: 17
• Plasmid unclonability p-value: 1
• 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

ATGAAAGAAG TAGAATCACT GTATAAAAAT TACTTCAAAG AATTAACGCC TTTCTTATTT 
TGTTTAGTCC CCTTACTTGA AGCGCTTCAA TGGAATGGCA CACCGCGTGA TATTATCCAA 
GCTTTCCCCC ATTTCACCGC TCGACTAGGC TTAGTTCAGT TTCTTCGCAT GATGAATATT 
TTAGGATTTG AATATAAGCA AATTGAGACT TCGCTAGACA AACTTAACCA ACAATTTCTC 
CCTTGTCTTT TCGTCGTCGA TAAAAAATCG CCTTATGTTT TACTTCGCCG AGAAAATAAC 
AAATACATTG TCTATAATGG AAAAACCCAA GCCGAAGAAA AACTTTCGTC CAACGTAAAA 
GGAACCATTT TCAGTTTTTA CCGCCTTACA AAATATGAAT ACGAAATTCA ACAACGCAAA 
TCCGCGTCGT GGTTGGTTCA ATTTTTTAAA AAATTTCGTT TCCAATTAAT CCAATTACTC 
ATTATCAGTT TATTAAGTGC TGCTTTATCT TTAGCCATAC CGCTTTATAT ATTAATCGTT 
TACGATCGAG TCGTGCGCGC CCTTTCATCG TCTATGCTCT TTAGTTTCGG CGGCGGGGTT 
TTAATTGCCC TTATTGGGAT CGCGCTTTTA GAAAAATTAC GAAGTAACCT CATGACTTAT 
ATTGGAAACC AGCTCGACGC TTCCACGGGT AGAGAAATAC TGGATAAAGT ATTATCTTTG 
CCCATGACAT ACCTCGAACA AAGTCCGGTA GGATCACAAA TTGCACGGAT TAAAGATTAT 
GACTCACTGC TAAGTGTCAT TACTGGAAAT TTGTTAACTT TATTATTCGA CATCCCCGTT 
GCTATTTTAT TTTTATTCGT TGTCGCTTTT ATGGGGGGAA CGCTAACCTT AGTTCCTATC 
TTTATCGCTG TTCTTTTTAC AATATTCATA CTGTTATTTT ATCGGCCCAT CAATAACCGA 
ATTAAGCACC GCGCTTATAT CAATTCGGAA AAAAATCATT TCTTATTAGA ATCGATGGAT 
AAAATGGTCG CTTTAAAATA CACCAATGCT TCTCCCGTGT GGGTGGAGCG GTATAAAAAT 
TTATTGGCGG AATCTACCTT CCTATCTTAT CGTCTATCCA TGTTGCGGGA TTCTATCACC 
GCTATTTCTG AATGGGTCAT TCTCATCGCG GGTTTTTTAA TCATCGGTTT TGGCGTATTA 
AAGTTTTTTC ATGGCACGCT CACGATGGGC GCATTAATTG CTGTTATGAT ACTGACGTGG 
CGCATTTTAA CTCCCTTTCG ATCCGCTTTC GTATCGATTA CACGAATCGG TCAAATTCAA 
TTTAGCATTC GCCAGCTATC TGCCTTAAGT CGATTGCCCC ACGAGACCCC TCCTTATTTC 
CGGGAGCTCG TCATCGGCAA AATAGAAGGC CAAATTCGTT TTTCCAACGT CACCTTCCGT 
TATTCTCCTC AAGCCAAGCC CGCGGTTTTT AATTTAACAT TCAATCTCCC CGTGGGATCG 
ATGACAGCGG TCACTGGATC TTCGGGGTCT GGCAAAACCA CTTTATTAAA ATTAATATTT 
GGCCTTTATG CTCCTCAAGT TGGGATGATT CAAATTGACG GTGAAGATGT CAGTCAAGCC 
AATTTATTAG AACTTCGTCG ACAGATCGGT TACGTCGCTG AAGAAGATGA ATTTTTTTAT 
GGCACTATTG AACAAAACCT GAGATTGGCC AATCCGCTGG CAACGGATGA GGATATTCGT 
CAGGTACTGG ACTTGTTGAA CCTTACCCAG GAAATAAATG CCATGCCAGA AGCTCTTCAA 
ACCCGAATTC GCGATAAATA TCGGAGTTTA ATTAGTCCTA GTATTCAAAA TCGTCTTTCT 
GTCGCGCGCG CTTTGCTGAT GGATACGCCT ATCTTACTTT TGGACCAACC TGGAGCGGCA 
TTAGATAAAC GCAATGACCA AATTCTTATG GATGTACTTA AAAAATATCA TCGAAAAAAA 
ACCATCGTCT TAGTCACTGT GCGTCCCTCC CATATGAGAT TAGCCGATCG AGTAATGGTG 
CTTGAACAAG GAAGACTAAT GATGGCAGGC AAACCCTCTG AAATTATTCC AAAAATAATG 
GCGGATATCC AATGA 

 

Protein sequence

MKEVESLYKN YFKELTPFLF CLVPLLEALQ WNGTPRDIIQ AFPHFTARLG LVQFLRMMNI 
LGFEYKQIET SLDKLNQQFL PCLFVVDKKS PYVLLRRENN KYIVYNGKTQ AEEKLSSNVK 
GTIFSFYRLT KYEYEIQQRK SASWLVQFFK KFRFQLIQLL IISLLSAALS LAIPLYILIV 
YDRVVRALSS SMLFSFGGGV LIALIGIALL EKLRSNLMTY IGNQLDASTG REILDKVLSL 
PMTYLEQSPV GSQIARIKDY DSLLSVITGN LLTLLFDIPV AILFLFVVAF MGGTLTLVPI 
FIAVLFTIFI LLFYRPINNR IKHRAYINSE KNHFLLESMD KMVALKYTNA SPVWVERYKN 
LLAESTFLSY RLSMLRDSIT AISEWVILIA GFLIIGFGVL KFFHGTLTMG ALIAVMILTW 
RILTPFRSAF VSITRIGQIQ FSIRQLSALS RLPHETPPYF RELVIGKIEG QIRFSNVTFR 
YSPQAKPAVF NLTFNLPVGS MTAVTGSSGS GKTTLLKLIF GLYAPQVGMI QIDGEDVSQA 
NLLELRRQIG YVAEEDEFFY GTIEQNLRLA NPLATDEDIR QVLDLLNLTQ EINAMPEALQ 
TRIRDKYRSL ISPSIQNRLS VARALLMDTP ILLLDQPGAA LDKRNDQILM DVLKKYHRKK 
TIVLVTVRPS HMRLADRVMV LEQGRLMMAG KPSEIIPKIM ADIQ