Gene CBUD_1187 details

Gene Information

• Locus tag: CBUD_1187
• ID: 5458743
• 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: 1158128
• End bp: 1160179
• Gene Length: 2052 bp
• Protein Length: 683 aa
• Translation table: 11
• GC content: 41%
• Product: two component system histidine kinase
• Protein accession: YP_001424551
• Protein GI: 209363989

Plasmid Coverage information

• Num covering plasmid clones: 9
• Plasmid unclonability p-value: 0.572633
• 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

ATGGGTAGGC AAAATTGGAA AATTAAAAAC TTAGAGGTTT GTATGGAAGT TTCAACAACA 
AGGATTCACA AACCGATTCT CAAAAAATTA GGTTCTCTTT TTCTCAACCT AGCTGAAACC 
AGCCAGGACA TCTTCTGGAT TCGTTCCGTT GATTTTTATA CCCACGTCTA CGTCAGCCCA 
GCTTTTGAAA ATATTTTCGG TATTTCACGT CAAACGCTTT ACGCTAATCC GAACAAATGG 
ATGAATGCGG TGATTACTGA AGATCGAGAT CGACTCCGCC ACCTGATAAT GGAATGGCAA 
GTTAAAAATA AAAAAGGGGC AGCTTACACG GTTGATTATC GAATTATTGA TGCCTATGGC 
GAAATGCATT GGATCAACGA AACTTCTTAT CCCGTTTATG AGGACGACCA ATGCCTTGGT 
TATGCGGGAG TAGTCAAAGA TGTCAGTAGC GAAAAATTGC GCGTAAAAGA ATTCGATAAT 
GCCGTCCATT ACTTCCGTCA TTTTGTTGAA AGAGTGTCAG GTGTTTTTTG GGTAAAAGGA 
AGTCGAGGGG ATAAGCAAAT TTATATTAGT CCCACTTATG AAAAAATATG GGGGGTAAGT 
TGTGAAAGTC TATACCAGAA CCCGAAGTCA TGGATAGATT ACGTTTTGCC TGAAGATATC 
AGTAATGGCA AAGTGAACGT AAATTTTTAT GAAACGGCGG CCGATCAACG AACGCCTGAT 
TCTAAATATG AATTTCGCTT CCGAATTCGC CGTCCCGATG GAGAAATTCG ATGGATCAAA 
GACACCTATT TTCCCATTAT GGAAAACGGG AAATTAGTGG GTTTTGCGGG CATCGCCGAA 
GACGTTACTA ATGATGCACT GCGCGAAAAA GAACTGTGGG AGGCCAAAGA ATTTGCTGAA 
CAAGCTAACC GGACTAAATC TGATTTTCTG GCGATGATGA GCCACGAATT ACGAACCCCC 
TTGAACGCTA TCCTCGGCAT GTCTCAAATT TTAAAAACAC ATAATTTGTC GGATGAACAA 
CAAGGGCAAA TTGATGTCAT CTCGCAAACG GGTCAAAATT TATTGGCGCT ACTAAATGAC 
CTTCTTGATT TTGCAAAGCT TGAAGCCGGT AAGCTCTCCT TTACAGAAGA AACGATGGAT 
TTGCATGAGC TGGTGATGAA AATTAAAGGA GACATGTTAT TGTTAGCTCA TAAAAAAGGA 
ATCCAATTGA AATTTGATTA TCCGGAAAAT ATTCCAAGCA AAGTGATGGG CGATGCAAAA 
CGAATCCGTC AGGTATTAGT AAATTTACTA TCAAACGCGC TTAAATTTAC GGAAAAGGGC 
TATGTTCAGT TAACGGCAAA TTGTTTGAAG AAAGATCATA AAAAAATGAC GCTTTGCTTT 
ACCGTTAAAG ACACTGGAAT TGGAATGGAA AAGACTAAGC TTTCTTCGAT TTTCAATCGA 
TTTCAGCAAA TTAATTCGGT TTATCAACGA AAATACGATG GTGTTGGCTT GGGATTATCG 
ATCGTCAAAG AACTGCTGGA AAAAATGGGC GGGACTATTT CCGTAACCAG CGAACCCGGT 
GTGGGTTCCG AATTTACCTG CATTATCCCA TTTCGATTAC AAGCCGACTC AAACCCCACC 
TTACCCGCGC GCGATTTACT TGAGAAGCAA GCCGTTAATA ATTCCACTTA TGATCGCGAG 
TCTCGTTTTA ATATGAATGT GTTGGTGGTT GAAGATAATT TAATTAACCA GAGAATTTCA 
AAAATCATGC TTGAGCAAGT GGGGTGCCAA GTGGATATCG CCGGCTGTGG GAAAGATGCT 
ATTGAAAAAA TGAAAAAACA CTACGACATG GTTTTTATGG ACATCGGGTT ACCCGACATG 
GATGGTTTTG AGACCACTCA ATGCATCCGT CATAATGAAA CACCCGGTCA ACGCGTTCCT 
ATTGTCGCAA TGACCGCTCA TGTTTTTGCA CAGGACCGCA AACGTTGTTT TGATGTAGGA 
ATGGACGAAG TGATGGCAAA GCCGATTATG CAAGATGATC TGATTAAAGT TCTCAAACGG 
TGGGCGGCGT AA 

 

Protein sequence

MGRQNWKIKN LEVCMEVSTT RIHKPILKKL GSLFLNLAET SQDIFWIRSV DFYTHVYVSP 
AFENIFGISR QTLYANPNKW MNAVITEDRD RLRHLIMEWQ VKNKKGAAYT VDYRIIDAYG 
EMHWINETSY PVYEDDQCLG YAGVVKDVSS EKLRVKEFDN AVHYFRHFVE RVSGVFWVKG 
SRGDKQIYIS PTYEKIWGVS CESLYQNPKS WIDYVLPEDI SNGKVNVNFY ETAADQRTPD 
SKYEFRFRIR RPDGEIRWIK DTYFPIMENG KLVGFAGIAE DVTNDALREK ELWEAKEFAE 
QANRTKSDFL AMMSHELRTP LNAILGMSQI LKTHNLSDEQ QGQIDVISQT GQNLLALLND 
LLDFAKLEAG KLSFTEETMD LHELVMKIKG DMLLLAHKKG IQLKFDYPEN IPSKVMGDAK 
RIRQVLVNLL SNALKFTEKG YVQLTANCLK KDHKKMTLCF TVKDTGIGME KTKLSSIFNR 
FQQINSVYQR KYDGVGLGLS IVKELLEKMG GTISVTSEPG VGSEFTCIIP FRLQADSNPT 
LPARDLLEKQ AVNNSTYDRE SRFNMNVLVV EDNLINQRIS KIMLEQVGCQ VDIAGCGKDA 
IEKMKKHYDM VFMDIGLPDM DGFETTQCIR HNETPGQRVP IVAMTAHVFA QDRKRCFDVG 
MDEVMAKPIM QDDLIKVLKR WAA