Gene CBUD_1171 details

Gene Information

• Locus tag: CBUD_1171
• ID: 5457996
• 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: 1146068
• End bp: 1148140
• Gene Length: 2073 bp
• Protein Length: 690 aa
• Translation table: 11
• GC content: 38%
• Product: intracellular signalling protein
• Protein accession: YP_001424535
• Protein GI: 154707669

Plasmid Coverage information

• Num covering plasmid clones: 16
• 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

ATGCAGTACA AACTGGTTAG GCTAATAGGT CTTTTGTGGC TATTATTATC AATAACGCAT 
GCTTATGCGG GCACTCTTGT TTTGACCGAC GACGCCAAAG ACGAATATCG AAGTATGGCG 
CCTTATATGG AAATGTATTT GGACCCCACT CATCAATTAA CCTTGCAAGA TTTTTTAAAA 
TATCCCGAAA TTTATCCTTT TCAAAAGCAC GATACTAATT ACATTGCAAA ATATATTAAT 
ATTATAATTT GGTTTCGTTT TTCAGTGGAT AATCAAACCG ATCATTTTCA GTCTTACTAT 
TTGACTAGCG GCAGAGGGGT TGATCCCGGC TGGACCATCT ACGAAATCAA GCCGAACGGC 
GATATATTCA AGCACCCCCG GGGATTAGGA GAATATCATT ATTCGTTATT TTATATTTCT 
ATACCGCCAC ACACGAAATA CCAATTTTAT ACTTCTAGTT ACACAGTGGG TGTATCACTT 
CAAAACGATT TTCGATTGAT AAGACCCCGC TTTGAACTAA ACGTTCTTAA TAAGAGCTAT 
TTTGTAATTG GCGTTTGTTA TGCTTCTGTA ATCTTATTAT TACCATATTC GGTTATTCTT 
TTTCTCATTT TAAGGAAAAA AGAATACTTG ATTTATGCGT TGTATATTTT TTCTTTCTTA 
TTGGGACTAG CGGTTTTGGA TGGAACGATT AACGTAATCC CCTATTTTGT GTTATCGACA 
CCGGTTTGCA CTTATTTAGC CGTTTTATTA GCTATGCTGG TTGCCGTCTT TTATGGTACT 
TTTGCTCTTG TCATTTTAAA AGTAAAACAT TTTTTGCCGA GAATTTATCG AATCATTCAA 
GCCTATCTTT TCGGAGTCAT TTTAGCTTTT TCGCTAACTC TCATTGATGT TCGCTTGACG 
CGACAAACTG TGGGTGTCTA TATATTGTTT ATCTATTTAG TTTTCGGCGT CATTTCCCTT 
TACTTAAGTT TTAAAAAGTA CACACCGGCT TATTATTATT TAGTGGGCAC GTTAGTGTTA 
TTAGTTATGA CCGCCCTCGG CGTGCTCCAT GAATTGCACG TAATATCATT TGATATTTTC 
TTCGGACAGC CCACTAATTT TATTTTGAGT ATCGAAGTCG TTATACATGC TTTTGCACTA 
TCGGCCTTTT TCAATTACGT AACAAAGTCA AAAGAAGCAA TGGAACAACG CGCTATTAAA 
GCCAATCGCA CCATTATTGA GGAACAACAA AAAGCCATTG AAGCTCAAGA AAAATTGCTA 
GTTTCCTGCA GTCGGTTTGT TCCGCATGAA GCCTTGGAAT TTTTAAATAT AAAAACGGTA 
GATGCTATGA AAAGCGGTGC TCATGTCGAT AAACCTTCTA CCGTTTTATT TGCAGACATT 
GTTAACTTCA CTGCCATGGC GAATGTTTCC GATGTGCCTA AGACCTTTCA ATATATTAAC 
ACCTATACAA GCTCTTCTTC CCCCGTCATT CGTCAACACG ATGGCTTTGT CGTGAAATAT 
TTTGGCGATG CGATTTTGGC TTTGTTCGGT GGTGCGCAAG CAAGTGTTGC GGCTATTCAA 
AGTGCGATTC AAATGATCCA TCGCTTGAAG AAAATCAAAT CCACGAAACA GACAGATATT 
TCAATCGGCG TAAGCATCAC TTCAGGATTG GCGGAATTGG GGATCGCGGG TTCTGATGAT 
CGAATGGGAA TTGTCCTTTT AGGATCTCCC GTAAACCGCG CTACCGGTTT TAATTCACTC 
ACGCGTCTTT TTCGCGTTGC AATTCTCATT ACCGAGCCGG TTTATCAAGA AATCAAACTC 
TCATCGCAAT TCCATACCCG ATTTCTGGAT CAGGTTTCTT CAATCGATAA GAAAAAACAA 
ATTAATGTTT ATGAAGTTTT TGATGCTGAC GAACAAACAA TTATCGATAA GAAGGTCTCG 
ATAATGCCCC ATTACGAGGC GGCCATTCGC GATTTTAATG CAAGAAAATT TAAAACAGCG 
CTAGCGCAGC TTAAAAAGTG TCTATCCATT TTACCGGACG ATCAAGCCTC ACAAATCTAT 
TTGGAACGCT GCCAGAAAGA ATTAAAACAA TAA 

 

Protein sequence

MQYKLVRLIG LLWLLLSITH AYAGTLVLTD DAKDEYRSMA PYMEMYLDPT HQLTLQDFLK 
YPEIYPFQKH DTNYIAKYIN IIIWFRFSVD NQTDHFQSYY LTSGRGVDPG WTIYEIKPNG 
DIFKHPRGLG EYHYSLFYIS IPPHTKYQFY TSSYTVGVSL QNDFRLIRPR FELNVLNKSY 
FVIGVCYASV ILLLPYSVIL FLILRKKEYL IYALYIFSFL LGLAVLDGTI NVIPYFVLST 
PVCTYLAVLL AMLVAVFYGT FALVILKVKH FLPRIYRIIQ AYLFGVILAF SLTLIDVRLT 
RQTVGVYILF IYLVFGVISL YLSFKKYTPA YYYLVGTLVL LVMTALGVLH ELHVISFDIF 
FGQPTNFILS IEVVIHAFAL SAFFNYVTKS KEAMEQRAIK ANRTIIEEQQ KAIEAQEKLL 
VSCSRFVPHE ALEFLNIKTV DAMKSGAHVD KPSTVLFADI VNFTAMANVS DVPKTFQYIN 
TYTSSSSPVI RQHDGFVVKY FGDAILALFG GAQASVAAIQ SAIQMIHRLK KIKSTKQTDI 
SIGVSITSGL AELGIAGSDD RMGIVLLGSP VNRATGFNSL TRLFRVAILI TEPVYQEIKL 
SSQFHTRFLD QVSSIDKKKQ INVYEVFDAD EQTIIDKKVS IMPHYEAAIR DFNARKFKTA 
LAQLKKCLSI LPDDQASQIY LERCQKELKQ