Gene COXBURSA331_A0278 details

Gene Information

• Locus tag: COXBURSA331_A0278
• Symbol: rrlA
• ID: 5794498
• Type: rRNA
• Is gene spliced: No
• Is pseudo gene: No
• Organism name: Coxiella burnetii RSA 331
• Kingdom: Bacteria
• Replicon accession: NC_010117
• Strand: +
• Start bp: 241561
• End bp: 245905
• Gene Length: 4345 bp
• GC content: 46%
• IMG OID: 641329816
• Product: 23S ribosomal RNA segment

Plasmid Coverage information

• Num covering plasmid clones: 0
• Plasmid unclonability p-value: 0.000000000810998
• Plasmid hitchhiking: No
• Plasmid clonability: unclonable

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

GGTCAAGTGA ATAAGCGCAT ATGGTGGATG CCTTGGCAGT AAGAGGCGAT GAAGGACGTA 
GTAGCCTGCG ATAAGCTTCG GGGAGCTGGC AAACAAGCGA TGATCCGGAG ATTTCCGAAT 
GGGGAAACCC AACCTTTCGA GGTTATCGTA TACTGAATTC ATAGGTATAC GAGGCGAACC 
TGGGGAACTG AAACATCTAA GTACCCAGAG GAAAAGAAAT CAACCGAGAT TCCGTCAGTA 
GCGGCGAGCG AAAGCGGAAC AGCCCAGTTA CTAAATCATT ATTTGTTCTA GCAGAATGTT 
CTGGAAAGTT CAGCCATAGC GGGTGATAGC CCCGTACGCG AAAGAGTAAA TAATGTGGGT 
AACGATGAGT AGGTCGGGAC ACGTGGTATC TTGACTGAAC ATGGGGGGAC CATCCTCCAA 
GGCTAAATAC TCCTTACTGA CCGATAGCGA ACCAGTACCG TGAGGGAAAG GTGAAAAGAA 
CCCCGGCGAG GGGAGTGAAA TAGAACCTGA AACCGTATGC GTACAAGCAG TAGGAGCATT 
TCTTCGGAAA TGTGACTGCG TACCTTTTGT ATAATGGGTC AGCGACTTAC TTGTTGTAGC 
GAGCTTAACC GTCTAGGGGA GGCGTAGGGA AACCGAGTCC GAAATGGGCG TTTAGTTGCA 
ACGAGTAGAC CCGAAACCGA GCGATCTATC TATGGCCAGG GTGAAGGTCA GGTAACACTG 
ACTGGAGGCC CGAACCCACT AATGTTGAAA AATTAGGGGA TGAGCTGTGG ATAGGAGTGA 
AAGGCTAATC AAGCTCGGAG ATAGCTGGTT CTCCTCGAAA GCTATTTAGG TAGCGCCTCG 
TGTATGACTC TTGGGGGTAG AGCACTGTTT CGGCTAGGGG GCCATCCCGG CCTACCAAAC 
CGAGGCAAAC TCCGAATACC AAGAAGTTTT AGCACGGGAG ACACACTGCG GGTGATAAGG 
TCCGTGGTGG AAAGGGAAAC AGCCCAGATC GCCAGCTAAG GTCCCAAAAT CACAGTTAAG 
TGGAAAACGA TGTGGGAAGG CTCAGACAGC CAGGAGGTTG GCTTAGAAGC AGCCATCCTT 
TAAAGAAAGC GTAATAGCTC ACTGGTCGAG TCGTCCTGCG CGGAAGATTT AACGGGGCTC 
AAACTGTGTA CCGAAGCTGC GGCATCAGAA GACAGATGAC AGATGACAGA TGACAGAAAT 
ATGAAAAAAG AAATATCTAG CTTTGAAGAT TTAGTGGTTT TTCAGAAAGC GTATAAGCTT 
TCTTTAAAGC TTCATAAACT AACTTTAAGT ATGCCTAAAG AAGAGCAATA TGGATTGGCA 
AGCCAAATCC GTCAAGCAAG TAAATCAATT TGCGCGAATA TTGCTGAAGG GTTTGGAAAG 
CAGAGTGTTT CTACGGCTGA ATTTAAGCGA TTTATTTTAA TTGCAATGGG TTCGGCAGAT 
GAGATGCGTG TGTGGTTACG ATATTGTTTT GATTTAGGTT ATTTGAATGA AAAAACCTGG 
GTAGACTTCC GCAATAACTA TCAGGATATT GCGAAAATGC TAAAGGGTTT GCACAAAAGC 
TGGAGTTAAT TTTTATCTTT CTGTCCTCAG TCTTCTGCCA TCTGTCTTCT GATGGGTAGA 
GGAGCGTTCT GTAAGCCTGT GAAGGTGAAT CGAGAGGTTT GCTGGAGGTA TCAGAAGTGC 
GAATGCTGAC ATAAGTAACG ATAATGTGGG TGAAAAACCC ACACGCCGAA AGTCTAAGGT 
TTCCTGCGCA ACGTTAATCG GCGCAGGGTG AGTCGGCCCC TAAGGCGAGG CAGAAATGCG 
TAGTCGATGG GAAACGGGTT AATATTCCCG TACTTTATAA TACTGCGATG GGAGGACGGA 
GAAGGCTAGG TCAGCCACCC GATGGTTGTG GTGGTTTAAG TGTGTAGGAA GGGTTCTTTG 
GCAAATCCGG GAACTCAATT CCGAGACATG ATGACGAAGT ACGAACTTGT TCGTGCAAAG 
TGATTGATGC CACGCTTCCA GGAAAAGTCC CTAAGCTTCA GGTATTGTAA AACCGTACTA 
TAAACCGACA CAGGTGGACA GGTAGAGAAT ACCAAGGCGC TTGAGAGAAC TTGGGTGAAG 
GAACTAGGCA AAATGGCACC GTAACTTCGG GAGAAGGTGC GCCCTTGGTA AGTGAAGGTC 
CTTGCGACTG GAGCTGAAAA GGGTTGCAGA TACCAGGTGG CTGCGACTGT TTACTAAAAA 
CACAGCACTC TGCAAACTCG TAAGAGGACG TATAGGGTGT GACGCCTGCC CGGTGCCGGA 
AGGTTAAGTG ATGGGGTTAG CCCTCGGGCG AAGCTCTTGA TCGAAGCCCC GGTAAACGGC 
GGCCGTAACT ATAAATTAAC CGTTGTAGTT ACGTAAATAA ACTTGGCTAT ATGCTGGAAA 
CTCCGAGTAT CCTCCAGTAC TCATCTCAAC TAAAATTGAG GTAGTAAAAA TCTGCGAGGT 
GCGGACAATC AGCAGGAAAG ACTAATCTTT TTGATTAGAA TCCTCAGAGA CTAATACGCC 
GAGCGTACTT AGAAAAAATC CATTCTAAGT GTGATGATAG AGTCCGATCT CTATAGCGAT 
ATAGAGGGTT TTCAAAAGAA CCTGTTAATC ATTATCCCAT GATTAACATA ACGTCAATAA 
ACGGTCCTAA GGTAGCGAAA TTCCTTGTCG GGTAAAAAAT TGCCCCGCTA AACTGTAAAG 
TTTAGTGATA AAGTCAGCTC ATATCGGGGG AACCCTCCTG CTTTTTAGCA AAGGGCAATC 
CCGAGGGAAG TCTTAAATGA CCCCGTAACG ACTGATCCGA AAGGTGAGGC ACGCATTTGT 
GTGCAATACG CTGACTTCTT GCCCTTGGGT TTATACTCAA GAAGTAAGTG ACTATGGAGA 
ATTTATTTAT GTATTTACAT TTAGAGCCAT GGTATGTAAG TGGTTTAACA GAAGGAGAAG 
GGTGTTTTTC GATATCATTT AACTTCAGAA AAAAGTTAAA AATTGGTATT GAAACAAGAC 
CATCTTTTTC CATCACGTTA AATCAAAGAG ATTTACCTCT CTTAAAAGAG ATACATTCGT 
TTTTTGAATG TGGAGCAATT AGATTTTCAC GAGGGGATCG TACGTATAAA TATGAAGTCC 
GTTCCGTAAA AGATCTTGTG AAGCGAATAA TTCCACACTT CGATAACTAT CCTCTTAGAG 
GAGGTAAACA AAAAGATTTT CGATATTTTT CTGAAATCTG TAAAAAAATA CATACCAATT 
TTCATTTAAA TAAACAACAT TTAATTGAAA TAATAAAAAT GGCTTATCTG ATGAATCCAT 
CAGGTAAACG TAGGCATGAA ATAAATGATC TCCTAAGGTT GCTTGGTGAG AAAATGGTAT 
AGTCTACTCC CTATGGAAAC ATAGGAAAGA GTGAAGTTCC GACCTGCACG AATGGCGTAA 
CGATAGCCAC GCTGTCTCCA CCCAAGACTC AGTGAAATTG AAATCGCTGT GAAGATGCAG 
CGTACCCGCG GCTAGACGGA AAGACCCCGT GAACCTTTAC TACAGCTTTA CACTGAACTT 
TGAATATGCC TGTGTAGGAT AGGTGGGAGG CTTTGAAGCT GGAGCGCTAG CTCCAGTGGA 
GCCAACCTTG AAATACCACC CTGGCGTGTT TGAGGTTCTA ACCCTGTCCC GTAATCCGGG 
TCGGGAACAG TGTATGGTGG GTAGTTTGAC TGGGGCGGTC TCCTCCAAAA GAGTAACGGA 
GGAGTACAAA GGTACCCTCA GCACGGTCGG AAATCGTGCA TTGTGTGCAA AGGCATAAGG 
GTGCTTGACT GCGAGACTGA CAAGTCGAGC AGGTACGAAA GTAGGTCTTA GTGATCCGGT 
GGTCCTTTAT GGAAGGGCCA TCGCTCAACG GATAAAAGGT ACTCCGGGGA TAACAGGCTG 
ATACCACCCA AGAGTTCATA TCGACGGTGG TGTTTGGCAC CTCGATGTCG GCTCATCACA 
TCCTGGGGCT GTAGCCGGTC CCAAGGGTAT GGCTGTTCGC CATTTAAAGT GGTACGTGAG 
CTGGGTTTAG AACGTCGTGA GACAGTTCGG TCCCTATCTG CCGTGGGCGT TGGAGATTTG 
AGAGGAGCTG CTCCTAGTAC GAGAGGACCG GAGTGGACGT ACCTCTGGTG TTCCGGTTGT 
CACGCCAGTG GCATTGCCGG GTAGCTAAGT ACGGACGGGA TAACCGCTGA AAGCATCTAA 
GCGGGAAGCC CCCCTCAAGA TGAGATCTCC CGGACCTTTA AGGTCCCTAA AGATTCGTTG 
AAGACGACAA CGTTGATAGG CAGGGTGTGG AAGCTCAGTA ATGAGTGAAG CTAACCTGTA 
CTAATTAATC GTGCGACTTG ACTAT 

 

Protein sequence