Gene Maqu_R0019 details

Gene Information

• Locus tag: Maqu_R0019
• ID: 4656093
• Type: rRNA
• Is gene spliced: No
• Is pseudo gene: No
• Organism name: Marinobacter aquaeolei VT8
• Kingdom: Bacteria
• Replicon accession: NC_008740
• Strand: +
• Start bp: 1012327
• End bp: 1015226
• Gene Length: 2900 bp
• GC content: 55%
• IMG OID: 640721720
• Product: 23S ribosomal RNA

Plasmid Coverage information

• Num covering plasmid clones: 0
• Plasmid unclonability p-value: 0.00407691
• Plasmid hitchhiking: Yes
• Plasmid clonability: hitchhiker

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

GTCAAGCAAC TAAGCGCATA CGGTGGATGC CTTGGCAGTC AGAGGCGATG AAAGACGTGG 
AAGCCTGCGA TAAGGTTCGG GGAGCTGGCA AACGAGCTGT GATCCGGACA TCTCTGAATG 
GGGAAACCCA CCAACCTTCG GGTTGGTATC TTACACTGAA TCCATAGGTG TAAGAGGCGA 
ACCAGGGGAA CTGAAACATC TAAGTACCCT GAGGAAAAGA AATCAACCGA GATTCCCTAA 
GTAGCGGCGA GCGAACGGGG ACCAGCCCTT AAGCTGAACA ACTGGTAGGA GAAGGCTCTG 
GAAAGTGCCG CCATAGTGGG TGATAGCCCC GTATCCGAAA CCTGAGTTCA GTGAAATCGA 
GTAGGTCGGC GCACGAGAAA CGTTGACTGA ACATGGGGGG ACCATCCTCC AAGGCTAAAT 
ACTCCTGACT GACCGATAGT GAACCAGTAC CGTGAGGGAA AGGCGAAAAG AACCCCTGTG 
AGGGGAGTGA AATAGACCCT GAAACCGTAT GCGTACAAGC AGTCGGAGCA GACTTGTTCT 
GTGACGGCGT ACCTTTTGTA TAATGGGTCA GCGACTTATG TTCAGTGGCG AGGTTAACCG 
TTTAGGGGAG CCGTAGGGAA ACCGAGTCTG AATAGGGCGA ATTAGTCGCT GGGCATAGAC 
CCGAAACCGG GCGATCTATC CATGAGCAGG TTGAAGGTGC CGTAACAGGC ACTGGAGGAC 
CGAACCCACT GTCGTTGAAA AGCCAGGGGA TGACTTGTGG ATCGGAGTGA AAGGCTAATC 
AAGCCCGGAG ATAGCTGGTT CTCCCCGAAA GCTATTTAGG TAGCGCCTCG GACGAATACC 
ACAGGGGGTA GAGCACTGTT TGGGCTAGGG GGTCATCTCG ACTTACCAAC CCCATGCAAA 
CTCCGAATAC CTGTGAGTAC TATCCGGGAG ACACACGGCG GGTGCTAACG TCCGTCGTGA 
AGAGGGAAAC AACCCAGACC GCCAGCTAAG GTCCCAAAGT ACCAGTTAAG TGGGAAACGA 
TGTGGGAAGG CTCAGACAGC TAGGAGGTTG GCTTAGAAGC AGCCACCCTT TAAAGAAAGC 
GTAATAGCTC ACTAGTCGAG TCGGCCTGCG CGGAAGATGT AACGGGGCTC AAACTGGTCA 
CCGAAGCTGC GGCTGCATAC TTTGTATGCG GGGTAGGGGA GCGTTCTGTA AGCCTGCGAA 
GGTGTGTTGA GAAGCATGCT GGAGGTATCA GAAGTGCGAA TGCTGACATG AGTAACGACA 
ATGCGGGTGA AAAACCCGCA CGCCGGAAGA CCAAGGGTTC CTGCGCAACG CTAATCGGCG 
CAGGGTGAGT CGGCCCCTAA GGCGAGACCG AAAGGTGTAG TCGATGGGAA ACGGGTTAAT 
ATTCCCGTAC CTTGGATAGC TGCGATGGAG AGACGGAGAA GGCTAGGTGA GCCGGGCGAC 
GGTTGCCCCG GTTTAAGCAT GTAGGGAGTG GACTTAGGCA AATCCGGGTC CACAATCCCG 
AGACGCGACG ACGAGTGCCC AAGGGCGCGA AGTCATTGAT GCCCTGCTTC CAGGAAAATC 
TTCTAAGCTT CAGGCTATTC GAGACCGTAC CCCAAACCGA CACAGGTGGT CAGGTAGAGA 
ATACCAAGGC GCTTGAGAGA ACTCGGGTAA AGGAACTAGG CAAAATGGTG CCGTAACTTC 
GGGAGAAGGC ACGCCGGTGT GTACGTGAAG CCCCTGCGGG TGGAGCGGAA GCCGGTCGAA 
GATACCAGGC CCCTGCGACT GTTTATTAAA AACACAGCAC TCTGCAAACA CGAAAGTGGA 
CGTATAGGGT GTGACGCCTG CCCGGTGCCG GAAGGTTAAT TGATGGGGTT AGCATTCGTG 
CGAAGCTCTT GATCGAAGCC CCGGTAAACG GCGGCCGTAA CTATAACGGT CCTAAGGTAG 
CGAAATTCCT TGTCGGGTAA GTTCCGACCT GCACGAATGG CGTAACGATG GGGGCGCTGT 
CTCTACCCGA GACTCAGTGA AATTGAAATC GCCGTGAAGA TGCGGTGTAT CCGCGGCTAG 
ACGGAAAGAC CCCGTGAACC TTTACTATAG CTTCACAGTG AACTTTGAGC ATGCTTGTGT 
AGGATAGCTG GGAGGCTTTG AAACCGGGAC GCCAGTTCCG GTGGAGCCAA CCTTGAAATA 
CCAGCCTGGC ATGTTTGAGG TTCTAACTCT GGCCCCTTAT CGGGGTTGAG GACACTGTGT 
GGTGGGTAGT TTGACTGGGG CGGTCTCCTC CCAAAGCGTA ACGGAGGAGC ACAAAGGTGG 
GCTAAGCACG GTCGGACATC GTGCGGTTAG TGTAATGGCA CAAGCCCGCT TGACTGCGAG 
ACAGACACGT CGAGCAGGTA CGAAAGTAGG TCATAGTGAT CCGGTGGTTC TGTATGGAAG 
GGCCATCGCT CAACGGATAA AAGGTACTCC GGGGATAACA GGCTGATACC GCCCAAGAGT 
TCACATCGAC GGCGGTGTTT GGCACCTCGA TGTCGGCTCA TCACATCCTG GGGCTGAAGC 
CGGTCCCAAG GGTATGGCTG TTCGCCATTT AAAGTGGTAC GCGAGCTGGG TTTAGAACGT 
CGTGAGACAG TTCGGTCCCT ATCTGCCGTG GACGTTGGAG ATTTGAGGAA AGCTGCTCCT 
AGTACGAGAG GACCGGAGTG GACGAACCTC TGGTGTTCGG GTTGTCACGC CAGTGGCATT 
GCCCGGTAGC TATGTTCGGA CAGGATAACC GCTGAAAGCA TCTAAGCGGG AAGCCCCTTC 
CAAGATGAGA TCTCCCCGAG GCCTCGAGCC TCCTGAAGAG CCGTTCAAGA CCAGGACGTT 
GATAGGCCGG GTGTGTAAGC GCTGCGAGGC GTTGAGCTAA CCGGTACTAA TTGCTCGTGC 
GGCTTGACTA TATAACACCC 

 

Protein sequence