Gene Rxyl_R0023 details

Gene Information

• Locus tag: Rxyl_R0023
• ID: 4115036
• Type: rRNA
• Is gene spliced: No
• Is pseudo gene: No
• Organism name: Rubrobacter xylanophilus DSM 9941
• Kingdom: Bacteria
• Replicon accession: NC_008148
• Strand: +
• Start bp: 1339144
• End bp: 1342143
• Gene Length: 3000 bp
• GC content: 61%
• IMG OID: 640715643
• Product: 23S ribosomal RNA

Plasmid Coverage information

• Num covering plasmid clones: 11
• 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

CCATTAAGAG AGTAAGGGCG TATGGTGGAT GCCTAGGCAC CGGAAGCCGA TGAAGGACGT 
GGCAAGCTGC GATAAGCCAC GGGGAGCCGC AAGCGGGCTG TGATCCGTGG ATCTCCGAAT 
GGGGGAACCC GGCGGGGGTA ATGCCCCGTC ACCCGCACCT GAACACATAG GGTGCGTGGA 
GGGAACCCGG GGAACTGATA CATCTTAGTA CCCGGAGGAA AAGAAAGAAA CTCTCGATTC 
CCTGAGTAGT GGCGAGCGAA AGGGGAACAG CCCAAACCGG GTGCGTGGAA GGCTGCGGCC 
GTTGCGCACC CGGGGTTGTA GGGCCGGGCA TGGCCGCTCC GCAGGGCGGC CGGGGAGTTA 
CAAATCGCGC GGGTAGCCGA ACCGGGATGG ATAATCTCGG CCGTAGAGGG TGATAGCCCC 
GTAGGCGAAA CTCGAGCGAC TCCCTGTTCC GGACCCTGAG TAGATCCGGA CACGTGAAAC 
CCGGATCGAA TCCGCGGGGA CCACCCCGCA AGGCTAAATA CTAACGGTGA CCGATAGCGA 
ACCAGTACCG TGAGGGAAAG GTGAAAAGTA CCCCGCAAGG GGGGTGAAAC AGTACCTGAA 
ACCATACGCC TACAAGCGGT CGGAGCGGCG GCTTTGTCGC CGTGACGGCG TACTTTTTGC 
ATAACGGGCC AGCGAGTTGC TCGTGCCTGG CGAGGTTAAG CTCAAGAGCG AGCCGAAGCG 
AAAGCGAGTC TGAACAGGGC GTCTAGTCAG GTGCGGCAGA CCCGAAACCG GGCGAGCTAT 
CCATGGCCAG GCTGAAGCGG GGGTAAGACC TCGTGGAGGG CCGAACCCAC CAGGGTTGAA 
AACCTGGGGG ATGAGCTGTG GATAGGAGTG AAAGGCTAAT CAAGCTCGGC GATATCTGGT 
TCTCCCCGAA ATATATTTAG GTATAGCCCG GCGCGTTTCG TCGCGGGTGT AGAGCACTGT 
TTGGGCGCGG GGCCCTACAA GGTTACCAAC CTCAGACAAA CTCCGAAGAC CGTTGACGTG 
AGAGCGCCGG AGTCAGGGGC CGGGGGATAA ACTCCGGTCC CGAGAGGGAA ACAACCCAGA 
CCGCCGGCTA AGGTCCCCAA ATGACGGCTA AGTGGTGAAA AGGATGTGGC GCTGCACAGA 
CAGCCAGGAG GTTGGCTTAG AAGCAGCCAT CCTTTAAAGA GTGCGTAATA GCTCACTGGT 
CGAGTGGTGT TGCGCCGAAA ATTCAGCGGG CCTCTAAGCC GTCTACCGAA GCCGCGGACT 
TCAGCTTCTG CTGGAGTGGT AGGGGAGCAT CCCGTTGCGG TCGAAGCGGC GCCGTGAGGC 
AGCCGTGGAC GCCTCGGGAG AGAGAATGCT GGCATGAGTA ACGAGAGACG GGCGAGAAAC 
CCGTCCGCCG AAAGCCCAAG GGTTCCTGGG TAAAGCTAAT CTTCCCAGGG TCAGTCGGGA 
CCTAAGCCGA GGGCGAAAGC CGTAGGCGAT GGGCAGCAGG TTGATATTCC TGCACCACGT 
GCGTGGCGTC TGAGCGATGG AGGGACGGAG AAGGGTAGGC CAACCGGGGC GCTGGTTGAC 
CCCGGGCTTG CCCGTAGGGC GGGGACCAGG AAAATCCGGG CCCCACACAA GCCTGAGGGG 
TGAGCCGAGC CCTTTACTGG GCGAAGTGGC TGAACCCATG CTCCCGGGAA AAGCTTCTAA 
GCGAGTCACG CGCGTGCCCG TACCCCAAAC CGACACAGGT GGGCGAGTGG AGAACACTAA 
GGCGATCGAG CGAACTGTGG CTAAGGAACT CGGCAAATTG CCCCCGTAAC TTCGGGAGAA 
GGGGGGCTCC TGCCGGTGAA GGCCCTCGCG GCCGGAGCTG GCGGGAGCCG CAGAGAATAG 
GCCCAAGCGA CTGTTTACCA AAAACACAGG TCTCTGCTAA GTCGAGAAGA CGATGTATAG 
GGGCTGACGC CTGCCCAATG CCAGAACGTT AAGGAAGGGG GTTAGCGCCC TTCGGGGCGC 
GAAGCTCCCG ACCGAAGCGC TGGTCAATGG CGGCCGTAAC TATAACGGTC CTAAGGTAGC 
GAAATTCCTT GTCGGGTAAG TTCCGACCTG CACGAAAGGC GTAACGACTT GGGCGCTGTC 
TCGGCCACAG GCTCGGTGAA ATTGTAGTCT CGGTGAAGAT GCCGAGTACC CGCGGAAAGA 
CGGAAAGACC CCGTGAACCT TTACTGTACC CTGGCATTGG ATGCTGACAC ACCTTGTGCA 
GGATAGGAGG GAGGCTGAGA AGCCGGGGCG CCAGCCTCGG TGGAGCCGTC CTTGAGATAC 
CTCCCTTGGT GTGTTGGTGT TCTAACCCGG CGCCGTGATC CGGGTCGGGA ACAGTGTCAG 
GCGGGCAGTT TGACTGGGGC GGTCGCCTCC TAAAAGGTAA CGGAGGCGCC CAAAGGTCCC 
CTCAGCACGG TCGGAAATCG TGCGTAGAGT GCAAACGCAC AAGGGGGCTT GACTGCGAGA 
CCGACAGGTC GAGCAGGGAC GAAAGTCGGG GTTAGTGATC CGGCGGTCAC GCGTGGAAGT 
GCCGTCGCTC AACGGATAAA AGGTACTCCG GGGATAACAG GCTTATAGCT GCCAAGAGTT 
CACATCGACG CAGCTGTTTG GCACCTCGAT GTCGGCTCGT CGCATCCTGG GGCCGGAGTA 
GGTCCCAAGG GTTGGGCTGT TCGCCCATTA AAGCGGTACG CGAGCTGGGT TCAGAACGTC 
GTGAGACAGT TCGGTCCCTA TCTTCCGTGG GCGTTGGAGG CTTGAGGGGA GCGACTCCTA 
GTACGAGAGG ACCGGAGTGG ACGCACCTCT GGTGTACCGG TTGTCCTGCC AAGGGCACCG 
CCGGGTAGCC ATGTGCGGAA GGGATAACCG CTGAAGGCAT CTAAGCGGGA AGCCCACCCC 
AAGACGAGGC CTCCCATCCC CTCGAGGGAG TAAGACCCCT GGTAGACCAC CAGGTTGATA 
GGCCGCAGGT GCAAGCACGG CGACGTGTTC AGCCGAGCGG TACTAATCGG TCGAGGTCTT 

 

Protein sequence