Gene Xfasm12_R0006 details

Gene Information

• Locus tag: Xfasm12_R0006
• ID: 6120562
• Type: rRNA
• Is gene spliced: No
• Is pseudo gene: No
• Organism name: Xylella fastidiosa M12
• Kingdom: Bacteria
• Replicon accession: NC_010513
• Strand: +
• Start bp: 67761
• End bp: 70642
• Gene Length: 2882 bp
• GC content: 52%
• IMG OID: 641648143
• Product: 23S ribosomal RNA

Plasmid Coverage information

• Num covering plasmid clones: 5
• Plasmid unclonability p-value: 0.000647152
• 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

GGTCAAGCGA ATAAGCGCAC ATGGTGGATG CCTTGGCGGT CAGAGGCGAT GAAGGACGTG 
GTAGCCTGCG AAAAGTGTCG GGGAGCTGGC AACAAGCTTT GATCCGGCAA TATCCGAATG 
GGGGAACCCA CTGTTTAGGC AGTATCTTTG AGTAAATTCA TAGCTCAAGG AGGCGAACCT 
GGTGAACTGA AATATCTAAG TAACCAGAGG AAAAGAAATC AACAGAGATT CCCTGAGTAG 
TGACGAGCGA ACGGGGATTA GCCCTTAAGC TAGTATGGTT TTAGGAAAGC AATCTGGAAA 
GGTTGGCCAT AGAAGGTGAT AGCCCTGTAT CCGAAAGGGC CGTACTAGTG AAGATGAGTA 
GGACGGGGCA CGTGAAACCT TGTCTGAATA TGGGGGGTCC ATCCTCCAAG GCTAAATACT 
CCTGACCGAC CGATAGTGAA CTAGTACCGT GAGGGAAAGG CGAAAAGAAC CCCGGAGAGG 
GGAGTGAAAT AGAACCTGAA ACCATGTGCG TACAAGCAGT AGGAGCCCTT ATGGGTGACT 
GCGTACCTTT TGTATAATGG GTCAGCGACT TACTGTTCGT GGCGAGCTTA ACCGTATAGG 
GGAGGCGAAG GGAAACCGAG TCTGATAAGG GCGCATAGTC GCGGGCAGTA GACCCGAAAC 
CGGGTGATCT AGTCATGTCC AGGGTGAAGG TGCTGTAACA GGTACTGGAG GCCCGAACCC 
ACTCCCGTTG CAAAGGTAGG GGATGAGGCG TGATTAGGAG TGAAAAGCTA ATCGAACCCG 
GAGATAGCTG GTTCTCCTCG AAAGCTATTT AGGTAGCGCC TCATATGTAT CCTCTCGGGG 
GTAGAGCACT GTTATGGCTA GGGGGTCATC GCGACTTGCC AAACCATTGC AAACTCCGAA 
TACCGAGAAG GACTGTATGG GAGACACACG GCGGGTGCTA ACGTCCGTCG TGAAAAGGGA 
AACAACCCAG ACCCACAGCT AAGGTCCCAA ATTCATAGCT AAGTGGAAAA CGATGTGGAA 
AGGCATAGAC AGCCAGGAGG TTGGCTTAGA AGCAGCCATC CTTTAAAGAA AGCGTAATAG 
CTCACTGGTC GAGTCGGTCT GCGCGGAAGA TTTAACGGGG CTAAGCTATG AACCGAAGCT 
TGGGGTGCAT ATTTTTATAT GCGCGGTAGA GGAGCGTTCC GTAAGCCTGT GAAGGTGAGT 
TGAGAAGCTT GCTGGAGGTA TCGGAAGTGC GAATGCTGAC ATGAGTAACG ATAATATGGG 
TGAAAAACCC ATACGCCGAA AGCCTAAGGT TTCCTTGCGC AACGTTAATC GGCGCAGGGT 
TAGTCGGCCC CTAAGGCGAG GGCGAAAGCC GTAGTCGATG GGAAGCAGGT TAATATTCCT 
GCACCTCGCG TGAGTGCGAT GGAGGGACGG AGAAGGCTAG GTGTACCGGG CGTTGGTTGT 
CCCGGGGAAA GGAGGTAGGC TGGTTCCTTA GGAAAATCCG GGGGTCCTTT TAAAGCCGAG 
CACCGAGACG AGTCTTTTTA GATGAAGTCA CTGATGCCAC GCTTCCAGGA AAAGCTTCTA 
AGCTTCAGCT CACGAAGACC GTACCGTAAA CCGACACAGG TAGGTAGGAT GAGAATTCTC 
AGGCGCTTGA GAGAACTCGG GTGAAGGAAC TAGGCAACAT GGCACCGTAA CTTCGGGAGA 
AGGTGCACCC TTTTTGGTGG CGCGTGCGCG TTATAGCTGA AGAGGGTCGC AGAAACCAGG 
CCGCTGCGAC TGTTTATCAA AAACACAGCA CTCTGCAAAC ACGAAAGTGG ACGTATAGGG 
TGTGACGCCT GCCCGGTGCT GGAAGGTTAA TTGATGGGGT TAGCTGTAAA AAGCGAAGCT 
CTTGATCGAA GCCCCAGTAA ACGGCGGCCG TAACTATAAC GGTCCTAAGG TAGCGAAATT 
CCTTGTCGGG TAAGTTCCGA CCTGCACGAA TGGCGTAACG ACAGCGGCGC TGTCTCCACC 
CGAGACTCAG TGAAATTGAA ATCGCTGTGA AGATGCAGCG TTCCCGTGGC AAGACGGAAA 
GACCCCGTGA ACCTTTACTA TAGCTTTACA CTGAACGTTG AGTTCGTCTG TGTAGGATAG 
GTGGGAGGCT ATGAAACCAT GACGCTAGTT GTGTTGGAGC CATCCTTGAA ATACCACCCT 
GTCGTGCTTG ACGTTCTAAC CTAGTTCCGT TATCCGGATC AGGGACAGTG TATGGTGGGT 
AGTTTGACTG GGGCGGTCTC CTCCCAAAGA GTAACGGAGG AGCACGAAGG TACGCTCAGC 
GCGGTCGGAC ATCGCGCACT GTGTGCAAAG GCATAAGCGT GCTTGACTGC GAGATCGACG 
GATCAAGCAG GTACGAAAGT AGGTCTTAGT GATCCGGTGG TTCTGTATGG AAGGGCCATC 
GCTCAACGGA TAAAAGGTAC TCCGGGGATA ACAGGCTGAT ACCGCCCAAG AGTTCATATC 
GACGGCGGTG TTTGGCACCT CGATGTCGGC TCATCACATC CTGGGGCTGT AGTCGGTCCC 
AAGGGTATGG CTGTTCGCCA TTTAAAGTGG TACGCGAGCT GGGTTCAGAA CGTCGTGAGA 
CAGTTCGGTC CCTATCTGCC ATGGGCGTTG GAGATTTGAG AGGGGCTGCT CCTAGTACGA 
GAGGACCGGA GTGGACGAAC CTCTGGTGTT CCGGTTGTCA CGCCAGTGGC ATTGCCGGGT 
AGCTATGTTC GGAAGCGATA ACCGCTGAAA GCATCTAAGC GGGAAGCGCG CCTCAAGATG 
AGATCTCCCG GGATGTAAAT CCCCTAAAGG AACCATGTAG ACTACGTGGT GGATAGGTCA 
GGTGTGTAAG TGCAGCAATG CATTGAGCTA ACTGATACTA ATGATCCGTG TGGCTTGACC 
AT 

 

Protein sequence