| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Fnod_R0017 |
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| Symbol | |
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| ID | 5451634 |
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| Type | rRNA |
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| Is gene spliced | No |
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| Is pseudo gene | Yes |
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| Organism name | Fervidobacterium nodosum Rt17-B1 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_009718 |
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| Strand | - |
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| Start bp | 808629 |
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| End bp | 812621 |
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| Gene Length | 3993 bp |
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| Protein Length | |
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| Translation table | |
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| GC content | 53% |
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| IMG OID | 640874493 |
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| Product | 23S ribosomal RNA |
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| Protein accession | |
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| Protein GI | |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 3 |
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| Plasmid unclonability p-value | 0.0503032 |
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| Plasmid hitchhiking | No |
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| Plasmid clonability | normal |
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Fosmid Coverage information |
| Num covering fosmid clones | n/a |
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| Fosmid unclonability p-value | n/a |
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| Fosmid Hitchhiker | n/a |
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| Fosmid clonability | n/a |
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Sequence |
| Gene sequence | TGAAGGTAGT AAGGGCATGC AGTGGATGCC TAGGCGGCGA GAGGCGAAGA AGGGCGTGGC
AAGCTGCGAA AAGCCCGGGG GAGCTGCAAG CGAGCGTTGA TCCCGGGATA CCCGAATGGG
GCAACCTGTG CACGTGAAAG CGTGCACGCC GAGAGGCGCG AGACCCGGGG AAGTGAAACA
TCTCAGTACC CGGAGGAAAA GAAATCAAAC GAGATTCCCT GAGTAGAGGC GATCGAAAGG
GGAGGAGCCT AAACCAGCCG AAAGGCTGGG GTTGTGGGAC ACAGTTAGGC TGAGTCCGCT
CCGTAATCAC TCATAGCTGA ACAGTCTGGG AAGGCTGACC GAAGAGGGTG ACAGTCCCGT
AGGCGAAATG AGTGATGAAG GAGTGACTGT GATCCCGAGT AGCGCGGGAC TCGAGGAATC
CCGCGTGAAT CAGGGGGGAC CACCCTCCAA GGCTAAATAC TCCTCGCCGA CCGATAGCGC
AACCAGTACC GTGAGGGAAA GGTGAAAAGC CCCCCGGAAG GGGAGTGAAA GAGACCTGAA
ACTGCATGCC TACAAGAAGT CGGAGCCCGC GAGGGTGACG ATGTGCCTTT TGATTAATGA
GCCTGGGAGT TATCGCTGCT GGCGAGGTTA AGCCGATAAA GGCGGAGCCG GAGCGAAAGC
GAGTCCGAAT AGGGCGCGAG TCAGTAGCGA TAGACCCGAA GCCGGGTGAG CTACCCATGG
GCAGGATGAA GGTGGGGTAA AACCCACTGG AGGTCCGAAC CGGTGGATCG TGAAAAATCC
TCGGATGACC TGTGGGTAGG AGTGAAAAGC TAACCGAACT CGGTGATAGC TGGTTCTCCC
CGAAATGCAT TGAGGTGCAG CCTCAGGAGT TCTGTGGTGG AGGTAGAGCG CTGGTAGGGC
TAGTGGGGTA ACCTGCGAAC CCTGTCAAAC TCCGAATGCC GCCACACGAG ATCCTGGGAG
TGAGCCCGTG AGGGATAAGC TTCACGGACG AGAGGGGAAC AACCCAGACC GTCGGCTAAG
GGCCCGATAG TGTTAACTTG TAGTGATGAA AGAGTGTAAT TGTGAAAGAA TGCGATTGAT
ATTGCCATTG TGCGTTTTCC AAAGATTCTT CACTACACAA AATCCTTGAA TATATTTCGC
TAAGTTCTTC GTATTCTTCA GCCCTCGCTT GAGTCGGAAA AAGTCTTTCA ACAATGAAAA
CTTAGATTCA CATTGATTGT TTTTACCGAG CGGTACCACT ACGTGATTGA TATTTCTGAA
CAACAGCTTT ACTGCACTTT CATATGCACC AAGTCCATCA GTAATAAGTT CAATGTTTCT
AGGTTTTGAA TTACCAAAGA ACTTCTCGAG CAATACTTTG ACTTGTCCCA TATCACGATA
CTTTGAGACA TGCCAACAAA GAATTAAGTT AGTTTCGTGA TCAACTAATA GCCAAACATA
GTACTTTTGT TCTTTGAACA CAAGAACAGT TTCATCAGCA TGAACTGAGA AAACATTTTC
GATGGTAAAT GTTGGAAAAA GTACAGAGAA TAAAGTACAC AATTTAATAA CCCATTTGTA
TATGGTGACA TGAGATACTT TGATATTAAG AGAATGAGCA AGAGAGCGAT AAGACATATT
GTGTTTCATA TACAAAACAA AAGCCTTTAA GACGAAAAAG ATAGGGAAGC GGAAATATTT
AAATTTCTCA GGAATAAGGG TGACTGGTTC GGGGAGGTTA AAAGGTACTC TATCTTTGGT
ACGACAAGCT CTACAACGGA AGACAACGAA AGAGCGACGG ACTTTGTAAA TTTGCATAGA
TTTACCACAA GAAGTGCATT TGGGATAAGG GAAAGGGAAG TTTTTGCGTT TTTGAGAATG
GGAGAGTTTG AAAGAATGAT GGCAGAGTTT GCAAAGGAAT TGTTGGTTAC CGTATTTGTC
ATGACCGTTT TTGTATAAGC TGGTGGAACC GCATTTTGGA CAAGAGAGCG TTGAGTTGTT
CATATCGGGA TACCTCCTTT GTCGAGAGTT GGTTGGGGGG TGTCCCCTCT TTATAAGGAT
AATGCGGTTT TTGGAAAGTT TCAATACTTT TAGTTAACAT TATCAAGGGC CCGGAGAGGT
GGCTAAGTGT GAAGAGGAAG GATGTGGTGT GGCCCAGACA ACCGGGATGT TGGCTTAGAA
GCAGCCATCA TTTAAAGAGT GCGTAACAGC TCACCGGTCG AGCCGCACTG CGCCGAAAAT
GTGCGGGGCT GAAGCCACCC CCCGAAGCCA CGGAATCTAC CGTTAGGTAG ATTGGTAGGG
GAGCGTTCCG CGGTAGGGAG AAGGTAGACT CGAGAGAGCT ACTGGACGAA GCGGAAGTGA
GAATCCAGGC ATGAGTATAC GAGAGGATGG TGAGAATCCA TCCCCCCGAA AGCCTAAGGG
TACCTGGGGA AGGGTCGTCC GCCCAGGGTA AGTCGGGACC TAAGGAAAAC CCGAAAGGGG
TATCCGATGG GAAACCGGTT AATATTCCGG TACCACCGGC TAACCGATAC TGCAAGCGGG
GACGCAGGAG GCTAAGCTCC GGGGATAAGT GGCAAATCCC TCCAAGCGGT TAGGCGAAGA
GGGCTGTAGG TAAGTCCGCA GCCTGAGCTG AGCCGTGAAG GGGAGACTCC GAAAGGGGTC
AACGGAGCTG ACGCCACACT GCCAAGAAAA GCCGCGTGTA GTGGTTAGCA GGTGCCCGTT
CCGCAAACCG ACACAGGTAG GCGGGCTGAA AAAGCTAAGG GGAGCGGGAT AACCCTTGCC
AAGGAACTCG GCAAATTGAC CCCGTAACTT CGGGAGAAGG GGTGCCACGG TAGGTTGAAG
TCAGGGGAAG CCGCGAGGTG GAAACTGACG GAGGCCGAGG TGGTCGCAGA GAAATGGCCC
TGGCGACTGT TTACCAAAAA CACAGGTCTC TGCCAACTCG ATGAGAGGAA GTATAGGGAC
TGACGCCTGC CCGGTGCCGG AAGGTTAAGG GGAGGGGTGC AAGCTCCGAA CCGAAGCCCC
GGTAAACGGC GGCCGTAACT ATAACGGTCC TAAGGTAGCG AAATTCCTTG TCGGGTAAGT
TCCGACCTGC ATGAATGGCG TAACGACTGG GGCACTGTCT CGGCAGGGGA CCCGGTGAAA
TTTCAGTCTG GGTGAAGATG CCCAGTACCC GCAGCTAGAC GGAAAGACCC CGTGGAGCTT
TACTGTAACC TGGTATTGTG CTCTGTTGCG GCGTGTACAG GATAGGTGGG AGGCGAAGAA
GCGTGCTCGC CAGGGCACGT GGAGCCGGCG GTGGGATACC ACCCTCGTTG CAGCGGAGTT
CTAACCTACG CATGTGGAGA GCATGCGAGG GACAGTGCCA GGTGGGCAGT TTGACTGGGG
CGGTCGCCTC CTAAAGAGTA ACGGAGGCGC GCAAAGCTCG GCTCAGGTGG GTTGGAAATC
CACCGTTGAG TGCAAGGGCA AAAGCCGGGC TGACTGCGAG ACCGACGGGT CGAGCAGAGG
GGAAACCCGG TCCTAGTGAC CCGGCGACTC CGAGTGGAAG GGTCGTCGAT CAACGGACAA
AAGTTACCCC GGGGATAACA GGCTAGTCTA GCCCGAGAGT TCACATCGAC GGCTAGGCTC
GGCACCTCGA TGTCGGCTCA TCCCATCCTG GGGCTGAAGC AGGTCCCAAG GGTTAGGCTG
TTCGCCTATT AAAGGGGTAC GTGAGCTGGG TTCAGACCGT CGTGAGACAG GTCGGTCCCT
ATCTGCTGCG GGCGTAGGAG GCTTGAGGAG GGTCGCCCTT TGTACGAGAG GACCAGGGTG
AGGGAGCCAC TGGTGTACCA GCTGTACTGC CAAGTGCATA CGCTGGGTAG CTACGCTCCT
GAGCGATAAC CGCTGAAAGC ATCTAAGCGG GAAGCGCGCT CCGAGATGAG GCCTCCATAA
GGCCGGTCCG AGAAGAGGAC CTAGATAGGC TGGTGGTGGA AGCGCCGAGA GGCGTGGAGC
CAACCGGTAC TAATAGGCCG AAACCTTCAC CTT
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| Protein sequence | |
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