| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Snas_R0032 |
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| Symbol | |
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| ID | 8885649 |
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| Type | rRNA |
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| Is gene spliced | No |
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| Is pseudo gene | No |
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| Organism name | Stackebrandtia nassauensis DSM 44728 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_013947 |
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| Strand | - |
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| Start bp | 4738889 |
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| End bp | 4742031 |
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| Gene Length | 3143 bp |
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| Protein Length | |
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| Translation table | |
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| GC content | 55% |
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| IMG OID | |
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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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Plasmid Coverage information |
| Num covering plasmid clones | 12 |
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| Plasmid unclonability p-value | 1 |
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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 | 15 |
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| Fosmid unclonability p-value | 0.0496031 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | TTAAGTTGTG TAGGGCACAT GGTGGATGCC TTGGTACCAG AAGCCGATGA AGGACGTGTG
AGGCTGCGTT AAGCCTGGGG GAGTTGTCAA CAAAGCTGTG ATCCCAGGAT GTCCGAATGG
GGAAACCCAG CATCATTTAT GTGGTGTTAC CCGCGCCTGA ATGTATAGGG CGTGTGGAGG
GAACGCGGGG AAGTGAAACA TCTCAGTACC CGTAGGAAGA GAAAACAACC GTGATTGTGT
TAGTAGTGGC GAGCGAACGC GCAAGAGGCT AAACCGTGCA TCGTGTGATA CCCGGCAGGG
GTTGCGTGTG CGGGGTTGTG GGACCCACTT TTCTCTATCT GCCGATGGAG AGGGTAGTAA
GAAAGTGTCG TGTTAGGTGA ATCCGTTGGA AAGCGGAACG GTAAACGGTG ATAGTCCGGT
AACCGAAAAC ATGGCACCTG CCTTAGTGGG CACCCGAGTA GCATCAGACT CGTGGAATCT
GTTGTGAATC TGCCAGGACC ACCTGGTAAG CCTAAATACT TTCTGGTGAC CGATAGCGGA
TTTAGTACCG TGAGGGAATG GTGAAAAGTA CCCCGGGAGG GGAGTGAAAT AGTACCTGAA
ACCATGTGCT TGCAATCCGT CAAAGCCTAC GCGTGGGTTT ACCTGCGGTG GGTGATGGCG
TGCCTTTTGA AGAATGAGCC TGCGAGTTAG TGGTGCGTGG CGAGGTTAAC CCGTGTGGGG
TAGCCGTAGC GAAAGCGAGT CTGAATAGGG CGAATTGAGT CGCGTGTCCT AGACCCGAAG
CGAAGTGATC TACCCATGTC CAGGGTGAAG CGGCTGTAAG AGGTCGTGGA GGCCCGAACC
CACCAGCGTT GAAAAGCTGG GGGATGAGGT GTGGGTAGGG GTGAAAGGCC AATCAAACTT
CGTGATAGCT GGTTCTCCCC GAAATGCATT TAGGTGCAGC GTCGCGTGTT TCTTGCCGGA
GGTAGAGCAC TGGTTGGCCT AGGGGGCCGA CAAGCTTACT GAAGTCAGCC AAACTCCGAA
TGCCGGTAAG GCTAATAGCG CGGCAGTGAG ACTGCGGGGG ATAAGCTTCG TAGTCGAAAG
GGAAACAGCC CAGATCACCA GCTAAGGCCC CTAAGCGTGT ACTGAGTGGA AAAGGATGTG
TCATCGCGTA GACAACCAGG AGGTTGGCTT AGAAGCAGCC ACCCTTGAAA GAGTGCGTAA
TAGCTCACTG GTCAAGTGGT TTCGCGCCGA CAATGTAGCG GGGCTGAAGT ACACCGCCGA
AGCTGTGACA CTCACACAAT AACCCGGCTC GCCATTACGG TGGCGTGTCT AGGTGTGTGG
GTGGGTAGGG GAGCGTCCTG TCACCATAGA AGCAGCCGCG GAAGCGAGTT GTGGAGGTGG
CGGGAGTGAG AATGCAGGCA TGAGTAGCGA AAGCAGGGTG AGAAACCCTG CCGCCGGATG
ACTAAGGGTT CCAGGGGCAG GCTAATCCGC CCTGGGTAAG TCGGGACCTA AGGCGAGGCC
GAAAGGCGTA GTCGATGGAC AACGGGTTGA TATTCCCGTA CCCGCGAAGA TACGACCATG
ATGAATCTTG TGTGTGCTAA CCACCCAAAC CACCGCGACA TTGGCCTTCG GGCCGGTGAG
TGTGTGGGGC GGCTGGGACC CCGCCTGGTA GTAGTCAAGC GATGGGGTGA CACAGGAGGG
TAGCCGGTCC CGGTGACTGG TAGTGCCGGG CCAAGCATGT AGCCCGTGGT ATAGGCAAAT
CCGTACCACA CGAGGGTGAG ATGTGACGGG TAGCCTGAAT GAAGGTGTAA GTCGGTGATC
CCATGCTGTC GAGAAAAGCC TCTAGCGATG TATCGAGCGG CCCGTACCCC AAACCGACAC
AGGTAGTCAG GTAGAGAATA CTAAGGCGAT CGGGTGAACT GTGGTTAAGG AACTCGGCAA
ATTGCCCCCG TAACTTCGGA AGAAGGGGGA CCACACTCGG TGAATGGATT TACTCCAGGA
GCTGGGGGTG GTCGCAGAAA CCAGGGGGAA GCGACTGTTT ACTAAAAACA CAGGTCCATG
CGAAGAAGTA ATTCGATGTA TATGGACTGA CGCCTGCCCG GTGCTGGAAC GTTAAGAGGA
CCCGTTAACC CGTAAGGGTG AAGCGGAGAA TTTAAGCGCC AGTAAACGGC GGTGGTAACT
ATAACCATCC TAAGGTAGCG AAATTCCTTG TCGGGTAAGT TCCGACCTGC ACGAATGGCG
TAACGACTTC CCCACTGTCT CAACCACAGG CCCGGCGAAA TTGCAGTACG AGTAAAGATG
CTCGTTACGC GCGGCAGGAC GGAAAGACCC CGGGACCTTT ACTACAGCTT GGTATTGATG
CTTTGGACAG TTTGTGTAGG ATAGGTGGGA GCCAGTGAAC CGTGGACGCT AGTTCATGGG
GAGGCGTTGT TGAAATACCA CTCTGATTGT TTGGAGTATC TAACCTGCGA CCGTTATCCG
GTCGAGGGAC AGTGCCTGGT GGGTAGTTTA ACTGGGGCGG TTGCCTCCCA AAAAGTAACG
GAGGCGCCCA AAGGTTTCCT CAGCCTGGTT GGCAATCAGG TGTCGAGTGC AAGTGCACAA
GGAAGCTTAA CTGTGAGACC GACGGGTCAA GCAGATGCGA AAGCAGGGAC TAGTGATCCA
GCACCGGCAA GTGGAAGCGG TGTTGCTCAA CGGATAAAAG GTACCCCGGG GATAACAGGC
TGATCTTCCC CAAGAGTCCA TATCGACGGG ATGGTTTGGC ACCTCGATGT CGGCTCGTCG
CATCCTGGGG CCGAAGCAGG TCCCAAGGGT TGGGCTGTTC GCCCATTAAA GCGGCACGCG
AGCTGGGTTT AGAACGTCGT GAGACAGTTC GGTCCCTATC CGCCGCGCGC GCAGGAAACT
TGAGAAGACC TGTCCCTAGT ACGAGAGGAC CGGGACGGAC GAACCTCTGG TGTGCCAGTT
GTACCGCCAG GTGCACGGCT GGTTAGCTAC GTTCGGAACG GATAACCGCT GAAAGCATCT
AAGCGGGAAA CCGACTTCAA GATAAAGTCT CCATCACCTA GCGTGTGAAG GCTCCCAGCC
AGACGACTGG GTTGATAGGC CAGAAATGTA AGCACAGCAA TGTGTTCAGT TGACTGGTAC
TAACAAGCCG ACCACTTAAC AAC
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| Protein sequence | |
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