| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Ssol_0373 |
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| Symbol | |
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| ID | 0 |
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| Type | |
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| Is gene spliced | No |
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| Is pseudo gene | Yes |
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| Organism name | Sulfolobus solfataricus 98/2 |
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| Kingdom | Archaea |
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| Replicon accession | CP001800 |
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| Strand | + |
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| Start bp | 337152 |
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| End bp | 341641 |
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| Gene Length | 4490 bp |
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| Protein Length | |
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| Translation table | |
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| GC content | 50% |
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| IMG OID | |
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| Product | |
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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 | 1 |
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| Plasmid unclonability p-value | 0.221643 |
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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 | ATGCCTGAAG TAGGGTTCCG CTTCCGCGCT TACACAGACG AACAAGCACT GAGGGCGTCA
AAAGCCCAGT TGAGGCTAGC ATGTGAGGTA TATAACACCC TACGTTGGAC AGATACGTAT
TCTACCAAAG GGATGGGAAA GGTCTTACAC AGACGGAGTT AAGACAGATG GCCCTTGACT
TAAGAAAGCA GGATGAGGAG TACAAACAAC TTCACTCACA AGTTGTTCAA CAGATAGCAG
ATCGTTTTTA CGAGGCTAAG AAGAGGTTTA TGGACGGGCT AGCACGCTTT CCAAGACAGT
ATGGGAATCT CTTTTTTCTC GTAAAAAACG AGATGTATGA AATACAGAAA AAGTTGAGAG
GATGAGAATT TCTGGAGAAA AGTTCGTATA TGCGAGGGCG AACCTGAATG TATGAAGCAT
GAGAATACAA CTAAACCGGC GAAGTTCAAC CGAGACTTCG CCAGGTCCGC CCTCAAGATA
ATTTACTCGG TCCTCACTAA AATACTTTTC CCTGAGGAAC TCCTCAGTGC CTTGCTTAAG
GCGAGTGGGA GCTACTTGAG CAGGTTGGGA AAAGATGGGA GAAGAGCGTT GAGAAAGTTG
AACGTGGTTC AAGTTGAGGA CGTGAGGGAT GCGTTGAGGA AGATGGGGAG GATGACGTTA
AGGGGAGTCA GGGACAGGAG GGTAGCAGTG GACTTCCATG TCATACCTCA ATACCACGCT
AACAAGAGTT TCTTGAGTAG GATAAAGCCA ACTAAGGGGA CGTCGTGGGG ATTGGTTCAA
GCTGCGATCT TCCTCCTGGG GAGGAAGAGG CGCTTCCTGG ACGTGATCCC AGTGACCGTG
AAGAACGTAG CTGAAGGTTT CAAGGCGGTG ATGGAGGTAA TCGTGAAGGA GTTAGAGGAG
GATAAGCTGA GGCTCGTCAT GGTCTTCGCG GACAAGGAGT TCGCGGTGAA CGAAGTGATT
AGGTTCCTCT TGGAGTTGGG CTTGGACTTC GTCATATCTG CCAAGGCCCA GATGTACAAG
AAGTACGAGG GGATGTTGCA GAGTGTGGAC GTGAGTTTCG GCGGAGTCAG ATACACGGGC
TTCCTCTGCG TGAGACATGG GACCGGAGCT TATCTCATTA TCCTGAGGAA GGAAGACGGC
AAGATTATTG CCTTCCTCGT GAGGAGGGAG ATCGACCTTC ACGATGCCAT AGTCCTTGCC
GAGATGTACA GGGAGAGGTG GGGGATAGAG AACGCCTTCC GCTCCCTTGA GGAGTTCAGG
ATCAGGTAGC ACTTTACGGT TTTCTCCTCC TCTTGAACAG TTTTTTGATC CCACCCGCCT
CACGGTAAAT ACTTTTTATC AATCTGGCCA ACCTTTTGGC CCCGAGCATC AGACCCGTGG
AGTACTTGAA GTATTGAACA ACGAGGAGGG AGAGAGCCTT CAAGGCCACG AAGCCTGAGT
TCCTAACCCA GGTCAAGAAG GACCCACCCT CGAGTCCCAA GGCCTTGAGC TCCCTGATCA
AGACCTCTAT GTCCCAACGG TTCTCCCAGG TCGTTATGAT ATCTTCAGCC GTGTCGTTAA
GGTCGGTGGA GAAGAAATAC CTCCTCCCGT AACCCTTATA GTCATCTATA ACAAGTAACT
TTATGGGAGT CCCCAAGTAC TCTACCAGGT ACTCCCCTTG GGGGAACTCG CTAACGGGCA
CGGATCTGCC ACCCTCGACG ACTCGCGCGC TGGACTTGAG TTCCCCCACA GTATTCCCTT
GGAGAGTCCT CGAGTTCACG TACCATGAGT CGAAGACCCT AGCTTTTACA TTCAAACCTG
AGAGGGAGGA GAGAAACTCC AAGAGGGCAT CTATCTTGGT CTTGAACTTC ACCTCCTCAC
CCCTACGCTT GAGCTCCTCT TCCACCTTTC GGGGTATGTA GGCAATTATG TGGATCACGT
AGATCTGGTT GTTCACCAGA TCCTTGACGC CAATCACAAG GAGTTGGATC GCGGGTTCGA
ACCTCTTGTG CGCCCTACAG TAGAAGATCT GCGCCCCGTT TCTGGAGACC GGCATGGCCC
TAGCGTAGAG CTTGTGGTCG TGGGTGTCGT CCACTATGAG AAGGACAGGA TGATCCCCGA
CTAACTTCTT CACGACCTCG ATTAGTTTGG CTTGAGCTGC CTTGTCCAAG TTATTCAGTA
CGGTCTCGTA GTCCATCTCG GCCTCTTGAG CTATCTCGGT AGCATTTCTT CCCACAACCG
CCCCCAAGAG TAGCCTCTTG GCAACGTCCT TCCTCGTTCC AGTCATGGAT AGTATGACCT
CGTTAACTGC CTTTTCCAAT GCCTTATAGT ACTCCTCCCT CGTCAATTCT TTGGTCATAC
CAAAATTAAA GGTTCTAATT TTAAAAAGTT TTTATGGGCC TCTTGAACTG CCAGGATTTT
CCGATAAATG CTAATCAGGA TTAGGACTTG TGACGTGAGA GTGTCCGGAA TGTAAAAAAT
TGAATTTTTA TTGGCAAGAA TAAATTGGTT TTTAGCATTA TCTTGGATTA AATTGGAGTA
ACACTTAAGT TATGGGAGTA GAGGGTAGTA CCATGGCAAG AACATTAAGA CACATACCAA
ACCTGATGTA CTACCCTCTT CCCCCAATAG AGGATATGCC GTGGAGGGAA AAATGGTTAA
CGGAGATCAA GCCCGTGCTG GACGCCATGG ATTTGGAGAG GGTTCTGGGC GAGGGCGCGC
TGGTTTACTT GAAGTTGTTA ATCGTCATGG TGCTCTACTC TTGCTCCTAT AGGGACGCGG
TGAAAATGGT TAACGTGAAC GTGGTCGTGG CCTGGTTCGT GGGGAGGAAG GTGGGGAAGA
GCACGCTGCA CGACTTCGTG GGCAGGTTGT ACGGGGTGAG GAAGAAGTTG TTGGAGATTT
CCTTCAAGCT TGAGGAGAAG TGCCTACCCA GTTACCTCCC TGCGAGCGCG CATCTCGTGG
ACTTCATGGC GTGGCTAGTG GACTCCTTCC TACTGGACTT ACCTCCTGGG AAGAGGAGTG
TGGAGACCTT TCGGGAGAAG GCGGAGCTGG AGAGGAGGGA AGGTAACTTG GAGAGGGCCA
GGAAGCTGCT CTCCCTGGGG AGAACCAAGA GGAGGTTCGA GGGAAGGTGG ACCAAGAAGA
GAGGGGTCTC GCACTACGGG CTCAAGGCCA TAGCCGTGAT CTCCGTCTCC CTCTTCGTGA
GGTCCATCAC GGTGAAGCCG GCCAACTTCT CGGACAAGAG GTTCAAGTCA CCGCTCAAGG
GGATTAAGAT CGCGGACAGG GGATTCTCTC CCTCCCCGAC ACAGCTCATA GCGCGGGAGA
AGCCCTTCAC TACCCTGAGG GCCCACGTGG AGTTCTTCGG CACCTACCTG AACGCGTTCT
GGAGGCCCTA CGGGACCACG ACCTGGAGGA ACGACGTCTT CCTTCACGTC CTGGGAGTGA
TCTACAACAT CAAGATGTTC CTCGCGATCC AACGGAGGAC TCCTCCAGGA CGTAGAGCCG
TTCAGCTCTG AGACGCGCCT CCTCGCGATC AAGCAACGCT ATGCGCGATA GGTAAATCCT
CTCGTCTTGA TATTTTTCCA TTATAAAGTT TTTCTCGGTG ATCCAGGTCC TACCCTTCTG
GCAATATTAA TATTTATCAT TCTGTTTATC TATTCGTTCA GATAATTACA TTCCGGACAC
TCTCACGTGA GGAAGGAACT GGTCCTCGTC CTGCTCTCCT ATCTTCTCTT GAACGTCTGG
TTCTTGATCC GTTCTTGGAG GAAGGTCAAG TTGTGGGAGT TCTCGGTCTC CCTCTCGAAC
CTCCTCGATC GGGAGGTAAG AGTGGAACAG GGACGCGCGT TCCGTGAAGT GAAGACGTCA
TTCCCTAAAC TCCAGCTAAC CCTATGCACC TCCTTCCAGC TACGTGAAAT TAATTCTTAA
TATTTAACTT CTATGGTGTA AAACTGATTT ATTAACGATT ATTTTCACAA AATATATATC
ATGCTATTTG AATAATACCG ATCAAATTCA ATTTAAGTAA TATCCTCATT TATCTCAGAA
GAAGGAGATC TCCATACTGA CGTAAAGAAC TTGAGGAAAG ATATTTGCAT GAAGCTCGGT
AAGTATTTTG CAGAGCACTA CGATATCGTG GTAATGGAGG ATATTAGCGT TAAGAAGCTG
GTTGGTAAGT CTCTCAAGGC GAGGAGGAGG CTTCACGATG TTGGTTTTTA CGAGTTTAGG
ACGATACTGT AGTATCAATT AACAAAAACG GTAAGAAGCT CACTCTCGTC GATCCAGCAT
ACACGTCGAT GACTTGTGCT AGATGCGGAT ACGTTAGGGA AGATTTAACT CTCTCCGACC
GCGTGTTTGT TTGTCCTAAA TGCGGTTGGA TAGTAGACCG TGACTATAAT GCTTCTCTCA
ACATCTTACG TAGATCGGGG TCGGAACGAC CCTTAGTGTG GAGCTCTGCC TTCTACCGCT
GGCAAGGTGA GGGTGTGAAG CAAGAAGCCC TGTCCGTTAG GGCAAGGTAG
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| Protein sequence | |
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