| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Ssol_0356 |
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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 | 315425 |
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| End bp | 319005 |
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| Gene Length | 3581 bp |
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| Protein Length | |
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| Translation table | |
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| GC content | 40% |
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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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Plasmid Coverage information |
| Num covering plasmid clones | 7 |
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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 | 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 | ATGCATCGAG AAAGAAGACT TCAAGTAATT GAGATAGTTA TTGTAATAAT CCTTTCAATA
TTGACACCCA TGATAGCCTT ATGGAAGGTT TTCTTCCATG TTGGGTATAT TTATCAAAGA
GATTCTTACC CAGCTTTTTA TTTAGACTCT AGGCAAGCTT CACTATCTTA TCTTAATTTC
CCCATGATCA TGGATAATGT CTGGATGCCG GTAGTGGTTA TACTGTATTT TAATCTTATC
TCACCAGTGA TAGCAGACTG GATAACGTAC CTTTTATTTC CCTGTGCTAT CTCAGTTCCA
TCTATGTATT TCTCCTCTAG ATACTTTTTA AACAGATACG CAAAAGAAGC CGGAGCATGG
GTTAAAATTT CAGTATCTTC TATTATTGCT TTCCTTTATG CTATAACGCC TACAGCTTAC
TATTACAGTC ATTGGTTCAA TTATGCGACA TTTTACGCAC TTTTACCGGC CTTGATTGCC
GGTACCTTCT ACTCTCTAGA GAAAGGAGGG TTTTTAGGTG CTACACTTCT TTCAATTTTC
GCCTCTCTAA CTACAACTGA CCCTAGGGGT TTTATTTACA CGTTATTTAT AGTACTTTCA
ATTCTTCTTT TTAGGCATAA GTTAGGTGAC TTGAAGGTTT TCCTCTACTC AATCCCCTTT
TATATCTTAC TAAATTCCAG ACTGTTCTTA ATTTTATTCT ATGAATTCCA TTCCTATTCA
TCAATAAGTT TTACTATTTC TAATGAACAG TTATGGTTGA ATTACTGGAC ATTTCCACTT
TTAGATTCAT TAAGGGGCTT ATCGTTGTTT AGACCCTTAG TGTCTTATTT ATCATTCGGA
AATCCGCTTT TAATATATGT AATGTCCTTC GCATTTGTTG AAACTGGAAT TTTGGGTTAT
ATCTTTCTGA GGAAAAAGGG TTCAGTGGCT AATTATCTCT TAGGGATTTA CTTATTTTTA
GCATTACTAG TATCTTCAAG TGTAAACGTA CTAGGGTATA ATATTACATT AAACTTAACT
TATCCCTTGT TAGATTTCTT AGCCCAAACC TTTGTATACA ATTATCTATG GATTTTCTTA
CCAACCTATT TAACTGAAAT GATATTAGCA CCGCTATTTC TTCTCGTATC TCTCGTAATG
GCTAAGATGT TGTCTAAATA CTACCTTATT CCATTGGTTG TTCTCATAGT GTTATCTCAA
TTTGCTTTTT CGTCTTCTAT GGTGCTTAGT GGAAATTATT TAGGAAGTTA TAATCCCGTG
AGTCCTCCTC CCTTAATAGT AAATTTAGGC AGATTTTTAG AGAATCATAC TATAGGTAAT
GTTCTCGTAG ATGCTGTAGT TCCCTCGAAT TGGAGTACAT TTATTGGAGT ATTACCTAAT
ACAACCTCTG TTCCCTTAGT CAATACTTCT GACGTGGGGG TTATTCTGAA TGAGTATGGT
GTACAATATG TTGTTACTAC TGTTAATGAT AATTATACCT TGAGTGTAAT TGATTCTCAC
AAAAACGTCT TCACTCTAGT TTATAATGAT TCTTACTTTT TAGTATACAA AAATAATGAC
TTCACATACA ATATTAATTC CCCAATTTTT GTGAATTTTG AATACCCAAA GGTTCCTGAT
ACTAATAACT CTGTTAACGT GAGAGTGTCC GGAATGTAAT TATCTGAACG AATAGATAAA
CAGAATGATA AATATTAATA TTGCCAGAAG GGTAGGACCT GGATCACCGA GAAAAACTTT
ATAATGGAAA AATATCAAGA CGAGAGGATT TACCTATCGC GCATAGCGTT GCTTGATCGC
GAGGAGGCGC GTCTCAGAGC TGAACGGCTC TACGTCCTGG AGGAGTCCTC CGTTGGATCG
CGAGGAACAT CTTGATGTTG TAGATCACTC CCAGGACGTG AAGGAAGACG TCGTTCCTCC
AGGTCGTGGT CCCGTAGGGC CTCCAGAACG CGTTCAGGTA GGTGCCGAAG AACTCCACGT
GGGCCCTCAG GGTAGTGAAG GGCTTCTCCC GCGCTATGAG CTGTGTCGGG GAGGGAGAGA
ATCCCCTGTC CGCGATCTTA ATCCCCTTGA GCGGTGACTT GAACCTCTTG TCCGAGAAGT
TGGCCGGCTT CACCGTGATG GACCTCACGA AGAGGGAGAC GGAGATCACG GCTATGGCCT
TGAGCCCGTA GTGCGAGACC CCTCTCTTCT TGGTCCACCT TCCCTCGAAC CTCCTCTTGG
TTCTCCCCAG GGAGAGCAGC TTCCTGGCCC TCTCCAGGTT ACCTTCCCTC CTCTCCAGCT
CCGCCTTCTC CCGAAAGGTC TCCACGCTCC TCTTCCCAGG AGGTAAGTCC AGTAGGAAGG
AGTCCACTAG CCACGCCATG AAGTCCACGA GATGCGCGCT CGCAGGGAGG TAACTGGGTA
GGCACTTCTC CTCAAGCTTG AAGGAAATCT CCAACAACTT CTTCCTCACC CCGTACAACC
TGCCCACGAA GTCGTGCAGC GTGCTCTTCC CCACCTTCCT CCCCACGAAC CAGGCCACGA
CCACGTTCAC GTTAACCATT TTCACCGCGT CCCTATAGGA GCAAGAGTAG AGCACCATGA
CGATTAACAA CTTCAAGTAA ACCAGCGCGC CCTCGCCCAG AACCCTCTCC AAATCCATGG
CGTCCAGCAC GGGCTTGATC TCCGTTAACC ATTTTTCCCT CCACGGCATA TCCTCTATTG
GGGGAAGAGG GTAGTACATC AGGTTTGGTA TGTGTCTTAA TGTTCTTGCC ATGGTACTAC
CCTCTACTCC CATAACTTAA GTGTTACTCC AATTTAATCC AAGATAATGC TAAAAACCAA
TTTATTCTTG CCAATAAAAA TTCAATTTTT TACATTCCGG ACACTCTCAC GTGATTCCCT
CATATTTGAT GTTTAATATT CCTCCAAGGT ACATAGGTGG TTTTGTTGGA AATGCCACAT
ATGCTGAGCT TTTAGCATTG TCCGCATATA AACAAGGTAT CTTGCCGGTT AAACTAAATG
TTAAGCACTT ACCATATCCT ACTAATTTTA CAGATACAAT AAACGTAAAT GTATATGATG
AAGAAATTTT ATCAGACTTC CTAAGCATTT CATTTATTTC TGTTAGTGAT ACTTCATCTC
TTAATTTAGG TGTGGAACCA GGTTTTTATA AGGTTGTGAT AGCTTATGTC TCTGTACCTG
GAGGAGGTGT TTTTGGCGTT ACCAACGGTT CTTATTCGCT TTCTGTCTCA ACTTCCTCTC
CAAACATTTC TATTGTGTTT TCCTATTTAG GTAATATGTT CGTCTCTAGT AGCGTAAAGT
TGTTCTTTAT TGGACATTCT CTATCCTATC TAATAGGTAT AATGTTTATC CCCTACAACA
TGTCTATACA GCACGAATTT ATTAGTGATA ACATTTCCTC TTATCCCTAT CAACAATTGG
GTAGAGCTTT TGGGTATCCC TATAATGATA ATGGTGTTAT CTCTTTTTCA ATAGTGATCA
ATTTAATTAC TCTTTCGATT GCCGTAATTT TATTTATATC TATACAATAT GGCCGAACAT
ATTTTCGTAA GATAAATTTA AAAATATTTG GTCGGAATTA G
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| Protein sequence | |
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