| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Ssol_2911 |
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| Symbol | |
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| ID | 0 |
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| Type | CDS |
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| Is gene spliced | No |
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| Is pseudo gene | No |
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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 | 2665629 |
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| End bp | 2668862 |
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| Gene Length | 3234 bp |
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| Protein Length | 1077 aa |
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| Translation table | 11 |
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| GC content | 36% |
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| IMG OID | |
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| Product | Peptidase S53 propeptide |
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| Protein accession | ACX92985 |
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| Protein GI | 261603382 |
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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 | ATGACATGGA GTATATTCTT GCTGATTTTA GCTTTAAGTG ACATTGTATT ACCATTGACT
ATTACGAATA TAAACAACCA GTCAATCACA ACATTATCTC CAAACTATTA CTTAACGGTG
GCTATAGTTT TTCCACCGAG TAATCTAACT CTTTTACAAC AATATGTTCA AGAACATGTA
ATATTAAATC AGACTCAAGT GGAAAAGCTT TTCATTCCAA CAGAGGAAAT ATCAAAAACG
TTATCTCAGT TAAGGCAATC AAATATATCC GCAACCAGTT ATATGAATGT AATATTGGCT
AGTGGAACTG TTTCACAGCT AGAGAAAGCA TTAAATGGGA AGTTCTACGT TTATGAACTC
AACGGAAAGA GGTTCTTTGA ATTTTTTGGT TCTCCAGTAA TTCCTAACGC CATCGTAATA
GGTACTAATA TTACTTCACT AATTCTAAAT AAGCCCACAA CACTCTATAA CGTTACACAA
GCTGTCGCAT ATAATGCATT AAAGCCTAGT CAATTACTCT ATGCTTATAA TATTAGCTGG
TTACACGCCC ATAACATAAC TGGAAAAGGC ACCGCTATAG GCATATTGGA TTTCTACGGT
AATCCCTACA TACAGCAACA ATTACAAGAA TTTGACAAAC AGTATAATAT TCCAAATCCT
CCATTCTTTA AAATTGTCCC CATAGGAGCT TACAATCCTA ATAATGGTAT TTCAACAGGT
TGGGCAATGG AAATCTCTTT AGATGTTGAG TATGCTCATG TTATAGCTCC TGATGCTGGA
ATTGTTTTAT ACGTAGCCAA TCCAAATATC CCTCTTCCTG CAATTATAGC ATATATAGTT
CAACAAGATG AAGTAAACGT AGTATCGCAA AGTTTTGGTA TCCCCGAACT ATATGTAGAT
TTAGGTCTAA TTCCTCGTTC ATATGTCAAT TCGCTAATGT ATGAATATTG GCTAGGTGAG
GTTGAGGGGA TTAGTTTCGC TGCTGCTTCT GGTGACGCAG GCGGAAATGG ATACAATTAC
TTCTTAGCTC CTCAAGGTTC CGTAATATTT CCAGCTTCTA TACCTTACGT CTTAGCAGTA
GGCGGTTCAT CTGTCTACAT AGGTGGGAAT AAGACTATGG AAACAGCGTG GAGCGGTGAA
AGCGTGCTAG GAGCGTCTAC CGGTGGATAT AGTACATTAT TTCCCGCTCC TTGGTATCAA
GATAGTAATG GTTTTAGAGT GGTCCCAGAT GTTGTAGCTG ACGCTAATCC ATATACTGGT
GCTTTTATCT TGTATTACTA CAATCAAACT TACTTAGTGG GCGGCACATC ATTAGCTACA
CCAATAGTTA GTGGGATTAT TGACCTAATG ACTCAAAGCT ACGGTAAGCT AGGATTTGTA
AATCCTTTTC TTTATGAGCT AAGAAACACA AGTGCATTAT CTCCCATAGG TTTCGGATAT
AATACACCTT ATTACGTTAA TTCGTCAGAA TTGAATCCTG TAACTGGTTT AGGATCAATA
AATGCCGGAT ATTTATATCA ACTATTACCT AAAGTAATAC ACTCTTCAAG TATTTCTGTG
GGGGTTAATA ATATTACATA TTTAGATGGG CAAGTCGTAA AAGTAGTCGC TAATATTACC
GGAATAAGAC CTTCAAGTGT AATTGGAATC GTGTATAATG GTAGCTCTGT TGTTCAGCAG
TTCTCATTGT CGTTTAATGG AACTTATTGG GTTGGTGAAT TTGTTGCAGA AGGAAGCGGT
ATAGAGGAAG TAATAGTAAA AGCGGGTAAT TTAGAAGGTT CTACTTACGT TACTATTGGT
TATCAAGCTC AATTCATTTT TCCGCCTATT GCATTATTCC CAGAGCCTGA ACCCGTTCCT
ATAGTTGTTC AACTTATTTA TCCCAATGGT TCTCTAGTGA GGAATCCTTC AAATCTTACA
GCTTTGATAT ATAAATATGA TCAGATGAAT AATAAAATGT CAATTATTTC TAGCGTTCAA
TTGCAAAGAA CCTCATTAAT AAACCTTTCC ATTTTAGGTA TCCAAATTGA ATCTAGCTAC
CTCACCGGGG TCTATCAGTT GCCAAGCAAT ATCATAAGTG GAGTCTATTT TATTAAAATA
CCGAACGTGT TTGGCTTTGA CGAATTCGTT AGTGGCATAT ATATTCTTGA TGCGGTCTAT
CCTCCAGTCT TTACAAACCC AGTGGTACTA TCCCCTGGTC AAAACGTTAC AATACTCGCT
GAAGCCTTAG CAATAGGATC TCCTAACGTT ACTGTAACTT TCTATAATAT CTCGGGAAAT
AAGGTTTACT CTATACCCGT TAATGCAATT ACTTATCAGA ATACTTTATT ATATATAACT
CAAATTACCT TGCCAAAATT GAAGCCAGGA TACTACTATG TTGTTACTAA GGCAATTTAC
AACGCTTCTA ACTTTACTGC AGAGGGCGTA GGTTTAACTC AAATTTACGT GTCTCCATAC
TCACTTAACG TTAAGGTTAG AATAATACCT AATAATAGTA TTGTGTATCA AAATCAACAA
ATATACGTTA TAGCAAATAT TACTTATCCT AATGGCACTG AGGTTAAATA CGGTTCATTT
TCCGCTATTA TTGTTCCCTC CTATCTCTCC AGCCAGTTCG ATAACTTACA GTTGCAATAC
AGTGTTCCCT TAACGTACAT CAACGGAAGT TGGATTGGTC AATTGGAAAT TCCAAGCGGA
TCTTCTACTA ATTCCTTAGG CTATTCTACC TATGGTATAT CTGGCTATTG GGATGTTTAT
GTGGAGGGTA TATCTGCGGA TGGAATTCCT ACGAATTTCC CTGCCACTCT TGACGTTAAT
ACTTTATCCA TAAATCCTAT ATCACCTTCT AGTCAATTTG TTGTCTTACC TTATGTATAT
GTGAGCGTAT TCAATGGCAC TATAGCCTTT AATGAGTTCA TAGATAAAGC TATAGTAGTT
GGGCATAATG CTACTTTTAT TAATAGTATA ATACGTAACT TGATTGTTGA AAACGGTACA
GTTACCTTAA TCAATTCTAA GGTGCAAAAT GTAAGTCTAG TCAATTCAGA AATAATAAAA
ATAAATAGTA CTGTAGGCAA TAATGTAAAC TACATCACAA CGATTGGTAA TAATCATGCT
AAGTCTAGTT ACCCGAGTTT AGACAGTGGT TCAATTTTGA CTATAGGAAT CGTACTAGAT
ATTATAACTA TTATTGCATT GATCTTGATA AAGAGAAGAA AGAAGTTTAT TTAA
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| Protein sequence | MTWSIFLLIL ALSDIVLPLT ITNINNQSIT TLSPNYYLTV AIVFPPSNLT LLQQYVQEHV
ILNQTQVEKL FIPTEEISKT LSQLRQSNIS ATSYMNVILA SGTVSQLEKA LNGKFYVYEL
NGKRFFEFFG SPVIPNAIVI GTNITSLILN KPTTLYNVTQ AVAYNALKPS QLLYAYNISW
LHAHNITGKG TAIGILDFYG NPYIQQQLQE FDKQYNIPNP PFFKIVPIGA YNPNNGISTG
WAMEISLDVE YAHVIAPDAG IVLYVANPNI PLPAIIAYIV QQDEVNVVSQ SFGIPELYVD
LGLIPRSYVN SLMYEYWLGE VEGISFAAAS GDAGGNGYNY FLAPQGSVIF PASIPYVLAV
GGSSVYIGGN KTMETAWSGE SVLGASTGGY STLFPAPWYQ DSNGFRVVPD VVADANPYTG
AFILYYYNQT YLVGGTSLAT PIVSGIIDLM TQSYGKLGFV NPFLYELRNT SALSPIGFGY
NTPYYVNSSE LNPVTGLGSI NAGYLYQLLP KVIHSSSISV GVNNITYLDG QVVKVVANIT
GIRPSSVIGI VYNGSSVVQQ FSLSFNGTYW VGEFVAEGSG IEEVIVKAGN LEGSTYVTIG
YQAQFIFPPI ALFPEPEPVP IVVQLIYPNG SLVRNPSNLT ALIYKYDQMN NKMSIISSVQ
LQRTSLINLS ILGIQIESSY LTGVYQLPSN IISGVYFIKI PNVFGFDEFV SGIYILDAVY
PPVFTNPVVL SPGQNVTILA EALAIGSPNV TVTFYNISGN KVYSIPVNAI TYQNTLLYIT
QITLPKLKPG YYYVVTKAIY NASNFTAEGV GLTQIYVSPY SLNVKVRIIP NNSIVYQNQQ
IYVIANITYP NGTEVKYGSF SAIIVPSYLS SQFDNLQLQY SVPLTYINGS WIGQLEIPSG
SSTNSLGYST YGISGYWDVY VEGISADGIP TNFPATLDVN TLSINPISPS SQFVVLPYVY
VSVFNGTIAF NEFIDKAIVV GHNATFINSI IRNLIVENGT VTLINSKVQN VSLVNSEIIK
INSTVGNNVN YITTIGNNHA KSSYPSLDSG SILTIGIVLD IITIIALILI KRRKKFI
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