| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Ssol_2889 |
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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 | 2648677 |
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| End bp | 2651679 |
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| Gene Length | 3003 bp |
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| Protein Length | 1000 aa |
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| Translation table | 11 |
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| GC content | 38% |
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| IMG OID | |
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| Product | FAD linked oxidase domain protein |
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| Protein accession | ACX92963 |
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| Protein GI | 261603360 |
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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 | 17 |
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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 | ATGGGTTTGG AAGAGGAGTT GAAAAGTTTA CTAGGGGATA GTTTTCATGA TGAATTAGTA
GAGAGACTAT CTCATTCAGT GGATTTCGGT TTCGTTCCAG AACTAGTGTG GTCTGGAATA
AAGATTAACA TTGTCCCAGA CTACGTTGCT TATCCTAGGT CGGTGGAAGA TATTATTAAC
GTAGTTAGAT TAGGACTCAA ATATAAAATA CCAATAGTCC CTTATGGCAG AGGTACAAAT
AGATATGGTA ACGCAATACC AGCAGATGGT GGAATATTAC TTGACTTTTC AAAGATGACC
AACGTAACTA TAGATGAATC GAATAAGATG GCAATAGTTG AGCCCGGTGC TACCTGGAAG
CTTGTTGATA TCTATGCTCA GCAGAAGGGA CTGCAATTAA GGACCTTCCC ATCTTCATAC
GATTCCACTG TGGGAGGAGG GATAGCTGGA GACGCTTTAG GAATAGGTTC ATATGAATAT
GGTTTTATTT CAGACAATGT AAGCTTCGTT GAAATGGTAA ATCCAAAAGG GGACTTAGTT
AGACTAGAGG GCAAGGATTT AGCGTTAGTA TGTGGAGCGG AAGGTACTAC CGGGATAATA
GCTAAAGCTG GGTTAAAGCT TAGGAATTTC TCTCCAACTG AAGCTATGGT CATTTCCTTT
GATAATTTAG ATCAAATGAT GCATGCAGTA GGAGAATTCT ATAGAGAAGT GATTCCAGCT
TGGCACGTTC AAGTTAGAGG TCCATACATT TCTACATATA TGGCTGAGAA ATATAAGGCG
CCATTTGAAC CTCAAAAGTG GAATATGGTA ATACTATACC CTTCTCCTAG GTCACCTCTA
GTGGAACCAA AAATTTATAA GATTGCCCAG TCTTATGGTG GTAAAGTTTT TGAAGGAGAA
TGGACTGGTT GGTGGTCATT TAATCATGGT GTTGCGGCAG CATTAAGGAC ACAAGGTTTA
TTAATACATC AACACGGTTT AATACACTAT ACGAGGCTTT TAGACTTATT AAGGAATCTA
GAAAAGGCTT TAGGTAAATT AGGTGAGCTG TCTTCAGATG GTGGGTTTGA TGTAGATATA
GCTTTAGAGA GGAGGGAAGT CCTTTTAGTT AACGCGTTTA CTCAGATTTC AGTAAGCCCT
GTCGATAAGA AAATACTGTA TGATTTAGCT AAGAACACAC TAATGATGGA TGAGTTCGTA
AAAGTTGATG GTTCCCTATT ATCAGTAGGT ATTTTTGCTC ACAAGTATGC TAAAAATAGA
TTAAGCAGTA TGGGCAAAAC ATTTACTGAT TTAGGAGTTG ATAGATACGA GGTAATAAGG
AAGTACAAGG AAGAAACTGA TCCAGAAGAA ATTTTCAATC CGGGAAAGCT CTTTGATCCG
AAGATTAGAG CTAAAGCTGT TCTGGAAATT CCAAGAAGGC AGCAAGAAGC TTTAAACTTT
AGGTTTGCGA TTGGCTTTGT TAAAAGGCTA TCTCCAGGTG GTGAGGTTGA GGGTTTTAAG
CATGTAAGAA GGTATTTGGA GGATTTTGCA GATTACAGCC TCATGTGTAT AGACTGTTCA
ATGTGCGTTA CCGTGTGTCC TCAATATAGA CTAATTCCTC AATGGCCTTA TGCCCCAAAA
GGTATGTTTG ATTTCGTCAG AGGTGCAGTG GCTTATTATG AATTAAACGG TTCCATCGAT
ATACCAGATA GCGTGATAGC CGAGATTTCT GGTTGTCATA AGTGCGGTCT TTGTGATGGT
GTATGTCCAG CGCGAATTCC AATCTCAACA CTATTAATCA AATTAAATAG TCTAGTAGCT
AAGAAATTAC CAGAGGAACC GGGAGTAGAG TTATCTCTCT TTTCTGATCC AGAGTTAGCT
TCGGTTAATG ATCCAAATAG CCAATTCATA TTGTGGGTTG GGAAGAATGC AGTTAGTAAC
CCCGCAGTGG CGATCACAGC GTTAAAGATA CTTAAAAAGA TGGGATTAAA GGTTAAAGTG
ATAGGTACAT CAGCAGACAG CGGATTTCTG GATTATATAA GTGGAAATGG GAATAAATTC
TTAGAGAAAA TGAAATATAA TTTAGATGCA GTTAATAATG CGTTAGAAAT AATTACTATT
ACTCCTGAGG ATTATAGAAC ATTCTCCACA GCGTATAAGG ACTACTCTAA ATTGGCTGGA
ACAGAGGTAA TTTTCGAAGT AGTACCGTTA GAACTTAGAC TGCTAAAGTC TATAGTCATT
GATGGAAGTA ATGAAAATGT AAATTTACAT GTAGCTTGTT TCTCCTCGGA ATATTCAGAT
GAGGTAATTA GAAGGTTAAG CGAGAAAGGA TTCAGGGTTA AAAAGGTTGA GGGTTGTTCA
GGTGCAATCC TAGAAAAGAG TTTAGGAAAG AGAGCTGACT TAATGGCTAG AGCTATAGGA
GAGAGATATG GAAAAGTAGT TACACTATGT CCATTGGCTG CTGCTAAGTT CAGAAGTGTT
GGGATAAATG CCGTGACGTT AATAGAATTC CTGGCAGAGA AATTAGGGAT ACAAAGCGTG
CAATATCAAG TAGCATCTTT CCAACTAGAT GAGAATAGTA AGGAATATAT AAGGAAAGAA
CTAATTTCCA GTATATTATC TTCTCTTAAT TCCCAAGTTA ATTTAATAGC TGATACAGCA
GCATTTTCCA CTTCAGGTGT TGACGAGTAT AAGAAGATTA TTGAACCCAT TATAGTTCAA
GTAGTGGACA ATATAGGTAA GATAATTGCA TCTAAATTAT CTGGTAATAT AAGGCAAAAA
TCTTCAGAGT CTTCAATAGA TAAGGCCATT ATACTGGCTG AGTATATAAA AGAAATATCC
AATACTTTGT CAGCAATTGA ATTAGATAAG ATTATACAGC CGTTTGCCTC ATTACTGAAA
AGTAAGGTAA CAGAGGAATA TGATGAGAAT GTAGTGATCT CTGCTGTCAT ACAGCTATTA
AGGGATAACA TTGATCGACT GAAAACTGTT ATTACAACTG AGATAAGCAA AATCTTGAGC
TAG
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| Protein sequence | MGLEEELKSL LGDSFHDELV ERLSHSVDFG FVPELVWSGI KINIVPDYVA YPRSVEDIIN
VVRLGLKYKI PIVPYGRGTN RYGNAIPADG GILLDFSKMT NVTIDESNKM AIVEPGATWK
LVDIYAQQKG LQLRTFPSSY DSTVGGGIAG DALGIGSYEY GFISDNVSFV EMVNPKGDLV
RLEGKDLALV CGAEGTTGII AKAGLKLRNF SPTEAMVISF DNLDQMMHAV GEFYREVIPA
WHVQVRGPYI STYMAEKYKA PFEPQKWNMV ILYPSPRSPL VEPKIYKIAQ SYGGKVFEGE
WTGWWSFNHG VAAALRTQGL LIHQHGLIHY TRLLDLLRNL EKALGKLGEL SSDGGFDVDI
ALERREVLLV NAFTQISVSP VDKKILYDLA KNTLMMDEFV KVDGSLLSVG IFAHKYAKNR
LSSMGKTFTD LGVDRYEVIR KYKEETDPEE IFNPGKLFDP KIRAKAVLEI PRRQQEALNF
RFAIGFVKRL SPGGEVEGFK HVRRYLEDFA DYSLMCIDCS MCVTVCPQYR LIPQWPYAPK
GMFDFVRGAV AYYELNGSID IPDSVIAEIS GCHKCGLCDG VCPARIPIST LLIKLNSLVA
KKLPEEPGVE LSLFSDPELA SVNDPNSQFI LWVGKNAVSN PAVAITALKI LKKMGLKVKV
IGTSADSGFL DYISGNGNKF LEKMKYNLDA VNNALEIITI TPEDYRTFST AYKDYSKLAG
TEVIFEVVPL ELRLLKSIVI DGSNENVNLH VACFSSEYSD EVIRRLSEKG FRVKKVEGCS
GAILEKSLGK RADLMARAIG ERYGKVVTLC PLAAAKFRSV GINAVTLIEF LAEKLGIQSV
QYQVASFQLD ENSKEYIRKE LISSILSSLN SQVNLIADTA AFSTSGVDEY KKIIEPIIVQ
VVDNIGKIIA SKLSGNIRQK SSESSIDKAI ILAEYIKEIS NTLSAIELDK IIQPFASLLK
SKVTEEYDEN VVISAVIQLL RDNIDRLKTV ITTEISKILS
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