| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Ssol_1372 |
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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 | 1273532 |
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| End bp | 1276273 |
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| Gene Length | 2742 bp |
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| Protein Length | 913 aa |
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| Translation table | 11 |
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| GC content | 34% |
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| IMG OID | |
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| Product | DEAD/DEAH box helicase domain protein |
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| Protein accession | ACX91606 |
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| Protein GI | 261602003 |
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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 | 6 |
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| Plasmid unclonability p-value | 0.828132 |
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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 | ATGATAAATG TAACCAATGA ATTCTTGGTA AGACTGAAGA AACTTGGCTA TGAAGATTTA
ACGCCAATCC AAAAAATAGC AATACCAAAA GTACTATCTG GAAAGAATGT TTTAATCATA
GCACCAACGG GGTATGGCAA AACTGAGGCA GCGATATTAC CAATTTTTTA TACTATCTTT
AAAGATAAAC CTGAAAAAAT CTCAACACTC TATATAACTC CCTTAAGAGC GCTAAATAGA
GACCTTGAGT TAAGGTTAAG AAGGCTAGGT GAAGCCTTTA ATATTAGTGT TAACGTAAGA
CACGGAGATT CCTCTCAGAA AGAAAGGAAG GAAATTTTGG ATAACCCTCC TGACGTATTA
TTAGTAACGC CAGAAACGTT ACTTTACTTA GTGCTAAACG ATACTTTTAG GAAGTACTTT
ACCAATCTGA AATGGATAAT AATAGATGAA TTACAAGAAA TGTTAGATGA GAAAAGAGGA
ATAGAACTCT CTGTACTAAT CCAAAGGATC AAAAAAATAG CAACAAGAAA TAAAATTCAA
TTAATAGGAA TTTCAGCTAC TATTGGTGAT GTTGAAATAG CAAAAAGGTA CTTAGATAGA
GAGGGAGAGG TCGAAATAGC GAATATCAAC GCAATAAAGG ATATAAAAGT GGATTTAATA
CTCCCTAAGG TTGAAAAGAA AGATGCGGAT TTAGCAGTAA AGTTGGGATT AAGACCAGAT
ACAATTGCGA GACTTGAGAA ACTTAACGAA ATTATAAAAA ACAACAAACC TATTATAATA
TTTACAAATA CTAGGGAAAC TAGCGAATTC ATAGCAAACC AACTCATGAG TAACTATTCC
TTAAAAATAG CTTCTCATCA CGGCTCATTA TCAAGAGAAA TTAGAATAAA AACTGAAAAC
GACTTCAAAA ACGGTAATAT AGACGCTATA GTCGCAACCT CGAGCTTAGA ATTGGGTATT
GATATCGGTA GAATTAATCT AGTTGTCCAA TACATGTCAC CGAGACAAGT AATTAGGTTA
ATTCAAAGAG TCGGAAGAAG TGGACATAAA ATAGGTAGAA CGTCTATAGG TTACGTTATA
CCCTCAGAGG ACCTTTTCGA TATTTTAGAG TGCAGAGCAA TAATTGAAGC ATTATATTCT
GGTTATTTGG AAAAACCCCT GTTTGAAGAA AACCCACTTG ACGTTGCAGC ACATGAAATA
GCGGGAATGG TTTTAGAAGG TTATAAAAAC CCTAAAGAAA TGATGGAGAT TCTTCGCAAT
TCATTTTATT TCGAGAACTT CACCGATGAG ATGTTCGAAA ACGTTATAGA ATTATTAGAG
AGCGCAAAAA TAGTTAAAAG AAGAGAAGAC GGAAGCTTAT TTCCAAGTAG AAGAATTTGG
AAATATTATT ACACTACTAA TATGATACCA GATTCCATTA GAAGTTATAT AGTAATTGAC
CATGCTACCA ACATGAAAAT AGGTACCTTA GACGAAGATT TCGTAGTCAC ACTAGATGAA
GATAGTGTAT TCATTTTAGG AAGTAGACTA TGGAAAGTCG TATCCATAGA GAACGACAGA
ATATTTGTGG AAAGGGCTGA GCTAAAAAAC GGAATATTGC CTAGTTGGTT CGGAGAATCA
ATTCCAGTTG AGAAAGAGAT AGCTAGGAAA GTCTACGAGT ATATTTACGC AGTGGAGAAG
GAAAAAAGGG AAACTGAAGA TAATAGCTTA GCTGAAGTAG TTAGAGAATA CATGAAAAGA
GGATATCCAG AACTAAGACC AGATCTAATC CTTGTTGAAA TAGTAAAGAA TAATTTAATA
ATAGTGCATT CACCATTCGG CTCAAGAGGA AACAACACGC TTGGTGCCAT AATTTCAGTT
ATGTTAGACG TAGAAAAACA GACCAAAACG ACTTATAGGG CTGATCCATA TCACATCGCA
ATATCTTCTG TACTGCCAAT AACTAAAAAT GATATGGAAA AAATTGTCTC TACGCTAAAT
TCTACTCCTA TAGACAGAAT AATTGAAATA TTAAAGAAGG GAATTAAAGA AAGTCCGCAA
TTCAAGTGGA AATTATTGGT TGAGATAAAG AGGTTTGGGA TGATAGACCC AGAAAAGGAA
ATAACGCTTA CCTCATCCAT TATAAAGGCT TATGGAGATA CAATAATTGG AGAAGAAGCA
GTTAAGGAAT TATTAGTCAA AAATTATGAT GTAGAAATAA TAAAGGAACT CAAGAATTAC
AACTGGAAAA TAGTAGAGGT TTACGAAGCG TCCCCCTTAG CTAAACAATT TCTAGATAAA
ATCCTTAACT ACACCTCGTT CGATAAAGAA GAAAAACCAT TAATGATTGA AATTTTCAAA
AAGAGATTAG AAAACAAGGA GCTGAAATTA ATCTGTCTCT CATGTGGGTG GGAGGGAAAA
TACTCTATAA TTAACTCACC TAGCAAATGC CCCAAATGTT CCTCAATTTT CTTAACTGCA
ACTAATCCAG ATGATAGCGA TTCCGTGAAG ATAGTGAGAA AAGCAATAAA AGGTGAGAAA
TTAACAAGTA AGGAGAGAAG ACAGTTAGAA GACTTGAAGA GAGTTGCCTC CTTCTTCCCA
GATTACGGTA AGTACAGCCT AATAGCATTA GCAACTAATG GAGTTGGACC AAGTAATTTA
GGCAAAGTAT TGAGTAAATT AAATGAAGGA GAAAATGAGT TTTACATGGC CTTAATAGAT
GAAGAGAAAA GATTTATAAG AACAAGAAAA TACTGGCACT AA
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| Protein sequence | MINVTNEFLV RLKKLGYEDL TPIQKIAIPK VLSGKNVLII APTGYGKTEA AILPIFYTIF
KDKPEKISTL YITPLRALNR DLELRLRRLG EAFNISVNVR HGDSSQKERK EILDNPPDVL
LVTPETLLYL VLNDTFRKYF TNLKWIIIDE LQEMLDEKRG IELSVLIQRI KKIATRNKIQ
LIGISATIGD VEIAKRYLDR EGEVEIANIN AIKDIKVDLI LPKVEKKDAD LAVKLGLRPD
TIARLEKLNE IIKNNKPIII FTNTRETSEF IANQLMSNYS LKIASHHGSL SREIRIKTEN
DFKNGNIDAI VATSSLELGI DIGRINLVVQ YMSPRQVIRL IQRVGRSGHK IGRTSIGYVI
PSEDLFDILE CRAIIEALYS GYLEKPLFEE NPLDVAAHEI AGMVLEGYKN PKEMMEILRN
SFYFENFTDE MFENVIELLE SAKIVKRRED GSLFPSRRIW KYYYTTNMIP DSIRSYIVID
HATNMKIGTL DEDFVVTLDE DSVFILGSRL WKVVSIENDR IFVERAELKN GILPSWFGES
IPVEKEIARK VYEYIYAVEK EKRETEDNSL AEVVREYMKR GYPELRPDLI LVEIVKNNLI
IVHSPFGSRG NNTLGAIISV MLDVEKQTKT TYRADPYHIA ISSVLPITKN DMEKIVSTLN
STPIDRIIEI LKKGIKESPQ FKWKLLVEIK RFGMIDPEKE ITLTSSIIKA YGDTIIGEEA
VKELLVKNYD VEIIKELKNY NWKIVEVYEA SPLAKQFLDK ILNYTSFDKE EKPLMIEIFK
KRLENKELKL ICLSCGWEGK YSIINSPSKC PKCSSIFLTA TNPDDSDSVK IVRKAIKGEK
LTSKERRQLE DLKRVASFFP DYGKYSLIAL ATNGVGPSNL GKVLSKLNEG ENEFYMALID
EEKRFIRTRK YWH
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