| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Ssol_1396 |
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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 | 1295569 |
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| End bp | 1299297 |
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| Gene Length | 3729 bp |
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| Protein Length | 1242 aa |
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| Translation table | 11 |
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| GC content | 33% |
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| IMG OID | |
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| Product | reverse gyrase |
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| Protein accession | ACX91630 |
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| Protein GI | 261602027 |
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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 | 6 |
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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 | TTGACAAGCA TCAATAAAGT CCCACCCTCA ATTTATACTA GGTCATGTCC CAATTGTGGA
GGAAATATAT CATCTCAGAG ATTATTTAAT GGTTCCGTAT GCGAATCATG CCTAAAGGAT
GATAGAGAGT TTAGTAATTT ATCTGATCTC ATTAATATCC TTTCTGAAAA TAGTAATTTG
AAAAATCTTA CTCAAATACG TGATGTATTA GAAGAGTACA AGAAAGTTGA AGAAATATTC
GGTAAATTAT TAAATAATTC AAAACCTATA GGTCCTCAAA GGTCGTGGAC AATAAGGTTC
TTAAGAGGAG AGAGTTTTGC AATCATAGCA CCTCCCGGTT TAGGTAAAAC GACCTTTGGT
TTAATAATGT CCCTATATAA TGCTACTCGT AATAGGAAAT CTATCATCAT TTTCCCAACG
AGGACCTTAA TCTCACAAAC AGTAGATAAA TTGGCAAAAT TTTCTGAATT GTACTCATAT
TCGCCTAGGA TACTTTATAA TAAGCAATCT CCTACTCAGA CTGAGAACAT ATTAGACCAA
CTTAAGAGTG GGAATTTTGA CATATTCATT TCAACGAATA GATTTGTAAT TCAGAATTTA
TCTGAGTTAT CAAATATAAA GTTTGACTTC ATTTTCGTAG ATGATGTCGA CGCTGCGTTA
AAGTCTGGAA AAAGTGCTAA GGCGATACTT CGGTTGGTAG GATTTACTGA TGAAGACATT
CAAACGACCA TGAAATTACT TAGAGAAAAT ATTGGGGAGG AGGAGAAGTT TGGAAAAATT
CAAGAGATTA GAGAAAGTAG GTTAAAGGAC AAGATAGTAA TTTTCTCCTC TGCAACCATT
AGTAGAGGAA ATCCCATACT CTCATCGCTT ATGGGTTTTA GACCCGGGAG TTCTGTGATA
TATCTAAGGA ATATTTATGA CTCTTATATT GATCTAACTC AAACTTGTAA AGGACAAGAT
TTTGAAGAGT GCACTCTTGG TACCGTTATC AAACTTCTTA AAAGACTTAA TGATGGTACT
TTGATTTTTG TACCCATAGA TAAGGGTGCC CAATATGCAG ACTATCTAGC TTCGAATTTG
AGAGATCATG GGATAAATGT GGAATCTGTT GCATCATCTT CTATCTCCAA ACTGGAGAAA
TTTGAAAGAG GTGAGGTAAG CTCTTTAGTC GGAGTGGCTA CACATTACGG AGTTTTAGTG
AGAGGAATAG ACTTACCATG GAGGGTAAAA TATTCAATAT TTGTGGGGAT ACCAAAATTT
AAGTTCAAAA TTGGCGAATA TATGCATCCA TTAGCGTTAA CCAGATTGCT AAGCTTAGTA
TACTTAGTGA AGAATGATGA TAAAGTAAGG GGTCTACTTA GTTATATTCG TAAGAGGTTA
AGAAAAATAA GCCCTGCGGC CTTAGCGATG TTAGCTAAGG ATATAAGAGA GGGAAAGATC
GATGATGAGA GGTTAAAGGA AGCATATAAT TTAGTTAATG AGTATCTAAA AGATAATGAG
TTTTTGAAAA AAGTATCTGA TGTTGGAGAT TTGGTAATAG AAGGGGATTA TATTCTAATG
CCAGATTACC TAACCTATAT TCAAGCTAGT GGTAGAACAT CTAGACTTTA CGGCGCTAAT
TTAACTACTG GTCTTTCAGT ATTATTAATA GATAATTCTA GATTATTTGA GTTACTTAAT
AAAAAATTAA ATTTAATTTT AGATGAAGTA AAATGGTATT CACTAGATAT TGATGCAGAT
AAACTTGGAC AAGTAAGTCT AAGCGATATC TCAGCTAAAA TAACAGAAGA AAGAGAGAGT
TTAAGTAAAA TCAAGAAAGA AGGAAACGTC GAATCATCAT CCCTTAGTGT TAAGACTACT
TTATTTATAG TTGAATCTCC TAACAAGGCT AAGACTATTT CAAACTTCTT TTCTAGACCG
TCTACGAGAT CATATGGTAA GCTTAGAGTT TATGAGACAG TACTTGGAGA TAGAGTCTTA
ATTGTAGCAG CTAGTGGTGG GCATATTTAT GATCTAATAA CGGAAGATGA AAGTGAAAAG
CAAGATGACA ACTACGTGTA TGGAGTACTA GTGAAAGATA GTAAATTTAT TCCAATTTAT
TCTACTATAA AGAAATGTGA AAAAGGTCAT CAGATAGTAA AAGATCTAAG TCAAAATAAA
TGCCCTATTT GTGGATCCAG AATAGTAACT GACAAAACAG AAGTAGTAGA TATATTAAGG
AAACTGGCTC TTGAAGTAGA CGAAGTTCTT ATAGGTACTG ACCCTGATAC TGAAGGGGAA
AAGATTGCTT GGGATATATA TCTGGCTATC CGTCCGTTTA ATGGTAATAT AAAAAGGGCA
GAATTTCATG AGGTTACCAG AAGAGCGATA CTTAATGCAA TAAAGAACCC GAGGGAATTT
AACGATAACC TAGTTAAATC TCAAATTGTA AGAAGAATTG AGGATAGATG GATTGGATTT
AAATTATCAC GAAAACTACA AACAGAATTT TGGGAACAAC ACTGTACATC TATATCTAAG
AAAAATAGCA AAGATGAAGA ATGCAAAGAA AATCGTAATC TAAGTGCGGG TAGAGTCCAA
ACTCCAGTAT TGGATTGGGT AGTTAATAGA TACCAAAAAT ATAACGAAAA TAAGAAGAAG
TACCTTATTA TAGAGTCTCA AGATAAATCA ATCTTTCCCT TTAGTGTATT GGCTTTAAAG
AAGAATGGCT TATCTAAAAA TACTCAAATA ATTATACATC TAGAAGATAT AAATATAAAA
GAAGAGGAAT TTGGACCCTT GCCACCATAC ACTACGGATA CACTACTATC TGACGCTGCT
AACCTTTTGA GAATTCCCGC ATCAGATACT ATGAGAGTAG CCCAAGATCT TTTCGAATTA
GGTTTGATAA CTTATCATAG AACTGATAGT ACTAGGGTAT CAAATGTTGG TATAAGTGTA
GCAGAAACTT ATCTTAAATC TAAACAAGTT GACATTTCCA AAATATTTAG ACCAAGATCT
TGGGGAGAAG GAGGTGCACA TGAAGCTATA AGACCTACCA AACCCCTAGA TGAGACAATG
TTAAAGGCAT CCATAGAACA AGGGGACTTA GAACTATCCA AACAATTGAC TTTTAACCAT
TTTAGAGTAT ATAATCTAAT ATTTAGGAGG TTCATTACTA GTCAACTACC ACCACTAGTA
GTAACTAAAC AGATAGTTAG GATAAGGGCG TATACTAAGG ACAACATTGA ATTGGAATTG
GATGAGAATA AGAAGGAATT TGTTATTGGG TATAAATTAA AGGAAGGAGA TGAATTTAGA
CAAACATTAC AAGACGCTAT TTATACTCTA TTTAGGCTTT ATCAACCTTT AGATGAAAAA
ATGAAAGGGA AAGAGCTTTC TGCAACAATA ACAGGCACAT TAAATAAGAG TGATGTGCAG
TTATATACTG AAGGAGAGTT GATAAGTGAG ATGAAAAGTA AACAAATCGG AAGACCGAGC
ACGTACGCAG TAATAATCTC TACTTTAAAG AAGAGAAGAT ACATTATAGA ATCAAAAAAT
TTGAAGAAAA TAATACCAAC TAAATTAGGT ATGGCAGTAA AAGAGTATCT TATGGAAAAT
TATAAACAGA TAGTATCTGA GAAACGAACT GTGAAATTAC TGGAAAAGAT GAACGAGGTA
GAGGAGGGTA AAGTTGATTA TTTAGTACTC TTAAAAGAAT TATATAATGA AATACAAACA
ATTAGTTAG
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| Protein sequence | MTSINKVPPS IYTRSCPNCG GNISSQRLFN GSVCESCLKD DREFSNLSDL INILSENSNL
KNLTQIRDVL EEYKKVEEIF GKLLNNSKPI GPQRSWTIRF LRGESFAIIA PPGLGKTTFG
LIMSLYNATR NRKSIIIFPT RTLISQTVDK LAKFSELYSY SPRILYNKQS PTQTENILDQ
LKSGNFDIFI STNRFVIQNL SELSNIKFDF IFVDDVDAAL KSGKSAKAIL RLVGFTDEDI
QTTMKLLREN IGEEEKFGKI QEIRESRLKD KIVIFSSATI SRGNPILSSL MGFRPGSSVI
YLRNIYDSYI DLTQTCKGQD FEECTLGTVI KLLKRLNDGT LIFVPIDKGA QYADYLASNL
RDHGINVESV ASSSISKLEK FERGEVSSLV GVATHYGVLV RGIDLPWRVK YSIFVGIPKF
KFKIGEYMHP LALTRLLSLV YLVKNDDKVR GLLSYIRKRL RKISPAALAM LAKDIREGKI
DDERLKEAYN LVNEYLKDNE FLKKVSDVGD LVIEGDYILM PDYLTYIQAS GRTSRLYGAN
LTTGLSVLLI DNSRLFELLN KKLNLILDEV KWYSLDIDAD KLGQVSLSDI SAKITEERES
LSKIKKEGNV ESSSLSVKTT LFIVESPNKA KTISNFFSRP STRSYGKLRV YETVLGDRVL
IVAASGGHIY DLITEDESEK QDDNYVYGVL VKDSKFIPIY STIKKCEKGH QIVKDLSQNK
CPICGSRIVT DKTEVVDILR KLALEVDEVL IGTDPDTEGE KIAWDIYLAI RPFNGNIKRA
EFHEVTRRAI LNAIKNPREF NDNLVKSQIV RRIEDRWIGF KLSRKLQTEF WEQHCTSISK
KNSKDEECKE NRNLSAGRVQ TPVLDWVVNR YQKYNENKKK YLIIESQDKS IFPFSVLALK
KNGLSKNTQI IIHLEDINIK EEEFGPLPPY TTDTLLSDAA NLLRIPASDT MRVAQDLFEL
GLITYHRTDS TRVSNVGISV AETYLKSKQV DISKIFRPRS WGEGGAHEAI RPTKPLDETM
LKASIEQGDL ELSKQLTFNH FRVYNLIFRR FITSQLPPLV VTKQIVRIRA YTKDNIELEL
DENKKEFVIG YKLKEGDEFR QTLQDAIYTL FRLYQPLDEK MKGKELSATI TGTLNKSDVQ
LYTEGELISE MKSKQIGRPS TYAVIISTLK KRRYIIESKN LKKIIPTKLG MAVKEYLMEN
YKQIVSEKRT VKLLEKMNEV EEGKVDYLVL LKELYNEIQT IS
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