| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Aboo_0951 |
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| Symbol | |
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| ID | 8827905 |
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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 | Aciduliprofundum boonei T469 |
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| Kingdom | Archaea |
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| Replicon accession | NC_013926 |
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| Strand | + |
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| Start bp | 913821 |
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| End bp | 916913 |
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| Gene Length | 3093 bp |
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| Protein Length | 1030 aa |
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| Translation table | 11 |
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| GC content | 39% |
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| IMG OID | |
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| Product | reverse gyrase |
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| Protein accession | YP_003483322 |
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| Protein GI | 289596626 |
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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 | 19 |
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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 | ATGATTCCTG TTATCTATGG AGAGCTATGT CCACAATGCC ATGATAAACT AAGTTGGAAG
GAAATAGAAA ATAATTTATG CGAGAATACT GGAAAGGAGT TATCTCGCAC GAGAGAATCC
GAGATTTACG GAGAATTTGA GAAATTCTTT GTGGAAAAAT TCGGATCTAA GCCCAGAGCA
ATTCAGAGAA TGTGGGCCAG GAGGGTCCTC GCTGGGAAAT CTTTTGCGGC CATAGCTCCC
ACTGGGATAG GAAAAACATC CTTTGGGATA TTAATGTCCA TGTTTCTCGC TAGGAAGGGA
AAAAAGTCCT ACTTGCTTGT ACCAACCACA ATAATTTTAA AGGATATGGT TAAAAAATTT
GAGGATCTTG GAGAGGATAT CGCGTTTTAT CATTCCAAGA TGAAAGGAGA GGAAAAGAAA
GGCATGGAAA ATAGGATCAA AGAAGGAAAA TTCAATATTT TAATCACCAC AACAGCTTAT
CTTGCAAGAA ACCATAAAAA TTTATACGGT AAATTTTTCC ATTTTATATT TGTTGATGAT
GTGGATTCAC TCCTAAAAAG GTCAAAAAAT CTGGAGAAGG TTCTGAAAAT TTTGCATAAA
AAAGGGGTTT TGATGGTTTC TACAGCCACA GGAACCAAGG GATACAATAC GAAGATTTTA
AGGGACAAAT TAGGATTTGA TGTTGGAAAT ATGCGCAATG CTGTGAGGAA CATAGAAGAC
ATCTACGCGA GCAAAGATAC GCTCAAGGAT ATATTGAATG CAATGGGATC AGGAGCGCTT
ATATTCGCGC CTACTGCGAA AGAAGCTAAA ACTCTTGCGG ACCGTATAGG AGATAAGGCG
GGTTTGGTCA TTGAAAAAGA TAAAAGAGCA TACGATGATT TCCAGGCAGG AAAATTGGAT
TATCTTGTTG GAGTTTCGAC TCCATATGGC TCTTTAATAA GAGGTATTGA TATGCCAGAT
AGGATTAGAT ATGTCATTTT TTATGGCATT CCGAGATTTA AGATAAATGC GGAGAATCTG
GACGATTTTG GAGATAAGCT AATGCTCTCT CTTGCGTATG GATTAAGAGA TTACGGCTTT
GATGAATACA TAAAAAATAG GAATGTAAAA GAGATAAGGG AGAAATTAAA AAGTATATTG
CAAAATAGAA AAGATATCAG GGGAGAAGAT TTTATTTATA AAAATGGCCA TATAATCTTC
CCGGATGTGA AAACTTATAT TCAAGGTTCT GGAAGAGCAT CTCGCTTGTA TGCTGGAGGT
ATAACAAAGG GAGCTTCATT TCTTCTTGAT GGCGATGATA TGGTTGAAAT ATTCTTGCAA
AGAGCAGAGC TTTACGGAAT AGAATTTAAA TCTCTTGAAG ATGTGGATAT TGAATCCCTA
AAGCGAGAAA TTGATAGGGA TAGAAGGAGA ATAGCGGAGA AGGTCGAGGA AAAAGATGTT
ATAACTCCAT CTTTGTTTAT AGTTGAAAGT CCAAACAAGG CAAAACACAT AGCCCATTTC
TTCGGTAAGC CAAATTTAAG GATAATAGGA AATGCGGTTG TCTATGAGGT CGCCGTGGGC
GATAGAGTTT TGACAATAGC ACCATCTCTG GGTCATACCG TTGATTTGAG CACAACACAG
GGTTATTATG GAGTAGTTAT AAAAACAGGG CTTTTCATTC CAGTTTACTC CCCCATAAGA
AAGTGCAGGG ATTGCGGCTA TCAATTCACA GAGGGTAATA AATGCCCTGT TTGTGGCTCA
GAGGATATCT ATAATGCGAG AGAGCAGATA GAAATTCTTC GCAGACTGGC ATATGAATGT
GAGGATGTGA TTATAGGCAC AGATCCCGAT ACCGAGGGGG AGAAGATAGC GTGGGATTTG
AGGAATCTAC TGTCTCCTTT TGCAAAGAGC ATAAAGAGGG CAGAGTTTCA TGAAGTAACC
AAGGATGCCA TAATAAAGGC AATACGAGAG AGTAGAGAAT TTGATGAAAA TTTGGTAAAG
GCACAAATCG TGAGGAGAAT AGAGGACAGA TGGATAGGGT TTGAACTTTC ACATATCCTT
TGGAATTTGT TTGGAAAGAA GAATCTATCC GCAGGGAGAG CCCAAACGCC AGTTCTGGGA
TGGATCATTG AGAGATACGA GAAATCAAAA GAGATAAGGG AGGAGTATTT TATAAAGGGG
ACGGATGTAA AATCACCTTG GAAAGAGAAT GTTCTTGCCA AGGTAGAGAA AATTGGGGAC
GAAGTGAAAG ATTATGTTGT TCCCCCGTAC ACCACCGATG AGATTTTAAA AGATGCAAAT
ACCATATTGG GTTTAGGGGC AAGAGAAGCT ATGAATATAC TCCAAGACTT ATTTGAATCT
GGGTTGATAA CTTATCACAG AACGGATTCA ACCCATGTAT CGCAGGAGGG TATGAGCATT
GCGAAGAAAT ACTTGGGCGA GGATTTTAGA CCTAGAAGAT GGGGCAAAGA GGGGGCTCAT
GAATGTATAA GACCAACAAA GCCCTGGAGT GCAGAGGATA TAAGAAGATT TGTAAATGAG
GGAATTTTGA ATTTAGAGAT ACAGGATGAA GCACTGCGTG TTTATGATTT GATATTTCGG
AGATTTATGG CTTCTGAAAG TGTAGGCAAG ATAAGAATTT CAAAGTATAA AGTATCCGCA
AAGGGAAAGG TTTTGGAGAT TCCCCTGATT GTTGAAGCTT ATGGCAAGAG TGTTGAACTC
TATCCTTACA GAATTAAAGT TTACAGGCCC TTGCCTACGG GAATGGTTAG AATCGAGGTT
GAAAAGAGAA AGATCAAACT TGCACCATAT ACCCAAGCGG ATGTAATAAG GTTAATGAAG
GATAGGAAAA TAGGTAGGCC AAGTACCTAT GCCACAATAA TATCCAAGCT ATTCAAAAGG
GATTATATCG TAGAGCGCAG TGGAAAATTG ATACCCACAA GGATTGGAAT TGAAGTTTAT
TCATTTTTGT CCACCAACTA TGGAAAATTT GTAAGTGAAG AGAGGACAAG AATATTAGAA
AGAAAAATGG AGGATGTAGA GAATGGAAAT AGGGATTATC TGTATGTTCT AAATGAGCTT
TATGAGGAAA TAGGTAAGAT AAGAGGAAAC TAA
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| Protein sequence | MIPVIYGELC PQCHDKLSWK EIENNLCENT GKELSRTRES EIYGEFEKFF VEKFGSKPRA
IQRMWARRVL AGKSFAAIAP TGIGKTSFGI LMSMFLARKG KKSYLLVPTT IILKDMVKKF
EDLGEDIAFY HSKMKGEEKK GMENRIKEGK FNILITTTAY LARNHKNLYG KFFHFIFVDD
VDSLLKRSKN LEKVLKILHK KGVLMVSTAT GTKGYNTKIL RDKLGFDVGN MRNAVRNIED
IYASKDTLKD ILNAMGSGAL IFAPTAKEAK TLADRIGDKA GLVIEKDKRA YDDFQAGKLD
YLVGVSTPYG SLIRGIDMPD RIRYVIFYGI PRFKINAENL DDFGDKLMLS LAYGLRDYGF
DEYIKNRNVK EIREKLKSIL QNRKDIRGED FIYKNGHIIF PDVKTYIQGS GRASRLYAGG
ITKGASFLLD GDDMVEIFLQ RAELYGIEFK SLEDVDIESL KREIDRDRRR IAEKVEEKDV
ITPSLFIVES PNKAKHIAHF FGKPNLRIIG NAVVYEVAVG DRVLTIAPSL GHTVDLSTTQ
GYYGVVIKTG LFIPVYSPIR KCRDCGYQFT EGNKCPVCGS EDIYNAREQI EILRRLAYEC
EDVIIGTDPD TEGEKIAWDL RNLLSPFAKS IKRAEFHEVT KDAIIKAIRE SREFDENLVK
AQIVRRIEDR WIGFELSHIL WNLFGKKNLS AGRAQTPVLG WIIERYEKSK EIREEYFIKG
TDVKSPWKEN VLAKVEKIGD EVKDYVVPPY TTDEILKDAN TILGLGAREA MNILQDLFES
GLITYHRTDS THVSQEGMSI AKKYLGEDFR PRRWGKEGAH ECIRPTKPWS AEDIRRFVNE
GILNLEIQDE ALRVYDLIFR RFMASESVGK IRISKYKVSA KGKVLEIPLI VEAYGKSVEL
YPYRIKVYRP LPTGMVRIEV EKRKIKLAPY TQADVIRLMK DRKIGRPSTY ATIISKLFKR
DYIVERSGKL IPTRIGIEVY SFLSTNYGKF VSEERTRILE RKMEDVENGN RDYLYVLNEL
YEEIGKIRGN
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