Gene Pisl_1109 details

Gene Information

• Locus tag: Pisl_1109
• ID: 4617209
• Type: CDS
• Is gene spliced: No
• Is pseudo gene: No
• Organism name: Pyrobaculum islandicum DSM 4184
• Kingdom: Archaea
• Replicon accession: NC_008701
• Strand: -
• Start bp: 998102
• End bp: 1001650
• Gene Length: 3549 bp
• Protein Length: 1182 aa
• Translation table: 11
• GC content: 43%
• IMG OID: 639784203
• Product: hypothetical protein
• Protein accession: YP_930623
• Protein GI: 119872616

Plasmid Coverage information

• Num covering plasmid clones: 6
• Plasmid unclonability p-value: 0.461268
• Plasmid hitchhiking: No
• Plasmid clonability: normal

Fosmid Coverage information

• Num covering fosmid clones: 70
• Fosmid unclonability p-value: 1
• Fosmid Hitchhiker: No
• Fosmid clonability: normal

Sequence

Gene sequence

GTGCGTTTGT TTCTACTGCT TCTTGTCTTA ACAGCAGCTG TGCTATATGC ACTAGAGACT 
GAACACTTCA TTGTTACCCC AGACGACCCC GTGTTGGCTA AGTACTTAGA GAATGCCTAT 
AGTTATTACA GAGACAGGGG TCTTAGCCCA GCGCCTCCCT GTGGGGGAAG CAAGTATGTG 
GTTTATATTG ACCCGTCGTC TCCTTACGAT GGCTATACCG AATTTGGAGG TGGCTGTATT 
ATCAAGGTGG TTTTTAAACC GTCTTATACG ATGAGACTTG TATATCATGA GGTGGGGCAT 
GTATTTTTTG CAAGTTACGA CTTGAGCAAT GATTATTTTT GGGTAGACGA GGCTACGCCG 
GAGGCTATGG CGTCTGTTGC CACCGGCGTT TATTATTTCC CAGATAAATA CTTTAGCGAT 
AGGCTCTATA GGGTAAACCC ATTTAGCCTT GGCGAAGATA GAATTTACGA CTGGTATAAA 
TACAGCGCTG TAGTGGCGTG GTATTTGCAA AATACGCAAT CGTGGGCAGA CATATTGAGA 
AACTTTTCAA CACGACAAGG CGCCGCCTCG TTATATGTCA GGTTTCTACT TGCACTTAAC 
AAGGGAATTA CGCTGGGGCA AAAGACGTAT GTGCCCGATA GAGAGAGAGT AGAAGTAGCT 
CCAGGCTCCA TGCGTATTTA TCCAGATCTC CCGGGGTTTA CCGCGGCTTA TTACGAGGTT 
GTTGTACCGC AGAGTGGCGT GCTGAAAATT ACAGCTTTTG GAGACGGCGT TGATAATATG 
ATTTCAAACA TCGCGTTAAA TAGAGATATC TTAGTCACAA ACGGAACTCT CCTCCTTGCG 
GTAGTGAATA ATTCAAGTGA GACGCTTCGT CCAACTCTCG TATTTTATTT AAGTAGTTTA 
CAAGCTAAGG TAGTTGATGG ACTATATGCA GATGGAAAAA TTTCAGTTAG ACTATACGCC 
ACGTATAACC TCGAGAGAGT CAACGGCGTG GTGAAAGTAA ATGGCACGCC TGTGGAGTTT 
CTAGACGGCA TAGCTACATA TAATTTCACA GGTCCCCTCA AGCCTTATGT ACTTAAGCTT 
GAATACAACG ACTCAAGGGC CTATATATAT CTCAATTTAT CTCAACCCCT TCTGTCAGTT 
ATGCCTAACA TATTATACCT TGATGAGGGG GGACACGGCG TGTTAAACGT CACGCTTAAA 
AACCCCAATC CCATAGCAGT TCGTTGTAGT TTCGACAGCA CAGGTCTAAG ACTTGTACCT 
ATTGATATCT TCCTCCCTAG TGGAAACACG ACAACTTTTA AACTTGGCTT TTGGGTAACT 
GACATTCCAC AAGGGCGTGT AAAAATACGC TGTGGACCCG CATCAACTGA GGTGTCGGTG 
TTTAAACCGA CATATAGCCT AGATTTTAAC TTAGATACTT GGAGCGGCGT GTTATCGGTT 
AGAGTTGGCT CTACGATACT TAACTATTCT ACGAAATTGC CTGCTAACAT AAGCATTAGC 
TACGACAGTT ACATAGTTAC AATACTCAGG ATTCCGATGC CAAAACTGGT GGTCAATGTA 
TCATCTCCAC GTCTGGTAGG AAACTCTATC GGCTATACAC TGCGTCTTAA AGTGGAGGGG 
CCTCCCTGGG CGAAATTTAG AGGAACTGTG AGATTAAATA ACGAGGAAAG GGGTAGTTAC 
TCTGGCGGCG TATTTAGTTT AGACATTCAA CTTCAGCCCG GCGTGACCAG AGATATCGGC 
GTGGCCATAG GCAAACTAGA AACTAGGGTC ACAATAAATG TACCGAATGT GGAGACTGAG 
ATTATTCCTA AATACGCCGT AGTAAGGAAC GACAACGTAA TTCTGCTGGC AGAAATAAAA 
CATAACATAG AGGGTAATGC CGATGTGGAA TTTCATGGAA TGTGTAAACG TTTAAACTTA 
TTAGAACAAG ATGCCGTAGT ATTAAATTGC AAGTATAATG ATACTTTAGT TGTAAGTTAT 
ACATCGTTCC ACAGGGAGAG ATATAGAGAG GTGTATCTGC CAAAGCCCCG TGTTTCTATT 
ACATTTCTAC ATGGAGTAGT TTCTCCAGAG AAGTTCAACG GCTTGTTTAA TATAACAGTA 
GAGGTCTGTA ACCCCTCTGT TGATTCCAGG TATGAGATCG ATCTGGACTC CAAGCGTGTT 
GTCTTACATG TGAAAAATGG GACATGCGCA TCTAACTACG CGATTGTAGA GTTTGAGTCT 
AGCTATAGCC CCATGCTGGT GTTTAACTTA ACTACGTTTT TTGGCTCATT TTCCCAACGT 
CTCTTTATTC CGCCGCCCGC GGTTGAATAT CGGTTGAGAC GATGGGTTAT TCAAGGTAAT 
AAGGAGACAG CATTAGTAGA TCTCTTAGTG GAGGCGGCAA AGAATTACAC ATATGTAGTG 
ATGGGGCGTG AAATCAGTGG CAGAGATAGC CTTAGTATAG AGGTTGAGGC CACGGGGGGT 
GTAGCTGTTG TGAAGTACGG TTTTGGAACT ATACATATTC CAAGACCTCC TCTTCAAATA 
ATCACAAAGC CTATTCTTCT TGAAGTTAAT ACATCTGCGA CATTAGATGT TGAAGTGAAA 
GTTCCTACAT CTCCAGAGCT CTATATCAAC GCCAGTTTAA CAACAAACTT CGGGCTTATA 
AAACAAGTGA GTTTACACCC TGGAATTTCC AAGTTCAAGC TGGAGGTGCC TAAAGTATCT 
AAGCCAGGGG TTTATAACTT GTCAATAGCC ATAGGCCCCT ATGTAAACTA CACAGAAGTA 
ACAGTTTATC AAATTTCTAA TATATCTATC ATAGCACTGC CAAAAGTACC CGTGGGGTAC 
CCAGTTCGCT TAGATGTGAA AGGATATACG AATCCTCCAG GTGTAGTAAG AGTGTCTCTT 
ACGTTAAACG GATGTATCCG CAACATGTCA CTGGTTCGAC TTAACAGCTC TCTAGTTCTA 
AAAATAGATA GACCTTGCGC CATTAATGCT ACAGTGTCTT CAAATACCAC AAAGGCTGTT 
GTTAAGATAG AGTGGGCGTC TCTAACTGCC GAACTTAGGT ATTATAAGTT AGGCGTCTTG 
AGAAATATAC CGATTTTTCC TATACATAAC TTTTCCGTAA CCGTCCTTTT AGGCGACACT 
CCCGTAGATG GACATGTAAG GGTGGTGGGA GATTTTGATA AATTGGGGTT TGTTAACTAT 
ACTATATACG TGGAGTACAT GGGTATGGTG AATAGGACTT CTTTTGTCGG ATTCGCTGTG 
CCTATAAATA GTTATATTGC TGCTAATAAA ACAGTTGCAC TTCTTTCGCC TAAGGCAAGG 
CCTTATTTCA TATACCTGAT AGAGAAGGCT GTAACCACTG GAGACTGGTC TCTGGTAGAT 
GGAATTTCTA AGTTATATTC AGACATCCCT ACGCCGTTCA CTATAGTAGC TAGGTTCTTG 
GTAGAAAAAG CGCTAGAAGA TGGAAGAGAG CCTAACATCT ATGTAATTGA GAGTTTAAGA 
AAGATAGAGC CGGTTTTACT AGGCATAGTT GGCGGAGTGT TTTTAGCTAT GTTAAGGAGA 
GTGCTTTAG 

 

Protein sequence

MRLFLLLLVL TAAVLYALET EHFIVTPDDP VLAKYLENAY SYYRDRGLSP APPCGGSKYV 
VYIDPSSPYD GYTEFGGGCI IKVVFKPSYT MRLVYHEVGH VFFASYDLSN DYFWVDEATP 
EAMASVATGV YYFPDKYFSD RLYRVNPFSL GEDRIYDWYK YSAVVAWYLQ NTQSWADILR 
NFSTRQGAAS LYVRFLLALN KGITLGQKTY VPDRERVEVA PGSMRIYPDL PGFTAAYYEV 
VVPQSGVLKI TAFGDGVDNM ISNIALNRDI LVTNGTLLLA VVNNSSETLR PTLVFYLSSL 
QAKVVDGLYA DGKISVRLYA TYNLERVNGV VKVNGTPVEF LDGIATYNFT GPLKPYVLKL 
EYNDSRAYIY LNLSQPLLSV MPNILYLDEG GHGVLNVTLK NPNPIAVRCS FDSTGLRLVP 
IDIFLPSGNT TTFKLGFWVT DIPQGRVKIR CGPASTEVSV FKPTYSLDFN LDTWSGVLSV 
RVGSTILNYS TKLPANISIS YDSYIVTILR IPMPKLVVNV SSPRLVGNSI GYTLRLKVEG 
PPWAKFRGTV RLNNEERGSY SGGVFSLDIQ LQPGVTRDIG VAIGKLETRV TINVPNVETE 
IIPKYAVVRN DNVILLAEIK HNIEGNADVE FHGMCKRLNL LEQDAVVLNC KYNDTLVVSY 
TSFHRERYRE VYLPKPRVSI TFLHGVVSPE KFNGLFNITV EVCNPSVDSR YEIDLDSKRV 
VLHVKNGTCA SNYAIVEFES SYSPMLVFNL TTFFGSFSQR LFIPPPAVEY RLRRWVIQGN 
KETALVDLLV EAAKNYTYVV MGREISGRDS LSIEVEATGG VAVVKYGFGT IHIPRPPLQI 
ITKPILLEVN TSATLDVEVK VPTSPELYIN ASLTTNFGLI KQVSLHPGIS KFKLEVPKVS 
KPGVYNLSIA IGPYVNYTEV TVYQISNISI IALPKVPVGY PVRLDVKGYT NPPGVVRVSL 
TLNGCIRNMS LVRLNSSLVL KIDRPCAINA TVSSNTTKAV VKIEWASLTA ELRYYKLGVL 
RNIPIFPIHN FSVTVLLGDT PVDGHVRVVG DFDKLGFVNY TIYVEYMGMV NRTSFVGFAV 
PINSYIAANK TVALLSPKAR PYFIYLIEKA VTTGDWSLVD GISKLYSDIP TPFTIVARFL 
VEKALEDGRE PNIYVIESLR KIEPVLLGIV GGVFLAMLRR VL