| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Aboo_0018 |
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| Symbol | |
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| ID | 8826952 |
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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 | 22553 |
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| End bp | 26254 |
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| Gene Length | 3702 bp |
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| Protein Length | 1233 aa |
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| Translation table | 11 |
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| GC content | 37% |
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| IMG OID | |
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| Product | hypothetical protein |
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| Protein accession | YP_003482392 |
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| Protein GI | 289595696 |
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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 | 15 |
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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 | GTGCTTAGAG ATGCCTTGGA AAAGTATGGA TTGAATCGCG ATGATATTGA TGCCCTAGTG
GCTAATTTTA AAAGTGTAGA GGATATTATT AATGCGGAGC CTTCGCAAAT AAGTTCCATA
TCCTCACTCA ATACTGATGA GGTAAAAAAT CTTCAAAAAT TCTTGAAAGG CTTGAACTCC
AAAAATGGAG TTGGTCATGA TTTCTTAAAA AGGTGGGGAA AGGTTACCTC TGAGGAGGAT
TTGAAAGCTG CGTATGAAGA ATACACTAGG CTCTCCAAAT TGTATCCAAA CTCTCCTGTT
GTTTGGGAAA TCCGCGGGGA TATCCTCGAG AAGATGGGCA GCTTTAAAGA TGCAAGAAAA
TCCTACGAGA AGGCATATAT GCTCTATCTC AAAAAGGGAG AAGAGCCACC TGTGAAATTG
AAAAAGAAGT TTGGCTCACA GCCAACAATT ACTCCAAAGA AGGTGGGGCT CTCAAATGGG
TTTGGTAATA TAAACGGGTT TAAGAATGGT TTTAAAAACG GCATAGTAAA CGGGACTGGA
ATAGTAAATG GCACAGGTGG AGGAAGAAAA GCACCACAAC AAAAGGGATG GAAAGTTTTA
ATCTCCGTAT TAATAGTGTT TCTCATTATC TCAGCTCCCC TGGTGGGAAT GATATTTTTC
GAGAAGCATT ATGTTTATGC AGTTGACGGT AATTTCCAGG AATGGGTTGA AAATATACCC
TATTATGGAC TGAAAAGTGA GGATAAAAGC ATAAATGTGA ATTTTGTAAA ATTCCACATT
TCTACGGGAG GCATATACTT TTACCTAGAT GCAAACAAGA ATCTATTTAC AAATGCCAGC
GGAATATACA TATTTTTAGA TACAGATAAC AACTCTCACA CGGGATATCT TGTGGAAGGG
ATCGGTGCAG ATTACATGGT TGAGCTCTAT GGATGGAATA GGACTTTACA GGGAAAAGAA
CTGTACAAAT TTAATGGAAC AAACCAGCTT GATTTCAATA ATTTCACCTA TATTGGTGGA
ATAAAGGCAA TAGATAGAAA TGGGCAGATT GAAGGATTTA TAAACTTGCA GGTAAGCGGA
TTCAGGAGTT TTGTGATTTC CTCGGACTAT AAAGGAATAC AAGCAATCGT ACCCTGTATG
GACTATGGAA AGCATACATT CATCGCAGAA GAAAGCACGC TAACCAATTT GATTCCGTTA
TATCAAAACA CACCTCTTCT AAAAATCAAC ATAATTGGAA AAAATATTAG AATTCATAGA
ATAGTTCTTG AGGATATGGG AAATGCAGAG CTCTCTGCCA TAAAAAGCAT TGAACTGTAT
GAAGGAAATA AAAATGATTC TTTTGGCTCG TGGGACAAAT ATGTAGCAAG TGCAAATATC
AAAGGTAAAA ATGTTGAATT TAATAACTTA AATCTGGATT TATCTTCCAA TTCCACATTG
TTTATAACCG TGAAAATTGA AAATGCATCT CTCTCAACCA AGACATTCAT GCTCAAAATT
AACACTATAG AGGCAAATAT GCCTTATTAC ATTGATAATG ATATATCAGG TGGTGCATAT
ATCAACAAGA TCCCATCACA TCCAGTTATC GATGGGGCTT TTGCAGATTG GAAAAATTAC
TTAAGAAATG ACTCGTCCAA TGATGTTATA GCTCCAAATG GGAAAATAGT AAATGGCTAT
CCAAACATAG ATTTGCTGCA ATACGGAGCT TATAATGCAC AGTACCTTTA CATGTTTCTA
AAAGTTCGCG GTAAGATACT AGGAGGTGCT GATGTACCCA AAATAGAAGT ATTTCACCTT
CCTGATAGCG ATGGAGATAC AGTACCTGAT AAATATGATC CTTACCCCCA TGATTTTAAC
AATGATGGCA TCCCCGATAA CGAAAGCTAT GTAATTGTCA ACGGGACAAA ATTACCAGAT
GTTGATGGTG ATGGCATACC TGATTACCCA TACGGACCAG ATATGTGGCT TAATACTACC
ATACCATCCT GGTTCCCCAA GCCCTATGCA GGTCGTCAAG TTCATCGCTA TATAGGTCCA
GTACCTCACA AGGTTATAAA GGGGATGGAT ACAATTGAGA TTTACATAAA TTCAGATAAT
AATACTCATA CTGGCTACTC TTTGCCAAAA TATCCAATAG GGGCTGATTA CAAGATAGAG
ATGTTTGGAA AGGATGGGAT AGTTTACAAT GCATCTCTCT ACAATTACTC TAACGGCAAA
TGGATATTCG TAAAGCATAT CTCACCAAAG CTTGGATACC ACGCAATGGA ACTCAACACG
GGAGTGGAAA CGAAGAATAG TAAAGAATAC ATATTCATCT TTGACTGGCG CAACGATAAG
GATGTTGCGG ATGTGCCTCT GGAGCAAAGT AAACAAAGTA AAAATACATT AAAGGTGCAC
AAAATCAGTT TTCATACAAA TCTAACTACA AAAACATTTA CAGCATCTTC AATAAGATCC
ATAAAGCCAA AATCATTAGG CACATTAACC GCTTCCCAAC TTTCATTTGG GAAGGACGTT
AAACTTCAAG TAAAAAATTC AAATAGGAGA TACGAAGAGC GCCCTTCTAT TACAATTACT
AGTAATGGTA CCCTTTGGAC TGTTTGGAGT TTTGAAAGGA AAAATGGTGC CCATGATATA
GCTCTTGCAT ATTCTACAGA TGATGGAGCT ACATGGGCAG GAGAGAGGTT AAATGCAAGT
AGAAATTATG ATGATGCAAA CCCTATCATT ATAAGTGATT CAGAGGATAA TTTATACATA
TTCTTTGAAA ATCACACCAA GCAAGGAGCT TCATTTCAAA TTCTAAAACT TACACCATCT
TCTTCAACTT GGAAACTCTA TTCCTATACT AACTCGTCTT GGTGGGGTAA TGTATATAAT
TTATCAGCTT ATTCGTATTC CAACTATATT TATCTGGCTT TTGAATACCA TAATAGTTCT
TCAAATTCAT CTCTAGGATA CATGTATACC TCTAATGGGG GATATTCTTG GCATGTTATC
ATTTTCAATA ATACCTATTG GACTGGTCAT CCTTCTATAA CCATATCCTC AGGAACAAAT
TCTCGTGTGT TTATTGCATT TGACTACTAT GGAGATAATG GACTCTTCAA CGAATATCAA
TGGTATGTAT CAGTTATAAA CAATAGTTAT TTAGGAGACA ATAATTGGAA ATTAAACGAA
ATAACTCAAT ATGAATTTGA TAATTGCCAA TACCCATCCA TTGCAGACTC CGGAAACACT
ATTTATGTGG TATTTCAAGA AGAGTTCTCA AGTGAAGATT ACGATATATA TATTACAACC
TCTACAAATA ACGGTAACTC TTGGAGCTCA CCTTGGCCAG TAACATTAAG CTCTGATGAT
GAGGAATATC CATGGGTGGT TGCCTATGGC CAAAATGTAT ATGTTTTCTA TTTAGATAAC
ACCACCGGAT ATATTTCAAT AATTGAATCA AATGATGGAG GTCAAAGTTG GAGCAATCCA
ATCACAGTAA GTGATAATGG TACAGGAATA AGCGTATATC GCACTGTCTC AGCAATGTAT
GCCGGTGGAA AGCTCTATGT TGTTTGGACA GATTCTAGAA GCGGTAATGG AGATATATAC
TTCGACAAAA CAGAAGTGCC AGAATTTCAC GACTTTGCAA TACTTATAAT CCCGTTGCTT
GCAATAATAG TAATTTCAAG AAGAAGAAAG AATAAACAAT AA
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| Protein sequence | MLRDALEKYG LNRDDIDALV ANFKSVEDII NAEPSQISSI SSLNTDEVKN LQKFLKGLNS
KNGVGHDFLK RWGKVTSEED LKAAYEEYTR LSKLYPNSPV VWEIRGDILE KMGSFKDARK
SYEKAYMLYL KKGEEPPVKL KKKFGSQPTI TPKKVGLSNG FGNINGFKNG FKNGIVNGTG
IVNGTGGGRK APQQKGWKVL ISVLIVFLII SAPLVGMIFF EKHYVYAVDG NFQEWVENIP
YYGLKSEDKS INVNFVKFHI STGGIYFYLD ANKNLFTNAS GIYIFLDTDN NSHTGYLVEG
IGADYMVELY GWNRTLQGKE LYKFNGTNQL DFNNFTYIGG IKAIDRNGQI EGFINLQVSG
FRSFVISSDY KGIQAIVPCM DYGKHTFIAE ESTLTNLIPL YQNTPLLKIN IIGKNIRIHR
IVLEDMGNAE LSAIKSIELY EGNKNDSFGS WDKYVASANI KGKNVEFNNL NLDLSSNSTL
FITVKIENAS LSTKTFMLKI NTIEANMPYY IDNDISGGAY INKIPSHPVI DGAFADWKNY
LRNDSSNDVI APNGKIVNGY PNIDLLQYGA YNAQYLYMFL KVRGKILGGA DVPKIEVFHL
PDSDGDTVPD KYDPYPHDFN NDGIPDNESY VIVNGTKLPD VDGDGIPDYP YGPDMWLNTT
IPSWFPKPYA GRQVHRYIGP VPHKVIKGMD TIEIYINSDN NTHTGYSLPK YPIGADYKIE
MFGKDGIVYN ASLYNYSNGK WIFVKHISPK LGYHAMELNT GVETKNSKEY IFIFDWRNDK
DVADVPLEQS KQSKNTLKVH KISFHTNLTT KTFTASSIRS IKPKSLGTLT ASQLSFGKDV
KLQVKNSNRR YEERPSITIT SNGTLWTVWS FERKNGAHDI ALAYSTDDGA TWAGERLNAS
RNYDDANPII ISDSEDNLYI FFENHTKQGA SFQILKLTPS SSTWKLYSYT NSSWWGNVYN
LSAYSYSNYI YLAFEYHNSS SNSSLGYMYT SNGGYSWHVI IFNNTYWTGH PSITISSGTN
SRVFIAFDYY GDNGLFNEYQ WYVSVINNSY LGDNNWKLNE ITQYEFDNCQ YPSIADSGNT
IYVVFQEEFS SEDYDIYITT STNNGNSWSS PWPVTLSSDD EEYPWVVAYG QNVYVFYLDN
TTGYISIIES NDGGQSWSNP ITVSDNGTGI SVYRTVSAMY AGGKLYVVWT DSRSGNGDIY
FDKTEVPEFH DFAILIIPLL AIIVISRRRK NKQ
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