| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Aboo_0794 |
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| Symbol | |
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| ID | 8827744 |
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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 | 756867 |
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| End bp | 761180 |
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| Gene Length | 4314 bp |
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| Protein Length | 1437 aa |
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| Translation table | 11 |
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| GC content | 43% |
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| IMG OID | |
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| Product | extracellular solute-binding protein family 5 |
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| Protein accession | YP_003483165 |
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| Protein GI | 289596469 |
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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 | 4 |
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| Plasmid unclonability p-value | 0.0894131 |
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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 | ATGAACGAAA GAAGTATGAA GAAAATATTG TTAGTGACTT TAGTGTTAGC AGCGATGGTA
CTCAGTGGCT TTTCAGTGAT GTCCGGGAAT GCTGCTGCGG CAGCTCCCAA AGTTTCAGCA
GCCAATAACG GTAATCTAGT GGTAGCTTTT CAGAATGACA TATCAAACCT GAACATATTT
GACCCAACAA CGAACACTGT TTGGAAAGCT GATGCTCTTG GGTGGGCATT TGAGAGTCTG
TATTCTTATA CTCCGGACTT AATACCCTAT CCAAACTTGG CATTGAGTGC CACGCCTGAC
GCAAGTGGCT TGAATGTAAC TGTTCAGCTA AGGCACAATG TGACTTTCCA AGATGGACAG
CCAATGACCG CAGAGGATGT TGTATTTAGT TATCAGACCT TGTATTGGGA TTCTCTGTAT
AAGACAACCC TTCAGTGCCT TTACTGGCCC ACTCCTAAGT GGCCTCTTTG GAATGGAAAT
GGCACATCCC ACATAGGTGT TGTTGCCACA GGCAAATACA CTGTTGTCTT CCATCTATAT
CAACCATATC CTCTGTTCTA TCAGGTTACA CTTGGTAATA CTATCATACC CGAGCACATA
TGGGTAAAGC ACTTGGTATC TGCAGGTACA GGTGATAGTG ATGATATGAC AATAGATACA
TCTTGGAATG CTCCAGGAGC AACTATTGGT ACTGGTCCAT TTAAGTTTGT AGAATGGAAG
CCAGGTAACT ATGTGAAGAT TGAAGTTTAC AAGAATTACT GGGGTAAGGG ACTGTCTACT
CCATGGAGAG GTAAAAATTG GCCTTGGTAT CCCGAGTATG TGAGAACAAT AACATTCAGA
ATTTACAACA CCTTGGATAC TGCAGTTCTT GCACTGAAGA GAGGTGAGGT TCAGTTTATT
GACTGGTCAT TGCCTCCAGG CTATTATAAC CAGTTGAAGA CTGATCCAAA TATAGGTGCT
ACAATTGTTA ATGACCAGGG GTTCTTCTAT TTGGCATTCA ATATGAGAAA AGAGCCCATG
AGCGATTTGG CCTTCAGGAC CGCTGTTGCC CACTGTATTA ATAAGGACTA CATAGTGACT
ACCCTTATGC AGGGTTATGG TACGAAGGGT ACCGTGCCTA TATCAATTAC ATCTGGTGCA
TATGTCAATA CATCTGCTAT ACCCCCAGGT TTCGATTTGA ATGCTGCTCA GCAGGTTCTT
GACCAAGCGG GCTATAAAGT TGGCTCTGAT GGTTGGAGAC ACGCCCCAGA TGGCTCACCA
ATTAAGGAGA CAATTCTCAC GCCGCCAAAG GATTACGATC CTATAAGGGC TGAAGCTGGC
ATAATGATAC AGGCAAACCT TCAGAAAGTA AAATTGAATA TTCAGAGTAT TCCTACAAAC
TTTGATACGA TAGTTTCAAA GGCATTCGTG CAGGTGCAGT TCGATATGTA CATCCTTGGA
TGGGGTGTCG GTGCATTCCC TGAGACATAC CTCGAGGACT TCTTTGCAAG CTGGAATGCA
GCACCTGTTG GTGATAACAC ACCTGGTTAC CACAATCCTA AGGTGGATAA ATTGCTCATT
GAGATTAGAA CAGATATGAA CACTCAGGAT AGAATTAACA AGATTAAGGA GATTGAAGGC
ATATTGGTGC ATGATTTGCC TTACGATGTG CTTTATTACA GAAAGAACAT AATGGCTTAC
AGGCAGGATA TGTGGCAGGG CTGGGTTGCA GCCTATGGTA CTATTTGGAA TGGATTCTCA
CTTGGCGTAC TCCATCCGCC GACATCTGGA GGCGGCGGTG GAGGCGGTGG CGGTGGCCAC
CACCCAGGAC CTATAACTAA TGTTACAGGG AGTGGATTAG TTGGTGCAGT TGGACATCTT
TATACCCCTA ACATAGCGTA TGCTGGGCAC TCTATAAATG GAGTATTCTA TCTCACTGAT
CAGAATGGCA TTCCTATCCC TAATGCAAAG GTTAGCATCT ATGCATCCAA TGGAGTATGG
GCAAATGGCA CCACTGGCAG CTCGGGTGGA CTTGCATTTA ATGTGCCTCT GAAGTTCGAG
GATTATGGTA AAGTGAATAT TACATATTCT TATTCGGTTA AAATTGGGGG CCATGTGTAT
AATGGCTCCG GTACGAACTC TGTAACCGTT TACCTGCCAA AGAATGTTGC AAAGCTGAAG
CTAAGTATTG ATAAGCCAAT ACTTACCCCT GGTGCAAGTG CTACTATTAC TGCCAAAGTT
ACTGACATCT ACGCTCATCC ACTTGCGGGA GTGAATGTTA CCATACTCTC AGAAGAGACC
TCTGGTTCTA TAACACCAGG TTATGGTATA ACAAATAGTG ATGGTATTGC CACATTCCAT
TACACTGCAC CAACGATGGT AACTAACATA AATCCTGTAG ATATAGTAAA GGCCCAGATT
AAGGTCAACA ACACAATACT AACAAATCTA CAGACTGCCA CTCTCTTCGT TCCAATACAG
AGCCATGGAA GCAGCTGGTA CAAGGTGCAG ATAACTCATG TGAGCAGTTA TGGAATAACT
GCTGGTCAGA GTACCCAAGT AACCGTTAAG GTTGTGAATA TAAATGGAAA TCCTGTGGCA
AATCATAAGG TTTATATGGC CGCCTACTAC TCAAATGCAA CTGATCCTAA CTGGTATGGC
CAGCAGCTCG TACCTGCATG GGGAATAACA ATGGATTCAA ATGAAAAGAC AACAGATAGC
AATGGTGAGG CGACTTTCAC CATAACTGCA AATGAGAACG CAAATATTCC TGTGATATTA
AAGGCTTACA CACAGGATAC TTATATGGCG TATGACACTG TGCAGATTTA TGTAGGTAAC
AATACTGGCT TTGATCCTTA CATTGGTCCT TGGACTGGCT TGTATGCAAT GGATATGCAG
CTCAACAAGG TAACTGCTGG TGTTGGACAG CAGGTGCAGG TTACAATGAC TGTATATAAT
GCAGCCACAG GTGCACCGCT GCCAAATGCT ACAGTGTTCA TGGCCGTATT CGGTACTGAT
TATGGATTCG GTGCTGATTG GGCAAACAAT GTAGGTACAT ATGTATGGTG GGCAGGCCAG
AGTGTTATCT GGGGAACAAC TGATGCAAAT GGTCAGTTTA GCTACACATT GAACACAAGT
GCCCTTAGGG CAGATCAGCC CATCTATGTA AGCGGTTGGA TGGATGCATA TGGGTATGGA
GCCAATGCTA TATGGACTGG TCTTGGATTT GACTTCCCGT ACCTCTTTGG CGTGAAGGAT
GGCTTCATAC TTCAGAGAGC ACCAATAATG GGTATATCTA ACATAATGGT TAACGAGTTC
TATCTAAGTA ACTCTCTGTG GACTACAATG ATGACCTTGA AGGTTGTTGA TATCAATGGT
CCTCTAGCTA ATGTTACAGT GTCTGCTGAT TGGACTCTTG GTAACTATGA AAATAACATA
AATGTAACCA CTAATGCTCA GGGTATTGCT CAGTTTAATA TAACAATAGA GCCAACAACG
GCAGATAGTA TTGTATCTGT CTCAATTATG CTCTCCTCGC CTGACCATGC AATGAATCTC
AACTATGAGT ACTATATACC ATTCTTATCA GGAGCATCAC AGCTTTCAAA GATACAAACA
TTTGACTGTG TGAAAATATT AACTGAATCC TCGAATGTAG GTCTAGTGCC TTACGAAGGA
AAGGCAACTA TTAGATTGCA TCTTATAGGA GGACTTTTGG GAACACCTAT TTCAGGTGAA
CAAGTACATC TTTATGTACC AGCAGGTACA TTAGACAATT CTAGCGTGTT TACTGATGAA
AATGGTACAG CGGTATTTAC ATACAATGCT CCCGATGTAC TTACACCAAA ACATTATGTT
TTCGTTGCAA CTACCCCTGA AGGTGGAATA TACTTCTTCG GAGTGGAAGT TGCTGGCAAA
TACAACAATA CCTTAGAATG GGCTAATGAA ATTAACAGCC TTAATCAGAA GATTGCAGAC
CAGAGCTCAC AGATACAGGA TCTACAGAAC AAGTACAATA ATCTCAATAC CGAATACAAG
AACTTGCAGG ACAAGTATAA TAGCTTGCAG ACAAACTACA CAAATCTAGG CAAGCAGAAA
GATAATGCAG TGACAATGCA GTATGTATGG CTCTCTCTGT TCATCATAAT GATAATCATA
GCAATAGTGA TGTACTATGC AGGCAAGAAG AGCGGAGCAA AGAGTGCACC TAGTGAAGAA
GAGAGTACAG AAGAGGAAAT CGAGGAAGAA GAGGAGCCTA CAGAAGAAAT AGAGGAAGAA
ACCGAAGAGG GCTCTGAGGA AGAGACCTCA GAGGAGGAAA ATACAGAGGA GTAA
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| Protein sequence | MNERSMKKIL LVTLVLAAMV LSGFSVMSGN AAAAAPKVSA ANNGNLVVAF QNDISNLNIF
DPTTNTVWKA DALGWAFESL YSYTPDLIPY PNLALSATPD ASGLNVTVQL RHNVTFQDGQ
PMTAEDVVFS YQTLYWDSLY KTTLQCLYWP TPKWPLWNGN GTSHIGVVAT GKYTVVFHLY
QPYPLFYQVT LGNTIIPEHI WVKHLVSAGT GDSDDMTIDT SWNAPGATIG TGPFKFVEWK
PGNYVKIEVY KNYWGKGLST PWRGKNWPWY PEYVRTITFR IYNTLDTAVL ALKRGEVQFI
DWSLPPGYYN QLKTDPNIGA TIVNDQGFFY LAFNMRKEPM SDLAFRTAVA HCINKDYIVT
TLMQGYGTKG TVPISITSGA YVNTSAIPPG FDLNAAQQVL DQAGYKVGSD GWRHAPDGSP
IKETILTPPK DYDPIRAEAG IMIQANLQKV KLNIQSIPTN FDTIVSKAFV QVQFDMYILG
WGVGAFPETY LEDFFASWNA APVGDNTPGY HNPKVDKLLI EIRTDMNTQD RINKIKEIEG
ILVHDLPYDV LYYRKNIMAY RQDMWQGWVA AYGTIWNGFS LGVLHPPTSG GGGGGGGGGH
HPGPITNVTG SGLVGAVGHL YTPNIAYAGH SINGVFYLTD QNGIPIPNAK VSIYASNGVW
ANGTTGSSGG LAFNVPLKFE DYGKVNITYS YSVKIGGHVY NGSGTNSVTV YLPKNVAKLK
LSIDKPILTP GASATITAKV TDIYAHPLAG VNVTILSEET SGSITPGYGI TNSDGIATFH
YTAPTMVTNI NPVDIVKAQI KVNNTILTNL QTATLFVPIQ SHGSSWYKVQ ITHVSSYGIT
AGQSTQVTVK VVNINGNPVA NHKVYMAAYY SNATDPNWYG QQLVPAWGIT MDSNEKTTDS
NGEATFTITA NENANIPVIL KAYTQDTYMA YDTVQIYVGN NTGFDPYIGP WTGLYAMDMQ
LNKVTAGVGQ QVQVTMTVYN AATGAPLPNA TVFMAVFGTD YGFGADWANN VGTYVWWAGQ
SVIWGTTDAN GQFSYTLNTS ALRADQPIYV SGWMDAYGYG ANAIWTGLGF DFPYLFGVKD
GFILQRAPIM GISNIMVNEF YLSNSLWTTM MTLKVVDING PLANVTVSAD WTLGNYENNI
NVTTNAQGIA QFNITIEPTT ADSIVSVSIM LSSPDHAMNL NYEYYIPFLS GASQLSKIQT
FDCVKILTES SNVGLVPYEG KATIRLHLIG GLLGTPISGE QVHLYVPAGT LDNSSVFTDE
NGTAVFTYNA PDVLTPKHYV FVATTPEGGI YFFGVEVAGK YNNTLEWANE INSLNQKIAD
QSSQIQDLQN KYNNLNTEYK NLQDKYNSLQ TNYTNLGKQK DNAVTMQYVW LSLFIIMIII
AIVMYYAGKK SGAKSAPSEE ESTEEEIEEE EEPTEEIEEE TEEGSEEETS EEENTEE
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