| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Aboo_0010 |
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| Symbol | |
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| ID | 8826943 |
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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 | 9568 |
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| End bp | 14079 |
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| Gene Length | 4512 bp |
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| Protein Length | 1503 aa |
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| Translation table | 11 |
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| GC content | 35% |
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| IMG OID | |
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| Product | hypothetical protein |
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| Protein accession | YP_003482384 |
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| Protein GI | 289595688 |
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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 | 8 |
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| Plasmid unclonability p-value | 0.969118 |
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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 | ATGAAAAAAT CGGTAGTGCT TATGAGTATT TTGATTATAT TGATGATGAT TTTAGGGGGA
TTTGGTTATC TGGTGGCTAA TTCTAATGCC TATGGTGCTA ATTCTAAGAG CTCTGTCGTA
GGTGAGGGGA ATATAAATAA TATGGCAACT TCTCCCACTG GATCCACTAC GGGAAACACA
GTTTATATTA CAAATACATT TGTGATAAAT AGAACAACTG TTGGCGGAGG TGGAAGGTAT
GGATTTGATG CTAATGTGGT AGTAACCCCT ACAGGAAAGC TGATTGTTGA AAATGTAACT
CTTTATTTTC TTTCGGACAT TGATCATAGA TATTCTTTGA CTGTAGAAGG TGGTTTGTAT
TTTTATAATG TTACTTTTAC AATATCTCAT GGTCTTATAA AACCCTATTA TCCATTTAAT
TTTATCATAA AAGGTCCCAG TACTGCCAAA GTTGAGATAA TAAATAGCAG ACTTTTGTAT
CCTGGATGGT TCAATGTTAC TGACAAGCAT GGTAATGTAA TTATCGAAAA CACGATTTTT
GGAAAAATGG TAAAGAATCC TGCAGATTAT CCTGCCCCTC CCAACTATGG CCCAACACCT
TATTTTTACA ACTCTCTTGC GTACATTATG AATACTAGGT TTACAAATAT GTTTACAAAC
GAAAGTGGGG GAAATGGTCT TGTAGGTTAT GTGAATGATA CATATAGGTA TACAGTTACT
GTCTCCTCTG GAGTTACATT TAATCATTTC TTGAAGAGTC CTATTGATAA ATATTCAGAT
TATTGGAATT ATGTTATGCT TAAAGACATT GAAGTGGGAA TAGTTTATTC TAATACCAGT
GATTATGATC CTTCATCATC CAATTTTATA ATGGTCTATA ATGGAACGCA GTTACTCAAT
ATATCGTTTC CAGGAACAAA GGGAACAGGA ATGATTAAGG AAAATGTTCC TTTTTATCCG
TATGAGATGA CACCTAACCA ATTTTATCAA AAACTCTTGA ATGGAGATAT AAAGTTATAT
GCTACAAATA CAACTAATGG TACTTTAACT ATCTCAAAAG TTTATATTAA CATTTATATC
GAAGCGAATC TGCTGAAATA TGGGGTAAAT AAATTCTCTT TCAATTCTAT AGGTTCAACC
CTCTATATGA GAGATGTGTA TGTGGATGTA AACTATCAAT CAAGGGAGAA TCTTGGAACT
ACTCATAACA CATTTTTTGT TAATGATAAT TCAAAAATAT ATGCCTTGAA TTTAACGGTA
AATGATACAG GAACACAACC TAGATATGAT ACCGCATTTT TGATTAGAGA TTCATACTCC
CAAGTATACA TTTTGAGATA CACACATGTA AATGTTCAAT TCCGTGGAAT ACCTATTAAT
GGACTGACAG TTAAAGCAAA ACCAAATCCC GTAGATGTAA ATAGTAATCC AAGCATTGCC
TCTCAGATAT TAGGTATTAT TTCAAGTTAT GTGCAATATA CACGCTTAAT ACCAGGTATG
AAGTTAGGTG ATGTTCAGAT TTCTAATGGG TATGTGTATG ATACAACAGT AAACGGGAAT
GTAACTCTAC CTTTGCTCTC TGATATAATC AATGCGAGCG AGATGCCAAA TAGTAAGTAT
TTAGGTATCT ATGCTCTTTC TGTCGAAAAT AGTACCAAAG TATTTTCAAC CTTGCAGATA
GGACTTAGCT ACTATCCGTG GCTTTTACCT AGCAATAATA CTCTAAATGT TAATGTGGCC
CTTTCGAGAT ATAAAGATAT AGATATGCAT ATTAATTATG AGGAGGTGGT AAGTGCTCAA
CCCTATGTAC CAGGTAAAGA GATAGTGATT AAAACACAAG TAGAGAACCT AGGAAAAGAC
TTAGCAAACG ATGTAAAATT GTATGTATAT ATCAATGGGA ATCTGTATAA TGTTTATGAT
TTAGGAAATA TAAATGGCAA AGGTAAAAAA GATTTTACAT ATAAGATAGG TGGAAGTTGG
CTTGGCACAA ATGGAGTATA TAACATAAGC GAGCAGGTGG TACAGGTATG GGATTACAAC
TTAGCAAACA ATAGAATTTA TAGAGATATC AATGTCGGTA GTATTGGAAC AAGTAATTGG
CAGGTTGGAA CTCCTTTAAG ATATCACAAA ATTTGGGTTA ACTTAACAGT GTATAGCGTT
TATTCTTGGA ATAACATTAA AATAAATCTC TACCTGGATA ATACTTCTAA CATCATAAAT
AGTACAATCT TAGATTTGAA AGAGGGTTAT AATTACATAT CTTTCCAGTG GTATATCAAT
AAGAACATTT CTGTAGGTTC TCATACTCTC CTTTTGTATA TAGCAAACAA CAATCTTTAT
CTTGGGTCTC ACTATGTTAA TGTTGAAAAA GATGTGAATC TAGCGGTTAA TTCTTTAAAT
ATCTCTCCAC AATCCCTATA TGTAGGGGAA ACAGTGAAGA TTGCTGCAAA TGTGATAAAT
CTTGGTAAAG AAGAGCCAAC ATCTGCCATG GTTTATATCA ATGTATATGA TCCCTATGGC
ACATTGCTTA TAAATAAGAC TATACAATAC TCTACATCGA TCTCCGCATA CTCCATATCT
ATGGTGCCAG ATACAGATGG TTCATATGAA GTGATTGTTA AAGTTGTAGC TTCTGGGGAC
TATAACTCTT CGAATAATAT TATGAGTGAG TATTTTATGG TGTATGCAGA GCCATTCAGT
GTGCAAATAA ATGCGCAAAA CGAGTATGTA AATGGAACTA ATATAATTGT TAATGCGACA
TTAAATAGTA ATGTTGATGC TAATGTCACT ATGGTTCTCT ATATACCCCA GTGGAATATT
GAGCTTGCCC CCATCACTCC ACATAATCCA ATAAAGGTGG AGATAAACAC TCCAATTGTA
ATAGGATTTG TTATACCAAA GTCTCTTTAT CAGAAATATC TGCAAGGTAG AACGTCTATA
CAAATAGATT ACCAATTAAA CATTACATCG GATGTTACGG AAGATGCCCT TTACATACAT
ACTGCGCCTA CTATAACAAT AAAAGAGAAG GTTAATTTTG TTCTTACTGA TTTCACAATT
TCAGAAGGAA ATAAAAAGGT GTCCAGTGTT CCAGAAGGAG TAAAAATAAA AATTGGTTTT
ATTGCGAGAA ACCTGGGAGG TATGCCTGGA AAGTTGAATT ACATAGTATT GGATAATGGG
AAAGTTATAT ACAAAGGAAA TGTAAGCTCC TTGGCTCCGG GTAGTTATAA GGCCATTATT
TTTAATTACA CAAGTAATGG AATAGGAGAA CATAATATAG TTGTGAAGTT AAATCCAAAT
AAGACAGTGG AGGAAAGCAT ATATGGAGAT GATATCGGAG TTAAGAAGAT TAATGTGCTC
TTACCTGCTA TGAAAGTGAT GTTTACAAGT TATTCTCTTG AGCACAATGA GAAAATATAC
GCTGGAGATA CATTGGTTGT AGTGGTGAAG ATAATAAATC TTAATGCAAC ACAATCTCAG
GGCAAAACTG TTTATATGAA AGGTGTGACT GTGCAACTCA CTCTTACTGG GGGATTGGGA
ACTTATACGC AGAAGACAAA TGCCTATGGT CTTGCAATCT TCCACATAAA GGTTCCTGCC
AAAGGTACTT ATACTCCTCA GTTAACTCTC TCGTATGAGG GCACAGAGAC AAGGTATAAT
CCTCAGACCA CAATAACGGT ACAAGAGAAA CCATATACTA TACCTTGGCT TTGGATCATA
ATAATTGTTG TTGTGGGCGC AATCGTAGGA TTCTTCTTGT ACGGCTATAT ATCTTTCAAG
AAAGAGGCAC CAGAATATAT GGTCTGTGGC AACTGCGGCC ATCTTGTGCC CGCTGATGCA
GAGAAGTGTC CATACTGCGG TGTTGTGTTT GAGAAGGAGA AAGTAAAGTG TCCAACATGT
GGCTCTTGGA TTGATGAAGA CTCGAAATTC TGTCCAGTTT GCGGCACTAT CTTCATGCCT
CCTGAGGATC CAGAATACAA GAAGTATGAA AAGCTAAAGG AAAATTACGA TAGATATTTA
AGTAAATACA GAGATGAAGC GAAGAAATAC ATAGGTGAGG AGTATACAGA AGAGGAGTTC
TACAAGTGGT GGAAGACCAA TCCAGAATTC ATATCGTTTT TAGAATGGGT CAAGAGGCAG
GAAGAAAAGA TAGAGGGAGA TACTGTAAAA TGCCCAGTTT GCGGTGCATT AAATCCAAAA
GGTGCTAAGA TTTGCAGAGT GTGCGGCTCT CCTCTGCCAA CTGGGGAAGA GAAGAAGGAA
AAGAAGGAAG AAGGTGAAGG TAAGAAAGAG CAGAAAGAAT CAAAAGAATC ATCGATTCCT
CCTGAAGAGT TAGAAAGGTT GCAGAGGCCA GGGGTAGTTA CTGTGGAAGA ATGGGCAAAG
AGAAAGGAGA AAGAGGAAAA GAAAGAAGGA AAAGTCTCGG AGAAGAAGGA AGAAAAGAAG
GAAGAGAAGC CAGTGATAAA GAAAAAGCTA ATAAAGAAGG TTATAGCAGT GAAGAAGGAG
GAAAAGAAAT AA
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| Protein sequence | MKKSVVLMSI LIILMMILGG FGYLVANSNA YGANSKSSVV GEGNINNMAT SPTGSTTGNT
VYITNTFVIN RTTVGGGGRY GFDANVVVTP TGKLIVENVT LYFLSDIDHR YSLTVEGGLY
FYNVTFTISH GLIKPYYPFN FIIKGPSTAK VEIINSRLLY PGWFNVTDKH GNVIIENTIF
GKMVKNPADY PAPPNYGPTP YFYNSLAYIM NTRFTNMFTN ESGGNGLVGY VNDTYRYTVT
VSSGVTFNHF LKSPIDKYSD YWNYVMLKDI EVGIVYSNTS DYDPSSSNFI MVYNGTQLLN
ISFPGTKGTG MIKENVPFYP YEMTPNQFYQ KLLNGDIKLY ATNTTNGTLT ISKVYINIYI
EANLLKYGVN KFSFNSIGST LYMRDVYVDV NYQSRENLGT THNTFFVNDN SKIYALNLTV
NDTGTQPRYD TAFLIRDSYS QVYILRYTHV NVQFRGIPIN GLTVKAKPNP VDVNSNPSIA
SQILGIISSY VQYTRLIPGM KLGDVQISNG YVYDTTVNGN VTLPLLSDII NASEMPNSKY
LGIYALSVEN STKVFSTLQI GLSYYPWLLP SNNTLNVNVA LSRYKDIDMH INYEEVVSAQ
PYVPGKEIVI KTQVENLGKD LANDVKLYVY INGNLYNVYD LGNINGKGKK DFTYKIGGSW
LGTNGVYNIS EQVVQVWDYN LANNRIYRDI NVGSIGTSNW QVGTPLRYHK IWVNLTVYSV
YSWNNIKINL YLDNTSNIIN STILDLKEGY NYISFQWYIN KNISVGSHTL LLYIANNNLY
LGSHYVNVEK DVNLAVNSLN ISPQSLYVGE TVKIAANVIN LGKEEPTSAM VYINVYDPYG
TLLINKTIQY STSISAYSIS MVPDTDGSYE VIVKVVASGD YNSSNNIMSE YFMVYAEPFS
VQINAQNEYV NGTNIIVNAT LNSNVDANVT MVLYIPQWNI ELAPITPHNP IKVEINTPIV
IGFVIPKSLY QKYLQGRTSI QIDYQLNITS DVTEDALYIH TAPTITIKEK VNFVLTDFTI
SEGNKKVSSV PEGVKIKIGF IARNLGGMPG KLNYIVLDNG KVIYKGNVSS LAPGSYKAII
FNYTSNGIGE HNIVVKLNPN KTVEESIYGD DIGVKKINVL LPAMKVMFTS YSLEHNEKIY
AGDTLVVVVK IINLNATQSQ GKTVYMKGVT VQLTLTGGLG TYTQKTNAYG LAIFHIKVPA
KGTYTPQLTL SYEGTETRYN PQTTITVQEK PYTIPWLWII IIVVVGAIVG FFLYGYISFK
KEAPEYMVCG NCGHLVPADA EKCPYCGVVF EKEKVKCPTC GSWIDEDSKF CPVCGTIFMP
PEDPEYKKYE KLKENYDRYL SKYRDEAKKY IGEEYTEEEF YKWWKTNPEF ISFLEWVKRQ
EEKIEGDTVK CPVCGALNPK GAKICRVCGS PLPTGEEKKE KKEEGEGKKE QKESKESSIP
PEELERLQRP GVVTVEEWAK RKEKEEKKEG KVSEKKEEKK EEKPVIKKKL IKKVIAVKKE
EKK
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