| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Aboo_0140 |
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| Symbol | |
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| ID | 8827077 |
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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 | 144821 |
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| End bp | 148909 |
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| Gene Length | 4089 bp |
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| Protein Length | 1362 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 | PKD domain containing protein |
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| Protein accession | YP_003482514 |
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| Protein GI | 289595818 |
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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 | 10 |
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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 | ATGAAAGTAG AAACGAAAAG AATATTGTTA GCGGTTTTAG TGATATCCTT AGTACTAGTT
AGTGGTTTTT CAGTAATGAC GGGGAATGCC AGTGCACAAA CTAACACTTC TTCACAGGTT
AAATCTAGTG GAGCTATGGA AGTGAGTACG GATTTAGGAA ATAATACAGC CCTTCTACAA
GGCTCCGTGG GCATTACATT GCCTAATGCC ATCAACAAAG AATATACAAA ATCTCCCGGT
ATAGTAATAG GAAACATATG GGCAGACCCG CATTATCCTG TGGTGGGTGA ACCTACGATG
TTTACAGTCT CAGGAGGAGT AACTGGAGGT GTACCGCCTT ATCATTATAC TTGGACATTT
GATGATGGTT CTATAGTGCA AGGGACATCT GCGGTGCATA TTTTTAAACA GCCAGGTGTT
CATATCGTGA GTCTTACAGT TAAAGATGGG GTAGGAAATA CAGCTACAAC TACAAAGAAG
GTATATGTGG ATCCTAAATT AGAAGTTAGT GTTACAGTGG ATACTCAAAA TCCTGCAGTT
GGAGAGAAAG TGTTCTTCTC TTATAAGATT ACAGGGGGAT TTCCATTTTA CATTAATAAC
CATACATATT ATAAGATGTA TGTGGACTTC GGTGACGGTT GGGGGCACCT CTATGGTTAT
TACGCACCTA CAGGGACTTT TAATTATACA TATACAAATC CTGGCGAGTA TCTAATATAC
GTACGAGCAT GGGACAACGC GACAAACTGG TATACCTGGA CCTATCGCAT TACTATAACA
TACTCTAATG TGAATACCAA TTATGGACCA CTTGATGCCA ATGTTACAAT TTCACCAAAT
CCTGGATTTA CATACAAGCA AGAGACTTTG AAAGTTTGGC CAATTAACGG AACAGGTATT
TATAATATAA CTGTACTGTG GGGAGATGGC AACCATAGCT ATTGGGGATA TGGATATGTA
TATAATCCAC CACTTAAGTT CTATCATACC TACAAAGTAC CTGGCAATTA TCAGATTAAG
GTCTATGTAA ATGACTCCTT AGGAGATAGT GTTGAAAAAG TTCGACAGCT TCGTGTGTTC
CCAGGTCCTC TAAAGGCTTA TTTAGGTAAT ATGACTCAGA ACTCTACTGG TGCTTGGGTA
ATATTTAATA CCACAAGTCC TAAAGTTGTA ACTCCTGGAG AAGCAGCAGC AGGTATAAAT
CTATATGCAA ATATAACTGG TGGAACACCC GGGTATACAT GGCAATTGAT AAATGCCACT
ACTAACTATG TTGTTGCTAC AGGTACCACA GCTCTACCAA GCGATACTCC GTTTTATGTG
TGGACATTCG ATGATTCATC ACCAGGAACA TATCACTTTG TTTTCAAGGT AACTGATCAT
ACAAATAATA TCGTATATAG CAATACATAT ACTATAATAG TTAAAAGTGC AAATCTCACA
ATTCAACTTC TACCGGCATC CGTAAATGTG CCTATAGGGG GTAATGTATC CTTTGTGATT
GATATATGGA ATATACAGCT AAATAGTAGC GGTGCTGCTA CCATAAATGT GACATTTTAC
AATGGTACTG GTTCTTGGCC TACTTGGTAT CATGTGTATA CTTTCACTAA TGGAACACCC
GGTGCAATAA TATATAACAC AACTCCATTT GAAATAAATG AAAGTACAAC TCCTGCTCTA
CCTGTTCAGG TATATGGTGG TAACATCCTG CCTGGTGATT ACACTGCTAA GGCTACAGTT
AATTATGGTA GTGCATATAA TGCAACTAAT CACGAGACGG CTACAAGTAT AGTACATGTG
GTTTCATATC CACCCATATC CTATGTGATC TGGTCTGAGC CATATCCTGC TAAGATTACA
GCTGGATTGC CGATAACAAT ATATGTGAAT ATAAGCGGAG GAGATGGTCT ATATTCAGTG
AATTTCAATC CTAATGGCAC GGTAAGTAAT GTATATACAA ATGATGTTAA TGAGACAATA
AGCGGTCCTG ACTCTAATGG TAATTGGACA GTGTCTAATC TGGTTTACTA TACTGCTCCA
GACGGTAAAC GTTATTACAA CATGTCATTT GTTGTGGTCT ATTCGACTCC GAGCCCTGCT
CAGGGGTATG TCTTGGATGG AAATGTATTA TCTAATGCCT TCACACAGTA TAAAGGGCCA
TTCAAGGTTA CTATATATGT GACACCGCCT AGCAAGTTGC AGGTTGAATT TACAGGTTCA
AGTCATTATT CTTATGCTCT CCCTTATCGC GGAAACCAAA CACTGGGACC ACATCCTTTG
AGAACTTTGT TAAATGATAG TTACTCATTC ACTCTGTGGC TAAATATTAG TGGGGGAGTA
CCACCATATC ATGTCTCTAT GTACTTTGAT GGATCAGTGT GGGGTGTAGT TTACCTCAAT
GGAGAGTTCT ATGGATGGGT TAATTCTACC ACAACATCTG TCTCTTACTG GACCGATGTG
TATCCGGTTG GAGCTACAAA AGAGGCTCAC TACAAATTTG TATTGATTTA CAATGATAGC
TATGCAGATG GAAATATGGG TATTGAGGCC TATGTAGTCT CCAACTATCC AAGTTCCTTC
CCATACAGGG AGTCTCTTTA TTACACAGTG TGGGCAGAGC CATATTTAAC GATAGCAAGT
ATCGATCAAT CAGCTTATTC TATAAGTGTT CCTGGATCAG TAAGCTTTGT GGTAAATGCA
ATGTGGGGCG ATATATCACA TACTCACGAC TACACCTATG TATGGCTTAT GCACGATTCT
TCAACCCATA ACTATACTAT CTATGCTATA ACTTCAGTGC CTATGATAAC TATAGAGTTT
GAGAATCCAG ATATATATTC AGTGGCTGTA GTAGTTGTAT CTAATGTAAT AAATGAAACA
GCTACTGCGG TTTACGAGGA TATAAATGCA ACTATGCCTC CAACTATAGT ACAAGTAGTC
TCTGTGAGAG TTGAAGCTGA ACTTGTAAAT CCAAGTGGAA ATAGTTATAT TGCTTATGCA
GGATGGGCTG ATTGGGATGA AAATGGTACT ATAATGGCTA GCTTTGTAAT GCCTAATGTT
CCTAACGTAA ATGCAGTGTA TACTCTGGAG GTTACATATT CGTATACATT GGCAATAACT
AATTATGATA CTTATACCCA CACTTGGCAG ACATATTTCT ATAATGCATA TTCTGCTCAT
CCATATGCTA CTGCTCAACT TACTGTGATA GCCCAGGGTA ATGTAGGTCC TAACTTAGAT
ACAATATTGG CTGCTATCAA TGGAGTATGG CATGAGGTGA ATGTAAGCAG AGATAACCTA
ATGAATGCTA TTAATAATGG ATTTACAAGC GTAGAGAACG GAATAGTAGA AATTAAGACA
ATGGGTTCAA CTCTTAATGC TAAGTTAAGT GATTTAAATG CAAATATAAC AGACATTCAG
AATGGCATAG CCACGATAAA GACAGACATT GGCAATATAC AGACCTCCTT GAACAATTTG
GATGCCAAGA TAACAGACAT TCAGAATGGC ATAGCCACGA TAAAGACAGA CATTGGCAAT
ATACAGACCT CCTTGAACAA TTTGGATGCC AAGATAACAG ACATTCAGAA TGGCATAGCC
ACGATAAAGA CAGACATTGG CAATATACAG ACCTCCTTGA ACAATTTGGA TGCCAAGATA
ACCAAGCTAC AGGGCGATGT TGCAACCATA CAGACGGATA TTGGAACGGT GAATGTGAAG
CTTGATGCAA TAAATGCAAC AGTAGTTAGC AATGCAAATG GCATAAAGGA TCTCAAAGGT
AGCATTGTTA CTATTCAGAC AACCCTTGGT GATATCAAGG GTACAGTTAC AGACATAAAG
AACGGAGTTG CAACCATACA GACAGATCTT GGAACAATGC AGACCGATGT AAGCAATATC
AAGACTTCTA CATCGAATAC TGCAAGTGGT ATAAATACAG CAATTTACTG GAACATTGGA
GTGCTGATAC TAGTGATAAT AACACTGATA CTCGTTGCCT ATGTACTTGC AAAAGTGAAC
AAGATATCTC AGGCACCTAA GGAAGAGACC GTTGAAGAAG AAACTGAAGA AGAAACAAAG
GAGGAGTAA
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| Protein sequence | MKVETKRILL AVLVISLVLV SGFSVMTGNA SAQTNTSSQV KSSGAMEVST DLGNNTALLQ
GSVGITLPNA INKEYTKSPG IVIGNIWADP HYPVVGEPTM FTVSGGVTGG VPPYHYTWTF
DDGSIVQGTS AVHIFKQPGV HIVSLTVKDG VGNTATTTKK VYVDPKLEVS VTVDTQNPAV
GEKVFFSYKI TGGFPFYINN HTYYKMYVDF GDGWGHLYGY YAPTGTFNYT YTNPGEYLIY
VRAWDNATNW YTWTYRITIT YSNVNTNYGP LDANVTISPN PGFTYKQETL KVWPINGTGI
YNITVLWGDG NHSYWGYGYV YNPPLKFYHT YKVPGNYQIK VYVNDSLGDS VEKVRQLRVF
PGPLKAYLGN MTQNSTGAWV IFNTTSPKVV TPGEAAAGIN LYANITGGTP GYTWQLINAT
TNYVVATGTT ALPSDTPFYV WTFDDSSPGT YHFVFKVTDH TNNIVYSNTY TIIVKSANLT
IQLLPASVNV PIGGNVSFVI DIWNIQLNSS GAATINVTFY NGTGSWPTWY HVYTFTNGTP
GAIIYNTTPF EINESTTPAL PVQVYGGNIL PGDYTAKATV NYGSAYNATN HETATSIVHV
VSYPPISYVI WSEPYPAKIT AGLPITIYVN ISGGDGLYSV NFNPNGTVSN VYTNDVNETI
SGPDSNGNWT VSNLVYYTAP DGKRYYNMSF VVVYSTPSPA QGYVLDGNVL SNAFTQYKGP
FKVTIYVTPP SKLQVEFTGS SHYSYALPYR GNQTLGPHPL RTLLNDSYSF TLWLNISGGV
PPYHVSMYFD GSVWGVVYLN GEFYGWVNST TTSVSYWTDV YPVGATKEAH YKFVLIYNDS
YADGNMGIEA YVVSNYPSSF PYRESLYYTV WAEPYLTIAS IDQSAYSISV PGSVSFVVNA
MWGDISHTHD YTYVWLMHDS STHNYTIYAI TSVPMITIEF ENPDIYSVAV VVVSNVINET
ATAVYEDINA TMPPTIVQVV SVRVEAELVN PSGNSYIAYA GWADWDENGT IMASFVMPNV
PNVNAVYTLE VTYSYTLAIT NYDTYTHTWQ TYFYNAYSAH PYATAQLTVI AQGNVGPNLD
TILAAINGVW HEVNVSRDNL MNAINNGFTS VENGIVEIKT MGSTLNAKLS DLNANITDIQ
NGIATIKTDI GNIQTSLNNL DAKITDIQNG IATIKTDIGN IQTSLNNLDA KITDIQNGIA
TIKTDIGNIQ TSLNNLDAKI TKLQGDVATI QTDIGTVNVK LDAINATVVS NANGIKDLKG
SIVTIQTTLG DIKGTVTDIK NGVATIQTDL GTMQTDVSNI KTSTSNTASG INTAIYWNIG
VLILVIITLI LVAYVLAKVN KISQAPKEET VEEETEEETK EE
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