| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Aboo_0327 |
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| Symbol | |
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| ID | 8827269 |
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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 | 327707 |
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| End bp | 331306 |
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| Gene Length | 3600 bp |
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| Protein Length | 1199 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 | Peptidase S53 propeptide |
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| Protein accession | YP_003482700 |
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| Protein GI | 289596004 |
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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 | 7 |
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| Plasmid unclonability p-value | 0.0684029 |
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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 | ATGAAGAAAG AGAGAAGTTT GTATGGACTA ATATTAGTTA TGGCCAGTAT AATGATTTTC
AGCGCACTTT CTGTGACAGT GTTTGCATCA TCTGCCCAAG CATCCAATGC AATACCTATA
TCCAGTGGAT TCAATCCAAA GCTTATCCAT GATGGTACAT TCATAGGTTA TGCAAATGAG
AACCAGAAAA TATGGGTAAC CATAGGGCTA AAATGGAAAA ATGAAGAATC TCTTAACCTA
TTTTTGAAAG AAGTGAATGA CCCAAGTTCT CCCAATTTTG GAAAGTATTT GACATACAAG
GAGTTTAAAA ATAAATATGC CCCAAGTCCA GTAATATACA ACAAAGTAAT ACAGTGGATT
AAAAGCAAGA ATGTACACAT AGAATACACC TATGGCCTAA GAAATGCCAT AGTCCTCCAC
GACACAATTG GTAAAATTGG CAATTTGCTA GGAGTTAGAT TTGGCTATTT CAAATCAAAT
AGCCCGAACT ACAATAAAGA ATACTTTGCT GCTATGAATG AGCCAAAAAT TCCTGCATAC
CTAAAGCCCT ATATCTCAGG AATAAATGGA CTGAACAATG CAACGAAATT CAAATTAAAT
TATTACACCG CAAGTAGCGG GATAGATTAT CTTAGCGGAG CAGATGTTGC TAAGATGTAC
CAAGTTTATC AACTATATAA CAATACCCCA GATGGTTCTG CAAGTACTCA CCATATATTT
GCTACGGGAC TGCGTGTGGC TACTGTGCTA TGGGAAGGCG CAGATTCTTG GGGTGATCAA
TATGCACCAT TTGACCCTAA TGCAATAACT TATTATTATC AGCATGTGAT TCCAACATGG
ATTCAGAATC TTGGTGTTAT GTCCACTGTC CATTATTACG GTACATCAGG TACTGTTGCA
CCTGGAAGCA ACACCGATGG AAGTGTTTCT ACTGAAAATG AACTGGATCT AGAAATGGTT
GGTACATTGG CACCGGGCGT AGATGCTTTC TGTGTATACG GCCCAGGAGG AAGCAGTGGT
GGGCCTTCTG AGAGCAACTT CCCAGATAAT GAGTATAACT ACATACTCAA TACCCTTGCT
TCTGAGAGTA GCCCAATACT CGTTGCTGTA AGTAATTCTT GGGGTGGTGG TGATTCTCAG
GAGAGTAGCA CAACTATGAA TGATGTGAAG GCATTAGAGG CCATGGGTGT AACTGTTATG
GCTTCAAGCG GTGATGATGG AGATACCACC TCGCCTAGCG AGCCTTCTAC AGCTGCCTAT
GACACATACG GATTTTTGGC AGTTGGGGGA ACAACGCCAG TACCTAACGG AGTAGATCAT
ACTACTTTAG ATGATTACGC TACTATGGGT AACAATACAG ATCTGGCAAA TCCAAGAAGT
AGTGAGATTG TTTGGTATGA TTCATCAAGC ACCAATTCTG CTGGAGATCA CTGGGGTACA
CAGAGTGGCG TGAGCTCAGT TTATGCTGAG CCATCCTGGC AGAGCAACTA TATAGGAAGC
TACAGTGGAA GGGTAACGGC CGATATTTCT GCTATGGGAA ATCATACCCT AATATATGTG
AGCAGTAGCA GTGGAACCCA ATGGAGTGCA GTAGCAGGTA CATCCGTTGC GTGCCCAGTT
ACAGCAGGTA TGGTGGCTAT GATGGATGCA TATATTGGAG TAGAATACGG AGTATCAAAC
CATGGATTGG GCTTCTTGAA CCCAATAATA TATAAATTAG GATATGACTA CTACCATAAT
GGAAAATTCG CAAATTCACC TCCTTATTAT GATGTTACTC AAGGAGCTAC CGGTGGCGGT
GGTTCAGCTT CAACTGGCTG GGATCAGGTG TCAGGCTGGG GAGTAATAAA CGCTTGGAAC
TTTATACACG ATATTGGATT TACAATAAAT GCTTCATCTA CCTCTGCTAG TATTAACGCA
GGGGAAAGTG CAAGTTATAC GCTAAATATA GCATACCCAT ATGATTGGAC AACTGATGTA
GGTCATTTTG AGGTAAGTGG TTTACCATCT GGAGCCACTG CATCATTCTC TTCCAACTAT
GTACATCCTA GTGGAAATGG CGCATCCTCC TCATTAACAT TAACTGTGCA AACATCAAGT
AGCACTCCTT CTGGAACCTA TACATTAACA TTCATGGCTT ATACATATAA TCACACAACT
GGTCACTGGG GTAATTTAAC AAACTCTATC CAGCTTACTC TAACCGTAGG CAGTGGAGGA
AGCAATCCGA CAGCACCAAG TGCACCACAG AACTTGCAGG CAAGCGCAGG TAATGGTTAT
GTGCTCCTAA ATTGGCAGGC ACCAAGCAAC AATGGTGGAG CTAGTATTAC TGAATACAAG
ATTTATCGTG GCACAAGCTC CGGCGGAGAA TCCTATCTTG CGGAAGTATC TGGAACTACT
CTATCTTACA ACGATACTTC CGTCACTAAC GGCAATACTT ACTACTACTA TGTCACCGCT
GTGAACTCTG CTGGAGAATC CTCTGCTAGC AATGAAGTTA GTGCTACTCC TCAGAGTAGT
GTTACCGCTC CTTCTGCTCC TCAGAATCTT CAAGCTACTG CAGGTAATGG TTATGTGCTC
CTAAATTGGC AGGCACCAAG CAACAATGGT GGAGCTAGTA TTACCAACTA CAAGATATAT
CGTGGCACAA GCTCCGGCGG AGAATCTTAT CTTGCAGAAG TATCTGGAAC TACCCTATCT
TATAACGATA CTTCCGTCAC TAATGGACAA ACTTACTATT ACTATGTCAC CGCTGTGAAT
TCTGCTGGAG AATCTCCAGC TAGCAATGAA GTTAGTGCTA CTCCTCAGGC TCCTCCTTCA
CCTTCTTCAC TCAAAATATT GCTTGTGGAT GATGATGGTG GCCAAAACTA TCAAACCTAT
TTCACTCAAG CCCTAGACGC TGATGGGTAC TCTTACGATG TCTGGGATGT GAGCTCTAGC
GGCTCTCCCT CCGCTAGCAC CCTCGAAAAT TATAATGTGG TCATCTGGAC CACCGGTGCT
ACATGGTCCA ATACCCTTAC ATCTACCGAC CAGAGCAACC TTGAAACTTA CCTCAATAAC
GGTGGCGCTC TATACCTATC CTCCCAGGAC TTCTTGTACG ATCTCACGGG CGGATGGGAC
GAATCCATAT CCAATACATT CGTAACCAAC TATCTTGGCG TGGATTATGT AGCCAATGAT
GTGCAGTATA ACAGCGTGGC AGGGGTGTCT GGCACATTCG TGCAGTCATT TACATCCATC
TCCCTATCTA ACTACCCGTT CACCAACTAC GATGATGAAC TCGGCCTTAG CTCTTATGGC
CACGCTCTGT TCTATAACCC CTCCGATAAC TATGTTACTG GAGACTATGT ACAGACATCC
ACTTATAAGA CCGTATTCAC TGCTTTCTCA TTCGAAGCTG TGGAAAATAC TGACTCCTCT
ACCGGCAATG CTCTCCTCAA AGCAATCATT GACTGGCTTA GCGGAGAAAC AACTTCAATA
CAGGGAGATA TACAAATACC AATGAGCTTC TCAGACCACA GTGAAAATAA TTTGGATGTC
TTCAACAATG CTCCAATAAT CCACGCACCG GAAATCGCTG CCATATTTAG ATCTTTCTAA
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| Protein sequence | MKKERSLYGL ILVMASIMIF SALSVTVFAS SAQASNAIPI SSGFNPKLIH DGTFIGYANE
NQKIWVTIGL KWKNEESLNL FLKEVNDPSS PNFGKYLTYK EFKNKYAPSP VIYNKVIQWI
KSKNVHIEYT YGLRNAIVLH DTIGKIGNLL GVRFGYFKSN SPNYNKEYFA AMNEPKIPAY
LKPYISGING LNNATKFKLN YYTASSGIDY LSGADVAKMY QVYQLYNNTP DGSASTHHIF
ATGLRVATVL WEGADSWGDQ YAPFDPNAIT YYYQHVIPTW IQNLGVMSTV HYYGTSGTVA
PGSNTDGSVS TENELDLEMV GTLAPGVDAF CVYGPGGSSG GPSESNFPDN EYNYILNTLA
SESSPILVAV SNSWGGGDSQ ESSTTMNDVK ALEAMGVTVM ASSGDDGDTT SPSEPSTAAY
DTYGFLAVGG TTPVPNGVDH TTLDDYATMG NNTDLANPRS SEIVWYDSSS TNSAGDHWGT
QSGVSSVYAE PSWQSNYIGS YSGRVTADIS AMGNHTLIYV SSSSGTQWSA VAGTSVACPV
TAGMVAMMDA YIGVEYGVSN HGLGFLNPII YKLGYDYYHN GKFANSPPYY DVTQGATGGG
GSASTGWDQV SGWGVINAWN FIHDIGFTIN ASSTSASINA GESASYTLNI AYPYDWTTDV
GHFEVSGLPS GATASFSSNY VHPSGNGASS SLTLTVQTSS STPSGTYTLT FMAYTYNHTT
GHWGNLTNSI QLTLTVGSGG SNPTAPSAPQ NLQASAGNGY VLLNWQAPSN NGGASITEYK
IYRGTSSGGE SYLAEVSGTT LSYNDTSVTN GNTYYYYVTA VNSAGESSAS NEVSATPQSS
VTAPSAPQNL QATAGNGYVL LNWQAPSNNG GASITNYKIY RGTSSGGESY LAEVSGTTLS
YNDTSVTNGQ TYYYYVTAVN SAGESPASNE VSATPQAPPS PSSLKILLVD DDGGQNYQTY
FTQALDADGY SYDVWDVSSS GSPSASTLEN YNVVIWTTGA TWSNTLTSTD QSNLETYLNN
GGALYLSSQD FLYDLTGGWD ESISNTFVTN YLGVDYVAND VQYNSVAGVS GTFVQSFTSI
SLSNYPFTNY DDELGLSSYG HALFYNPSDN YVTGDYVQTS TYKTVFTAFS FEAVENTDSS
TGNALLKAII DWLSGETTSI QGDIQIPMSF SDHSENNLDV FNNAPIIHAP EIAAIFRSF
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