| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Pcal_1508 |
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| Symbol | |
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| ID | 4909155 |
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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 | Pyrobaculum calidifontis JCM 11548 |
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| Kingdom | Archaea |
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| Replicon accession | NC_009073 |
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| Strand | - |
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| Start bp | 1406629 |
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| End bp | 1409805 |
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| Gene Length | 3177 bp |
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| Protein Length | 1058 aa |
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| Translation table | 11 |
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| GC content | 60% |
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| IMG OID | 640125257 |
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| Product | molybdopterin oxidoreductase |
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| Protein accession | YP_001056393 |
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| Protein GI | 126460115 |
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| COG category | [C] Energy production and conversion |
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| COG ID | [COG0243] Anaerobic dehydrogenases, typically selenocysteine-containing |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | n/a |
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| Plasmid unclonability p-value | n/a |
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| Plasmid hitchhiking | n/a |
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| Plasmid clonability | n/a |
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Fosmid Coverage information |
| Num covering fosmid clones | 5 |
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| Fosmid unclonability p-value | 0.0000115937 |
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| Fosmid Hitchhiker | Yes |
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| Fosmid clonability | hitchhiker |
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Sequence |
| Gene sequence | ATGTCTATCT CTAGGCGTGA TGTAATTAAA GCTGGTATTA CCATAGGCAT TGTTGGAGGT
GTCGCCGGTG TTTTAATCAA GGCCGCGGAG CAGGTGGGAC AACAGGCGCC AAGCGCTGTG
AAGGTCACCT CGGTGCCGTC TATATGCGGG ATGTGTATGG CGCAGTGCGC CATCTATGTA
GACGTGGCGA ACGGGAAGCC GGTGAGAATT AGGCCGAACA CCAACGCTCC CACCAGCGCC
ATGGGGATAT GCGCCAGGGG GGTCTCGGGC ACGTTTAGTA CGTGGCTTAA CCCAGACGCC
ATAAAGAAGC CCATGGCCAG GAGGGCGCTG GTGGACTGGG CCCAGGGGAA GATCAGCTGG
GAGGAGGCAA AGCGCCAGCT CTCACAGAAC AGGGGGAAGT ACGACGACTT TGTAGAAGTG
GACTGGAACA CGGCCATTGA GATAATAGCG AAGAAGCTCA AGGAGCTCGC CGACAACAAC
GAGAGGCACG CCTTCACGTT CCTCTTCGGC GCCTGGGGCC CCACGGCGTC AATGAGGGCA
GGAGTCCCCA TCTCTAGATT CGCCGACACC TTCGGCGGAG GGATAATAAC CTTTGACAAC
CCGTACTGCA CATACCCCCG CTACCTCGGC CACTGGCTCA CGTGGGGCCA CGGCCACCAA
GCCCACACCG TGTGTGTAGA CTACGGCGAG GCGGAGGCCA TACTTGTGGT GCGGCGCAAC
GTCATAGGCG CCGGCGTTGT GACAGAAACG TGGCGCTTCA TGGAGGCCGT GAAGAGGGGG
GCCAAGCTCG TGGTGCTAAG CCCAGTATTC GACGAGACCG CCTCCTACGC AGACGTCTGG
CTGCCGGTTA AGCCGGGCAC AGACCTCGCC GTCCTCCTGG CCTTTATTAA GTACATACTG
GACAACGGCT ACTACGCAGA GCCCTACCTC GTCAGATATA CCAACGCCCC CTTCCTAATT
AGGCTAGACA ACGGGATACC CCTCCTAGCC TCTGAGGTAG ACTGGGCCAA GTACGGCGCA
TCTGAGCCCA AGGCCTTTGC CTACGTGGTG TGGGACGCCG CCGCCAACGC CCCTGCGCCA
GACAACGCCG CGGCTAAGCC GGCCCTATTC GGCGAGTACG AGGTACAGCT AAAAGACGGG
ACCACGGCGA AGGTCAAGAC AGCGCTCACC ATCCTGAAGG AGTGGGTAGA CGCCAACTTG
GCCGCCCTCG CGAAGAAGCA CGGCGTCGCC GACTACATGG AGGCTGCGGC AAAGGAGGCC
GACGTCTCGG TGGAAGACTT GAGGAAGGCG GCGGAGATTG TTGCCAAGCA CCGCGCCGTG
GCGCCCATCG GCTGGCACGA CCCCCGCTAC TCCAACTCGC CGCAGACGTG GAGAGCCGTT
GGGATAGTAA TGGCACTGCT GGGCCGCATA CAGCAGCCAG GCGGCATCTT CCTGTTGACG
CACCTCATAA TGCCCTACTC CGACATATAC ACCAAGGTGC TTAAGTACAC TAGGAAGGAC
GTGCCGTATA AGACAATACG TGGGGCCACC TTCAGCGAGT ACGTCTCAGC TAACCTAGGC
GGCATATACG TCATCCCAGT GGCGCCTCCG CTGCCAGGCC CCAGCGACAG AGGCGCCCCA
CCCGTCCCTG CCCTAGTGGA GAAGTGGGCC GAGGAGGCCG AGAAGAAGGG CTACCTCTAC
CCGTACGACA CTGTACAGGC GCTGTACGAA AGCGTGGTAC ACGGCAAGCC CTTTAAGACC
AAGGTTGTGT TCATCGTAGG CTCTAACCCA ATACCGCAGA TAGGCAACTC CAGGCTGGTG
GAACAGATCT TCAGAGAGCT CGACCTCGTA ATTGTCCACG ACATACAGTT CAACGACACC
ACGGCCTTCG CTGACTTAAT ACTCCCCGAC TTGCCCTACC TCGAGAGGAT GGACTTGGCG
TTGCCCGGCC CGTTCTCCCC GTTCCCAGCC ATCTCTGTCA GATTCCCGTG GTACTACGAG
GAGTACATGG CGAAGATACA ACAGGGGGCT AAGCCGGGGG AGTTGGACAA GCAGTACCGC
TCCAGGGACG GGCGCACAAT ATTCGAGGTT TTGCTAATGA TTGCGAGGCG GTTGCAACAG
CTCGGCGTCA AGGCGAGAGA TGGGACAGAC TGGTCTCAGA ACATGCCCGT GGGAATGATC
ACAGAGGACG GCATATTCCC AATAACAAAT CTGAGGAACT TCATCAACGC CACGTTTAGG
AGGATTAGGA TTGTCGACGA GCAGGGCAAC GTGAGAGCTC CAACGGTGGA CGACTTGTAC
AAGATGGGCG GCTACATGGT GCTCGTGCCC ACGGGCCGGA TAGAGACAGT TGTAGACGAG
AGGTGGTCGC AGGCGCTCGG CAGGGAGGTG AAGGTGAGAG TCCACGTGTA CAAGCCCGTG
AAATACGACG TATCTCTAGA GCAGTGGCTG TGGAGGACTA TACACTACAA TGCGCCCATC
ACTGCGGGCA CTGTGCCATT CCCCACGCCG AGTGGGAGAG TGGAGATATA CAGCATAAAC
TTGGCCTACG ACGTGTCGAG AGTCTTCGGC AAGCCAGCCA CGTCTATAGA CCCCTCCGAC
CTCGAAGGGA CAAAGAGCGG CGTAGACCCC CTGTTCTCCC CAGTGCCTCT CTACGCGGGC
ATGGCTAGGC CAGACTACAT GTGGGCCACG GCGCCTCCCA CGCCGGACAT CGAGGTCAAC
GGCCTCGTCC CGCCGCAGCC GCCAAAGAGG TTGTTGTTGG TATACCGCCA CGGGCCATAT
ACCCACACCC ACAGCCACAC TCAGAACAAC ATGCTCCTAA ACACTCTGAC GCCCGACGAG
CTCCTCACTG CGTGGATTCA CCCGTCCACC GCGGCGGCCC TCGGCGTGAA GGACGGGGAC
TGGATTGAGG TAAGGCCCGC GGCGCCCAAG GTCCTTGAGC AATTAAAGGC CGTGGGCGCC
CAAAACGTCC CCACGGCCAG GTTCAAGGTG AGGGTGACGA ACATGGTTAG GCCGGACATC
ATCGCCATAT ACCACTACTG GCTTGTGCCA AAGGGCCGGC TGAGGGTCAA GGCGGCGAAG
CTGGCCGACA TAAGGGCGGG GGACAGCGAC GACAACTACT TCGGCGCTAT GATGGCTGGG
AAATTGGGCA CGCCTGGGGC CATGGGTAAC ACAGTGGTAG AGGTGGTGAG GGTATGA
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| Protein sequence | MSISRRDVIK AGITIGIVGG VAGVLIKAAE QVGQQAPSAV KVTSVPSICG MCMAQCAIYV
DVANGKPVRI RPNTNAPTSA MGICARGVSG TFSTWLNPDA IKKPMARRAL VDWAQGKISW
EEAKRQLSQN RGKYDDFVEV DWNTAIEIIA KKLKELADNN ERHAFTFLFG AWGPTASMRA
GVPISRFADT FGGGIITFDN PYCTYPRYLG HWLTWGHGHQ AHTVCVDYGE AEAILVVRRN
VIGAGVVTET WRFMEAVKRG AKLVVLSPVF DETASYADVW LPVKPGTDLA VLLAFIKYIL
DNGYYAEPYL VRYTNAPFLI RLDNGIPLLA SEVDWAKYGA SEPKAFAYVV WDAAANAPAP
DNAAAKPALF GEYEVQLKDG TTAKVKTALT ILKEWVDANL AALAKKHGVA DYMEAAAKEA
DVSVEDLRKA AEIVAKHRAV APIGWHDPRY SNSPQTWRAV GIVMALLGRI QQPGGIFLLT
HLIMPYSDIY TKVLKYTRKD VPYKTIRGAT FSEYVSANLG GIYVIPVAPP LPGPSDRGAP
PVPALVEKWA EEAEKKGYLY PYDTVQALYE SVVHGKPFKT KVVFIVGSNP IPQIGNSRLV
EQIFRELDLV IVHDIQFNDT TAFADLILPD LPYLERMDLA LPGPFSPFPA ISVRFPWYYE
EYMAKIQQGA KPGELDKQYR SRDGRTIFEV LLMIARRLQQ LGVKARDGTD WSQNMPVGMI
TEDGIFPITN LRNFINATFR RIRIVDEQGN VRAPTVDDLY KMGGYMVLVP TGRIETVVDE
RWSQALGREV KVRVHVYKPV KYDVSLEQWL WRTIHYNAPI TAGTVPFPTP SGRVEIYSIN
LAYDVSRVFG KPATSIDPSD LEGTKSGVDP LFSPVPLYAG MARPDYMWAT APPTPDIEVN
GLVPPQPPKR LLLVYRHGPY THTHSHTQNN MLLNTLTPDE LLTAWIHPST AAALGVKDGD
WIEVRPAAPK VLEQLKAVGA QNVPTARFKV RVTNMVRPDI IAIYHYWLVP KGRLRVKAAK
LADIRAGDSD DNYFGAMMAG KLGTPGAMGN TVVEVVRV
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