| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Maeo_0467 |
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| Symbol | |
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| ID | 5326570 |
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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 | Methanococcus aeolicus Nankai-3 |
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| Kingdom | Archaea |
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| Replicon accession | NC_009635 |
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| Strand | + |
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| Start bp | 488041 |
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| End bp | 491226 |
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| Gene Length | 3186 bp |
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| Protein Length | 1061 aa |
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| Translation table | 11 |
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| GC content | 34% |
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| IMG OID | 640787858 |
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| Product | carbamoyl-phosphate synthase, large subunit |
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| Protein accession | YP_001324665 |
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| Protein GI | 150400899 |
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| COG category | [E] Amino acid transport and metabolism
[F] Nucleotide transport and metabolism |
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| COG ID | [COG0458] Carbamoylphosphate synthase large subunit (split gene in MJ) |
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| TIGRFAM ID | [TIGR01369] carbamoyl-phosphate synthase, large subunit |
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Plasmid Coverage information |
| Num covering plasmid clones | 14 |
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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 | ATGCCAAAAA GAGAAGATAT TAAAAAAATA ATGATAATAG GTGCTGGCCC AATAATTGTG
GGGCAGGCAT GTGAATTTGA TTATTCTGGT TCTCAGGCAT GTAAAGCTTT AAAGGAACTG
GGATATGAAA TAGTTCTTGT AAATTCTAAC CCTGCAACAA TTATGACTGA CCCCGAGATG
GCAGATGAAA TATATATAGA ACCTTTGGTG CCCGAGGTCG TTGAAAAAAT TATTGAGAAG
GAACAGCCCG ACGCAATACT ACCTACCCTT GGAGGACAGA CTGCACTAAA CTTGGCAGTT
GAATTGGCCG ATAAAGGAAT TCTTGATAAA TACGGCGTTG AATTAATTGG TGCAAAATTA
GATGCTATTA GAAAGGCGGA GGATAGGGAG CTCTTTAAAG AAGCCTGTAA AAAAGTTGGA
GTGGATGTGT TAAAAAGTGA AGTTGCATAT ACTGTGGAAG AATCCCTAAG TATTGCAGAA
AAATTAGGCT ACCCTGTGGT AGTTAGACCT GCATTTACCC TTGGGGGAAC AGGAGGAGGT
GTAGCATTTA ATCCAGAGGA GTTAAAATCA ATAGCTTCAA AGGGATTGGA ATATAGCCTT
AAAAATCAAA TATTGATAGA AGAGAGCATA ATTGGTTGGA AGGAATATGA ATATGAAGTA
ATTAGGGATT TAAACGACAA TGTAATTATA GTATGCACCA TTGAAAATAT TGATCCTATG
GGGATACATA CAGGAGATAG CATTACAGTA GCTCCAACTC AAACACTTAG TGATGAAGAA
TATCAATTAT TAAGAGACTA TTCCATAAAA ATCATTAGAG AAATTGGGGT TGAGACCGGC
GGAAGTAATA TTCAATTTGC AGTTAATCCA GAAAATGGGA GAATTGTGGC AATTGAAATG
AACCCAAGAG TAAGCAGGAG CTCCGCACTT GCAAGTAAGG CAACAGGTTA TCCAATTGCT
AAGGTTGCCG CAAAATTGGC TGTTGGTTTA ACTCTTGATG AAATTAAAAA CGAAATAACA
GGAACTTCCG CAGCATTTGA ACCCACAATA GATTATGTGG TTGTAAAGAT TCCAAGATGG
GATTTTGATA AATTTTCTGG TGTTGATAAT ACCTTAACAA CCCAGATGAA AAGTGTTGGG
GAAGTTATGG CTATGGGTAG AACTTTTGAA GAATCATTTT TAAAGGCATT GAGAAGTTTA
GACCATTATA ATATACAATA TCAATTTGAT GGAAAAAGAT TAAATTATAC AAATCCAAAA
GGCGGACTAA ATAGAATATA TGATTTATTT GAGATTTTGA AAATAAAAGA GATAGATGAA
GTTTATAAAA TAACTAAAAT AGACCCTTGG TTTCTGAATA AGATTAAAAA TATAATGGAG
CTCCGGAGCT CCATAAAAAG TAATACAAAT CTTGACTATG AAACACTTTT AAAATTAAAA
AAATATGGAA TATCTGATAA AATAATAGCC GATATTTCGG GAAAATCGGA GAAAGAGATA
AGAAATCTAA GAAAAAAATA CAATATAATT CCAAAATACA AAATGGTAGA TACCTGCGGT
GCAGAATTTG AGGCAAAAAC ACCATATTAC TATTCAACAT ATAATGACGA GGAGGACGAA
ATAAAGGAAA TAAAGGAAAT AAAGGATATT GGCAGTGCAA ATAGTAAGAA AAAAATTATA
GTATTGGGTT CGGGACCCAA TAGAATAGGT CAGGGCATAG AATTTGATTA TTGTTGTGTC
CATACAATAA AATCCCTAAA AGAGGAGGGT TTTGAAACAA TAATGGTAAA TTGCAACCCC
GAAACAGTTA GCACCGATTT TGATTTGGCA GACAAACTTT ACTTTGAACC ACTATATCCC
GAGGATGTTT TAAATATAAT TGAAAAAGAA AATCCTTACG GCGTTGTAAT TCAAGTTGGG
GGACAAACTC CTCTTAATCT ATCGAAATAC ATTTCTGACA ATATGATTGT TGGAACTCCA
AAAGAATCCA TTGATTTAGT AGAAGATAGA GAGAAATTCT CAAATATATT GAATGAATTA
AAAATACTAC AACCGCCAAA TGGAATAGTA TTTGATGAAA AAACAGCCGT AGAAGTGGCT
GAAAAAATTG GATATCCTGT ATTGGTTAGA CCTTCCTATG TGATTGGTGG AAGGGCTATG
CATATAGTAT ATAATAATGA GGAATTAAAA AAGTATATGA AAGAGGCAGT TATGGTTTCA
CCGGAGCTCC CAATTTTAAT TGATAAGTTT TTGGAAGATG CTATTGAAGT AGATGTAGAT
GCCATTTGCG ATGGTGAAGA TGTATTTATC GGCGGAATAA TGGAACACAT AGAAGAGGCA
GGAATACATA GTGGAGATAG TGCCTGTGTG ATACCCACAC AAACATTATC CAATGAAACA
TTAAATATTA TAAAAGATTA CACAAAAAAA TTATCATTAA AATTAAAAAT TAAAGGTTTG
ATAAATATAC AGTATGCCAT AAAAGATAAT ACAGTGTATG TTTTGGAGGC AAATCCAAGG
GCTAGTAGAA CAATACCTTA TTTAAGTAAA GCTATTGGCA TATCTCTTGC AAAGATTGCA
GCAAAAATCA TGGTTGGAAG AAAATTAAAA GATTTAAATG TTGTGGAAAA AATACCCGAT
AAAGTATGCG TCAAGGAGGC TGTATTTTCA TACGGCAAAT GGCCAAATGC AGAGATTTCC
CTATGTCCTG AAATGAAATC CACAGGAGAA GTTATGGGCA TAGATAAGGA TTTTGGACTG
GCATATTATA AAGCCCAACT GGCTGCTGGT ATGGAGCTCC CAATGAATGG AACTGTATTT
ATAAGTGTAA ATGATGATGA TAAAAACAAA ATAATACCAA TAGCAAGAAA GTTTGAAAAT
TTAGGATTTA AAATAGTGGC AACAGAAGGA ACCCATAATA TATTAACCAA TAACGGAATA
GCAGTGGAAA AAGTATTCAA AATAAGCGAA GGGAGACCAA ATATAATAGA TTTAATAAAA
TCTAGAAAGA TAGATTTAAT TATAAATACT CCAAAGGGAA GTGCATCAAA AGAAGACGAA
TATCTAATAA AAAGAACTGC AATAGATTAT AAAATACCAT ACATTACCAC AACCAATGGG
GCAAAGGCCA CATATAATGC CATTGAAAAT ATGGGCAATA TGGATATTGA AGTGTATAGC
ATATAG
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| Protein sequence | MPKREDIKKI MIIGAGPIIV GQACEFDYSG SQACKALKEL GYEIVLVNSN PATIMTDPEM
ADEIYIEPLV PEVVEKIIEK EQPDAILPTL GGQTALNLAV ELADKGILDK YGVELIGAKL
DAIRKAEDRE LFKEACKKVG VDVLKSEVAY TVEESLSIAE KLGYPVVVRP AFTLGGTGGG
VAFNPEELKS IASKGLEYSL KNQILIEESI IGWKEYEYEV IRDLNDNVII VCTIENIDPM
GIHTGDSITV APTQTLSDEE YQLLRDYSIK IIREIGVETG GSNIQFAVNP ENGRIVAIEM
NPRVSRSSAL ASKATGYPIA KVAAKLAVGL TLDEIKNEIT GTSAAFEPTI DYVVVKIPRW
DFDKFSGVDN TLTTQMKSVG EVMAMGRTFE ESFLKALRSL DHYNIQYQFD GKRLNYTNPK
GGLNRIYDLF EILKIKEIDE VYKITKIDPW FLNKIKNIME LRSSIKSNTN LDYETLLKLK
KYGISDKIIA DISGKSEKEI RNLRKKYNII PKYKMVDTCG AEFEAKTPYY YSTYNDEEDE
IKEIKEIKDI GSANSKKKII VLGSGPNRIG QGIEFDYCCV HTIKSLKEEG FETIMVNCNP
ETVSTDFDLA DKLYFEPLYP EDVLNIIEKE NPYGVVIQVG GQTPLNLSKY ISDNMIVGTP
KESIDLVEDR EKFSNILNEL KILQPPNGIV FDEKTAVEVA EKIGYPVLVR PSYVIGGRAM
HIVYNNEELK KYMKEAVMVS PELPILIDKF LEDAIEVDVD AICDGEDVFI GGIMEHIEEA
GIHSGDSACV IPTQTLSNET LNIIKDYTKK LSLKLKIKGL INIQYAIKDN TVYVLEANPR
ASRTIPYLSK AIGISLAKIA AKIMVGRKLK DLNVVEKIPD KVCVKEAVFS YGKWPNAEIS
LCPEMKSTGE VMGIDKDFGL AYYKAQLAAG MELPMNGTVF ISVNDDDKNK IIPIARKFEN
LGFKIVATEG THNILTNNGI AVEKVFKISE GRPNIIDLIK SRKIDLIINT PKGSASKEDE
YLIKRTAIDY KIPYITTTNG AKATYNAIEN MGNMDIEVYS I
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