| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | MmarC7_0255 |
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| Symbol | |
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| ID | 5328376 |
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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 maripaludis C7 |
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| Kingdom | Archaea |
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| Replicon accession | NC_009637 |
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| Strand | + |
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| Start bp | 264852 |
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| End bp | 268097 |
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| Gene Length | 3246 bp |
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| Protein Length | 1081 aa |
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| Translation table | 11 |
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| GC content | 37% |
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| IMG OID | 640792776 |
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| Product | carbamoyl-phosphate synthase, large subunit |
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| Protein accession | YP_001329476 |
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| Protein GI | 150402182 |
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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 | 9 |
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| Plasmid unclonability p-value | 0.527098 |
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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 | 10 |
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| Fosmid unclonability p-value | 0.0694111 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | TTGAAAAGAG AGGATATAAA AAAGGTAATG ATTTTGGGTT CAGGCCCCAT TGTTATCGGA
CAGGCTGCGG AGTTTGACTT TTCTGGCTCA CAAGCTTGTA AATCTTTAAA GGAAGAGGGA
ATTTATACAA TTTTAGTAAA TTCAAACCCT GCAACCATCC AAACTGATAC AAATATTGCG
GATAAGGTTT ATTTAGAACC ATTAACCCCA AAAATATTGG AAAAAATCAT TGAAAAAGAA
CAGCCTGATG CAATTCTTCC AACAATGGGC GGTCAGACTG GTTTAAATCT CGCAATGGAA
CTTTCAAAAC GCGGAATCTT GGAAAAACAC GGTGTTGAAC TTTTAGGTTC AACTGAAAGC
GTAATTGAAA CTTCAGAAGA TAGAGATTTA TTCAATAAAG CAATGGAAGA AATTAACCAA
CCTATTGCAA AATCTGCAGC GGTCCATTCT GTTGAAGAAG CAATTAAAGC TACCGAAGAA
CTTGGCTACC CTGCTATCGT AAGGCCTGCA TTCACCCTTG GAGGAACAGG CGGTGGAATT
GCAACTAACG AAGAAGAATT AATTGAAATT ACTAAAAAAG GATTGAAATA CTCAATGATC
AGACAGGTTT TAATTGATCA GAGTCTTTTA GGCTGGAAAG AATACGAATA CGAAGTAATG
AGAGACAAAA ACGATACATG CATTGTTGTA TGTAACATGG AAAATATCGA TCCGATGGGA
ATACACACCG GAGAGAGTAT CGTAACTGCA CCGTCACAGA CCTTAAGCGA TGAATTCCAC
CAAAAATTAA GAGATGCTTC ATTACAAATT ATCAGACACT TGAAAATTGA AGGTGGCTGT
AACGTTCAGT TCGCAGTAAA CCCCGAAATG ACTGATTACG TTGTAATCGA AGTAAACCCG
AGAGTTTCGA GAAGCTCTGC ACTCGCAAGT AAAGCAACAG GATACCCCAT CGCAAAAATC
GCTGCAAAAA TTGCAATTGG AAGAACGCTC GATGAAATAC AAAATGACGT TACAAAAGAA
ACACCTGCAA GCTTTGAACC AACAATTGAC TATGTTGTGG TAAAAATTCC AAGATGGCCT
TTTGACAAAT TTAGGACTGT TGATAAAAGA CTTGGAACTT CCATGAAGTC TACCGGAGAA
ATCATGGCGA TTGGAAGAAA CCTTCAAGAA GCTCTTCAAA AAGCAGTTAG AAGTTTAGAT
ATTGGAAGAT TCGGATTAAT TGCGGATGGA AAAGATAAAG AATACTCAAA TTCAGAAATT
GTTGATATTT TAGAACATGC GACAGACGAA AGGCTCTTTG TAATTGCTTA TGCACTCGAT
AAAGGCTGGA GCGTTGATGG AATTTGTGAA AGAACTGGAA TAAACCCATT CTTCATTGAA
AAAATCAAAA AAATTATCGA CTGTAAAAAG GAACTCGAAG TAATTTCAAG ACTTCCAGTG
GATGACGAAA AATTAAAAGA AATCCTTTTA AAAGCAAAAT CTTTAGGATT TTCAGATGTT
CAGATCTCAA AAATATTTTC AAAAACTGAA AATGAGATAA GAGAGCTTAG AAACAGACTC
GAAGTAATTC CGGTTTACAA GATGGTGGAC ACATGTGCTG CAGAATTTGA AGCTAAAACA
CCATACTACT ACTCGGCATA CGAAAGATAC TTCGATGAAG AACAAAACGA AAGCGTATCA
TCAGATAGGA AAAAAGTAAT AATTTTAGGT TCCGGACCAA TTAGAATCGG TCAAGGTGTG
GAATTTGACT ATTCAACAGT TCACGCAATT TTTGCATTAA AAGAACTTGG AATTGAAGCA
ATAATTGTAA ACAACAACCC TGAAACCGTA AGTACGGACT ACGATACATC GGACAAACTA
TACTTCGAGC CATTAGTTTA CGAAGAAATA ATGAATATAA TTGAAAACGA AAATAAAAAC
GGGCAGTTGC TTGGAGTTAT CGTCCAGTTC GGTGGACAGA CTGCAATTAA CCTTGCAATG
AAACTCTACA ATTCTGGAGT TAATATTTTA GGAACTTCAC CTCAATCAAT CGACCTTGCA
GAGGATAGGG ATCAGTTCAT ACACGTGCTT GAAAAATTAA AAATACCTCA AGCAGATGGT
GCAACGGCAT TCAGTGAGGA GCAAGCCCTT AAAGTTGTTG AAAAAATAGG ATTCCCCGCA
CTTGTTAGGC CATCATACGT TTTAGGTGGA CGTGCAATGC AGATCGTCTA CAACACAGAA
GATTTAAAAG ATTACATGAG AGAAGCAGTT AAAGTTTCAT CAGACCACCC GATATTAATT
GATAAATTCT TAGAAGAAGC TGTTGAAGTC GATGTGGATG CAGTGTGCGA TGGAGAAAGT
GTATTCATTG GAGCAATTAT GGAACACATT GAAGAAGCTG GAATTCACAG TGGAGACAGT
GCTTGTGTAA TTCCGCCCCA AACGCTTTCA AAAGAAGTAA TTGAAAAAAT TGCAGAACAT
ACAACCAAAC TTGCACTCGA ACTTGGAGTA ATTGGCTTAT TAAATATCCA GTACGCAGTT
AAAGATGGCG TTGTATACAT TATCGAAGCA AACCCGAGAG CTTCAAGAAC CATTCCATAT
GTAAGTAAAT CGGTTGGTGT GCCGCTTGCA AAAATTGCAA CAAATGCGAT TATGGGTAAA
AAACTAAAAG AAATGGGATA CTCTGGACTT GCGAAAGCAA AATATGTAAG CGTAAAAGAA
GCAGTCTTTC CATTCTTAAA ACTTCCTGGA GTTGACCCGG TATTAAGCCC AGAAATGAAA
TCAACCGGTG AAGCTATCGG AATTGATCAG GACTTTGGAA AAGCATTTTA CAAATCCCAG
CTTTCAGCAA ACATGGAACT TCCAACTTCT GGAACCGTAT TTATCAGCGT AAGAAACAGG
GATAAAGACA ATATCACAAA AATTGCTAAA AAGTACCACG ATTTAGGCTT TGAAATCGTT
GCTACAAAAG GAACTGCAAG AGAACTTCGA TTATTTGACA TTCCAGTAAG GGAAGTTAGT
AAAATTTCAG AAAGCATGCA AAACAGCGTT CTCGATTTAA TGCAAAAAGG AGAAGTTGAT
TTATTAATAA ACACATCTTC AGGAGATAAA GCTAAAACTG ATGGATATTA CATCAGACGG
GCAGCAGTAG AATTGAACAT TCCGTGTATG ACCACATTGC AAGGTGCATA CGCTGCAATT
AAAGCTATTG AAGCAATTAA ATCTGGAGAA CTTGGAGTTT ATTCACTGAA TGAACTTGAA
AATTAA
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| Protein sequence | MKREDIKKVM ILGSGPIVIG QAAEFDFSGS QACKSLKEEG IYTILVNSNP ATIQTDTNIA
DKVYLEPLTP KILEKIIEKE QPDAILPTMG GQTGLNLAME LSKRGILEKH GVELLGSTES
VIETSEDRDL FNKAMEEINQ PIAKSAAVHS VEEAIKATEE LGYPAIVRPA FTLGGTGGGI
ATNEEELIEI TKKGLKYSMI RQVLIDQSLL GWKEYEYEVM RDKNDTCIVV CNMENIDPMG
IHTGESIVTA PSQTLSDEFH QKLRDASLQI IRHLKIEGGC NVQFAVNPEM TDYVVIEVNP
RVSRSSALAS KATGYPIAKI AAKIAIGRTL DEIQNDVTKE TPASFEPTID YVVVKIPRWP
FDKFRTVDKR LGTSMKSTGE IMAIGRNLQE ALQKAVRSLD IGRFGLIADG KDKEYSNSEI
VDILEHATDE RLFVIAYALD KGWSVDGICE RTGINPFFIE KIKKIIDCKK ELEVISRLPV
DDEKLKEILL KAKSLGFSDV QISKIFSKTE NEIRELRNRL EVIPVYKMVD TCAAEFEAKT
PYYYSAYERY FDEEQNESVS SDRKKVIILG SGPIRIGQGV EFDYSTVHAI FALKELGIEA
IIVNNNPETV STDYDTSDKL YFEPLVYEEI MNIIENENKN GQLLGVIVQF GGQTAINLAM
KLYNSGVNIL GTSPQSIDLA EDRDQFIHVL EKLKIPQADG ATAFSEEQAL KVVEKIGFPA
LVRPSYVLGG RAMQIVYNTE DLKDYMREAV KVSSDHPILI DKFLEEAVEV DVDAVCDGES
VFIGAIMEHI EEAGIHSGDS ACVIPPQTLS KEVIEKIAEH TTKLALELGV IGLLNIQYAV
KDGVVYIIEA NPRASRTIPY VSKSVGVPLA KIATNAIMGK KLKEMGYSGL AKAKYVSVKE
AVFPFLKLPG VDPVLSPEMK STGEAIGIDQ DFGKAFYKSQ LSANMELPTS GTVFISVRNR
DKDNITKIAK KYHDLGFEIV ATKGTARELR LFDIPVREVS KISESMQNSV LDLMQKGEVD
LLINTSSGDK AKTDGYYIRR AAVELNIPCM TTLQGAYAAI KAIEAIKSGE LGVYSLNELE
N
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