| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | MmarC5_0853 |
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| Symbol | |
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| ID | 4928179 |
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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 C5 |
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| Kingdom | Archaea |
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| Replicon accession | NC_009135 |
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| Strand | + |
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| Start bp | 827514 |
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| End bp | 830378 |
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| Gene Length | 2865 bp |
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| Protein Length | 954 aa |
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| Translation table | 11 |
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| GC content | 35% |
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| IMG OID | 640166352 |
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| Product | excinuclease ABC subunit A |
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| Protein accession | YP_001097376 |
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| Protein GI | 134045890 |
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| COG category | [L] Replication, recombination and repair |
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| COG ID | [COG0178] Excinuclease ATPase subunit |
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| TIGRFAM ID | [TIGR00630] excinuclease ABC, A subunit |
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Plasmid Coverage information |
| Num covering plasmid clones | 15 |
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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 | ATGATAGTTA TGAAAGATAT CATCATCAAA GGTGCGAGAG AGCATAATTT AAAAAATATC
TCGCTAACAC TCCCAAGAAA TAATTTAATA GTTGTAACTG GAGTTTCCGG CTCGGGAAAA
TCCACGATAG CATTTGATAC GATATATGCC GAAGGTCAAA GAAGATATGT TGAATCACTT
TCAGCATATG CAAGACAGTT TTTAGGGCTT ATGAATAAAC CCGATGTTGA TAGTATCGAA
GGATTATCCC CTGCAATTGC AATACAGCAA AAAACAACAA GCAAAAACCC AAGGAGTACC
GTTGGAACAG TTACTGAAAT TTACGACTAC TTGAGACTGC TTTATGCAAG AATTGGAATT
CCATACTGCC CTGAACACAA TATTAAAATA GAATCACAGA GTCCTGAAAA AATAGCTGAA
AAAATCGAAG AAGAATTTTC TGAAACTGTG ACGATATTAT CCCCTATTGT AAGGCAGAAA
AAAGGAACCT ACCAAAAACT CTTTAAGGAT CTAAATTCTG AAGGTTTTGC AAGAATTCGG
GTAAATGGCG AAATTTACAG AACTGATGAC GAAATAACGC TTGAAAGATA CAAAAAACAT
GATATCGAAA TTGTTATCGA TAGATTGGAT CCAAAAGATG ACCATTCAAG GCTTGTAGAA
GCTTGTGAAA GAGCACTTGA GCGTTCGGGC GGACTTTTAA TTGTAACAGG CCCCAAAAAT
AACGAAGAAG TTGAAAAAAT TTATTCTTCA AATTTGGCAT GCCCCATTTG TGGTATTTCA
TTTGAAGAAC TTCAACCAAG AATGTTTTCG TTTAACAGCC CATTTGGTGC ATGTGAATAC
TGTAGCGGAC TTGGAATAAA AATGGAATTT GATGCTGAGT TAATAATCCC TGATAAAACC
AAATGTATTG CTGACGGTGC AGTTGCACTT TATAGAAACT TCCTTGATGG ATACAGGTCA
CAACATTTAG CAGCAGTTGC AAATCACTTT GTATTTACGG TTTTAACGCC GATAAAAGAC
CTTTCAAAAG AACAGTTTGA CATTTTGATG TATGGAAGTC CTGAAAAAAT TCATTTTAGA
GTATCAAACG GAAGTGGAGA TACCGAGTGG AGCCAAAATA AACCCTGGGA AGGACTTATC
CCCCAATCAA TTCGACTTTA CAATGAAACC AAATCAGAAT ACCGAAGAAA AGAACTTGAA
AAGTTCATGA AAGTTAGTTT GTGTCCAAAA TGTGGTGGAA AGCGTTTAAA AGATAAAGCC
CTTGCTGTAA AAATAGAAGA CAAATCAATC ATCGATTTAA CGGATCTTTC GATTTCAAAA
GCAGAAGAAT TCTTTAATAA TTTAAAATTA ACTGATAAAG AATATGAAAT TGCAAAACAG
GTCATAAAAG AAATAAAATC GAGATTAAAA TTCTTAAATG ATGTTGGTTT AGGATATTTA
ACTCTTTCAA GACGATCGGG AACGCTTTCT GGAGGAGAAG CCCAAAGGAT AAGACTTGCA
ACCCAGATTG GATCAAATCT AACCGGGGTT TTATATGTAC TCGATGAACC ATCAATTGGT
CTTCACCAGC GAGACAATCA AAAATTAATC GAAACGCTCC ATAAATTAAG AAATTTAGAT
AATACCCTCG TTGTTGTTGA ACATGATGAA GATACAATAT TAAATGCAGA TTATGTCGTA
GATATGGGCC CAGGTGCCGG AATTCATGGT GGAAATGTTG TTGCAGTTGG AACACCGACA
GAAATTTCAA AAAATAAGGA TTCCCTAACT GGAAAATACT TATCAGGGGA ATTAAAAATC
GAAATACCTG AAAAAAGAAG AAAAAGCGAT AAATTCTTAA AACTTTCAAA CTGCAAACAG
AACAATTTGA AAAATGTGTC GGTTAAAATC CCGACAGGAG TATTTAATGT AATTACGGGA
GTTTCTGGAA GCGGAAAATC CACGTTAATT TATGAAAACC TGTATCCTGC GTTGAAAGAA
AAAATAAAAT CCGAAGAAAG TTCTGAAAAG CTTGATTTTG AAGACCAACT TTACGAAAAC
ACTAAAGAAA AATGCAACCT TGAAATTGAT TCAGAAATCG ATAAAGTTGT TGTAATCGAC
CAGAGCCCGA TTGGAAGGAC ACCTAGATCA AATCCTGCAA CTTACACGAA AGTATTTGAT
AAAATCAGGC AGGTTTTTGC AGAAACTAAA GAAGCAAAAG TAAAAGGATA TGGGCCAGGA
AGATTCTCCT TTAATGTGAA AGGGGGACGC TGTGAAAACT GTCAGGGCGA TGGAGTTATA
AAAATAGAAA TGAACTTTTT GCCAGACGTT TTCGTAGAAT GTGAAGAGTG TAAAGGTGCT
AGATACAATA AAGAAACTCT TGAAGTAAAA TATAAGGGAA AATCAATTTC AGATGTTTTA
AACATGAGTG TTGAAGAAGC GAGAGATCAT TTTAAAAATA TTCCACAGAT TTCAAATAAA
TTAAAAACTT TGTGTGATGT AGGATTAGGA TATATTAAAT TAGGACAGAG TTCAACAACC
CTTTCTGGAG GAGAAGCTCA GAGAATTAAA TTAACTAGGG AATTATCAAA AAGAGCGACA
GGAAATACAA TATATCTACT CGATGAACCA ACAACAGGAC TTCATTTCCA CGATGTTAAA
AAACTAATTG ATGTTTTAAA CAGCCTCGTT GAAAAGGGAA ACACCGTGGT TGTAATTGAA
CATAACCTCG ATGTAATAAA ATGTGCTGAC CATATAATCG ACCTTGGACC TGAAGGGGGA
GATTTCGGCG GTGAAATACT TGCAACAGGA ACCCCTAAAG AAATTTCAAA ATGCAAATCA
AGCCATACTG GAAAATTCTT AAAAAACATT CTTTCCAAAA ATTAA
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| Protein sequence | MIVMKDIIIK GAREHNLKNI SLTLPRNNLI VVTGVSGSGK STIAFDTIYA EGQRRYVESL
SAYARQFLGL MNKPDVDSIE GLSPAIAIQQ KTTSKNPRST VGTVTEIYDY LRLLYARIGI
PYCPEHNIKI ESQSPEKIAE KIEEEFSETV TILSPIVRQK KGTYQKLFKD LNSEGFARIR
VNGEIYRTDD EITLERYKKH DIEIVIDRLD PKDDHSRLVE ACERALERSG GLLIVTGPKN
NEEVEKIYSS NLACPICGIS FEELQPRMFS FNSPFGACEY CSGLGIKMEF DAELIIPDKT
KCIADGAVAL YRNFLDGYRS QHLAAVANHF VFTVLTPIKD LSKEQFDILM YGSPEKIHFR
VSNGSGDTEW SQNKPWEGLI PQSIRLYNET KSEYRRKELE KFMKVSLCPK CGGKRLKDKA
LAVKIEDKSI IDLTDLSISK AEEFFNNLKL TDKEYEIAKQ VIKEIKSRLK FLNDVGLGYL
TLSRRSGTLS GGEAQRIRLA TQIGSNLTGV LYVLDEPSIG LHQRDNQKLI ETLHKLRNLD
NTLVVVEHDE DTILNADYVV DMGPGAGIHG GNVVAVGTPT EISKNKDSLT GKYLSGELKI
EIPEKRRKSD KFLKLSNCKQ NNLKNVSVKI PTGVFNVITG VSGSGKSTLI YENLYPALKE
KIKSEESSEK LDFEDQLYEN TKEKCNLEID SEIDKVVVID QSPIGRTPRS NPATYTKVFD
KIRQVFAETK EAKVKGYGPG RFSFNVKGGR CENCQGDGVI KIEMNFLPDV FVECEECKGA
RYNKETLEVK YKGKSISDVL NMSVEEARDH FKNIPQISNK LKTLCDVGLG YIKLGQSSTT
LSGGEAQRIK LTRELSKRAT GNTIYLLDEP TTGLHFHDVK KLIDVLNSLV EKGNTVVVIE
HNLDVIKCAD HIIDLGPEGG DFGGEILATG TPKEISKCKS SHTGKFLKNI LSKN
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