| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Mbar_A2710 |
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| Symbol | |
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| ID | 3624458 |
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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 | Methanosarcina barkeri str. Fusaro |
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| Kingdom | Archaea |
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| Replicon accession | NC_007355 |
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| Strand | - |
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| Start bp | 3440912 |
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| End bp | 3443938 |
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| Gene Length | 3027 bp |
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| Protein Length | 1008 aa |
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| Translation table | 11 |
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| GC content | 47% |
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| IMG OID | 637701564 |
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| Product | excinuclease ABC subunit A |
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| Protein accession | YP_306194 |
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| Protein GI | 73670179 |
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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 | 17 |
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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 | 9 |
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| Fosmid unclonability p-value | 0.00698098 |
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| Fosmid Hitchhiker | Yes |
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| Fosmid clonability | hitchhiker |
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Sequence |
| Gene sequence | ATGAAAAATA TTATTATTAA AGGGGCACGG GAACACAACC TGAAAAACAT CACGGTTGAA
CTCCCGCGGG ACAAATTAAT CGTTATTACA GGGGTATCAG GCTCAGGGAA ATCTACCCTG
GCTTTTGACA CAGTTTATGC CGAAGGGCAG CGGCGCTATG TTGAGTCACT CTCGGCTTAT
GCGCGGCAGT TCCTCGGGCT TATGAACAAG CCGGATGTGG ACAGCATTGA GGGGTTATCT
CCGGCAATAT CCATTGAACA GAAAACGACC TCGAAAAATC CCAGGAGTAC GGTTGGGACA
GTTACTGAAA TTTATGATTA CTTGAGGCTG CTTTTTGCAA GAGTCGGTAC TCCTTACTGT
CCGACCCACA ACATAAAAAT CGAGTCTCAA TCTCCTGAAA AGATTGCGGA CAGCCTGAGC
AGGGAATGTG AGGGTATGAT TACCATCCTC GCACCTGTAG TCCGCCAGAA GAAAGGGACA
TACCAGCAGC TCTTCAGAGA ACTAAACAGT GAAGGCTTCA CCCGGATGAG GGTAAACGGC
GAGATTCACA GGACTGACGA TGAGATTACC CTTGACCGCT ACAAGAAACA TGATATCGAA
GTCGTGGTTG ACCGGTTGGA CCCTTCAGAA GACCGCTCAA GGCTTGTTGA GGCCTGTGAA
AATGCTCTAA ATAAGGCAGA TGGGCTCTTA ATCGCGGTTG ATTCGGAAGG AAAAGACCAC
CTTTATTCTT CAAATATGGC CTGCCCTGTT TGCGGCATGG CTTTTGAAGA ACTCCAGCCC
AGGATGTTTT CTTTCAACAG TCCTTTCGGA GCCTGCGAGG CCTGCAATGG GCTCGGGATC
AAGATGGAGT TCGATCCTGA CCTCATTATT CCGAATAAAA AGCTCTGCCT TGCAGACGGA
GCTGTTGCTC TGTACAGGAA CTATCTGGAC AGTTACCGGA GCCAGCACCT TGCAGCCGTG
GCAAAGCATT TCGGTTTTGA CATATTTACT CCTATTGAGG ACCTCACAGA TGAGCAGTAT
AATGCTCTCA TGTATGGCTC GGACGAACTT ATGCAGTTCA GTATGAGCAT GAAGAACGGG
GATGCCCACT GGTCTCATAA GGGTACCTGG GAAGGGTTGC TCCCGCAGTC CGAGAGGCTG
TACAGCCAGA CAAAATCTGA ATACCGCCGA AAAGAACTTG AAAAATTCAT GCAGGTTAAG
CCCTGTCCAA AATGTGAAGG CAAGCGCCTG AAGGAAAAAG TGCTTGCAGT AAAGTTCGGC
GGGAAATCCA TTGTAGATGT ATCCAATCTC TCAATTCTGG AGTGTATACA GTTTTTCGAA
AACGTGGAGC TCTCGGAAAA GGAAAAAGAG ATCGCAAAAC AGGTCTTAAA AGAAATTCGC
TCCAGGCTCG GTTTTTTAGA GCATGTAGGG CTCGGCTATC TTACTCTTTC GCGAGGTGCA
GGCACTCTCT CAGGCGGAGA AGCCCAGCGA ATCCGATTGG CTACTCAGAT TGGCTCAAAT
CTCATGGGCG TACTCTATGT TCTCGACGAA CCCTCAATAG GGCTGCACCA GAGAGACAAT
GAGCGTCTTA TCCGTACTCT CAAGACCTTG CGGGACCTTG GAAATACCCT TATTGTCGTG
GAACATGATG AAGATACTAT ATGGGCTGCG GACTATGTTC TTGATATTGG GCCAGGTGCA
GGCGTTCATG GAGGTTATGT GGTAGCCGAA GGCACCCCTG AAGAAATTGA GAAAAATCCG
GAATCCCTGA CAGGTCAGTA CCTCTCAGGA GAAAAACAGA TAAAACCGCC TGCCCTTCGC
CGTCATAGTG ACGCGTTCTT AAGGCTTAAA GGATGCAGAG CGAACAACCT GAAGGATATA
GACGTGAATA TTCCTATAGG GGTTCTGACC GTAGTTACAG GGGTCTCAGG TTCCGGGAAG
TCAACGCTAA TTTATGATAC CCTGTACAAA GCCCTGATGA AAAAGATAAA TAAATCAAGT
GTAACACCAG GGGACTATGA CGAGCTTGTT TTCGATTCCG AGATCGACAA GGTAATTGTT
ATTGACCAGA GCCCCATCGG CAGGACTCCT CGCTCAAATC CTGCCACCTA TACCAAGGTC
TTTGATGCCA TAAGGCAGGC TTTTGCCGAA ACAAAGGAAG CAAAAATCAG GGGTTATAAG
AATGGGCGTT TCTCCTTCAA CGTAAAAGGA GGGCGCTGTG AAGCCTGCCA GGGAGAAGGA
CTGATAAAAA TCGAAATGAA TTTCCTGCCT GATGTATACA TCGAGTGTGA GGAATGCAAG
GGTAAACGCT ACAACCGTGA AACTCTTGAG GTAAAGTACA GGGGCAAGTC GATTGCTGAA
GTCCTGGATA TGACCGTCGA AGAGGCTGCC GAACACTTTG AAAACATTCC TTCAATCAAA
CGCAAACTCG ATACTTTAAT AAGAGTTGGA CTGGGCTATA TCAAACTCGG CCAGAGCTCA
ACAACGCTTT CCGGTGGGGA AGCCCAGAGG ATCAAGCTGA CAAGGGAACT CTCCAAAAAG
TGTACCGGGA AGACGATTTA CCTCCTTGAT GAACCCACAA CCGGGCTTCA CTTCCATGAC
GTCAAAAAAC TCATCGCAGT TCTCAACAGG CTTGTAGCAA AAGGAAACAC AGTGGTTGTA
ATAGAGCATA ACCTGGATGT AATCAAATCA GCAGACTATA TCATTGATCT GGGTCCCGAA
GGCGGGAACG CAGGTGGAGA AATTATTGCC GAGGGAACTC CGGAGGAAGT GTCCACTGTT
CAGGGAAGTT ATACTGCACG CTTCCTTGCT CCTAAACTTT CACAGTCATA TCTCGACATG
TCGGGAGAAG AACCTGTTGA AGCTGTTTTT GAAGAAGGGG AAGAGTTTGA GGCCGATTAT
GAAGATCTTA ATGATAATCA GAATGAGGAG GATTCCGAAG ACTTTGAAGA AGACTCGGAG
GAAGACTCCG AAGACTCCGA AGACTCCAGA GGTTTCAAAC ACAGTAAACA TAGAGCCGAC
AATGCATTTC AGGAACAATT GATTTAA
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| Protein sequence | MKNIIIKGAR EHNLKNITVE LPRDKLIVIT GVSGSGKSTL AFDTVYAEGQ RRYVESLSAY
ARQFLGLMNK PDVDSIEGLS PAISIEQKTT SKNPRSTVGT VTEIYDYLRL LFARVGTPYC
PTHNIKIESQ SPEKIADSLS RECEGMITIL APVVRQKKGT YQQLFRELNS EGFTRMRVNG
EIHRTDDEIT LDRYKKHDIE VVVDRLDPSE DRSRLVEACE NALNKADGLL IAVDSEGKDH
LYSSNMACPV CGMAFEELQP RMFSFNSPFG ACEACNGLGI KMEFDPDLII PNKKLCLADG
AVALYRNYLD SYRSQHLAAV AKHFGFDIFT PIEDLTDEQY NALMYGSDEL MQFSMSMKNG
DAHWSHKGTW EGLLPQSERL YSQTKSEYRR KELEKFMQVK PCPKCEGKRL KEKVLAVKFG
GKSIVDVSNL SILECIQFFE NVELSEKEKE IAKQVLKEIR SRLGFLEHVG LGYLTLSRGA
GTLSGGEAQR IRLATQIGSN LMGVLYVLDE PSIGLHQRDN ERLIRTLKTL RDLGNTLIVV
EHDEDTIWAA DYVLDIGPGA GVHGGYVVAE GTPEEIEKNP ESLTGQYLSG EKQIKPPALR
RHSDAFLRLK GCRANNLKDI DVNIPIGVLT VVTGVSGSGK STLIYDTLYK ALMKKINKSS
VTPGDYDELV FDSEIDKVIV IDQSPIGRTP RSNPATYTKV FDAIRQAFAE TKEAKIRGYK
NGRFSFNVKG GRCEACQGEG LIKIEMNFLP DVYIECEECK GKRYNRETLE VKYRGKSIAE
VLDMTVEEAA EHFENIPSIK RKLDTLIRVG LGYIKLGQSS TTLSGGEAQR IKLTRELSKK
CTGKTIYLLD EPTTGLHFHD VKKLIAVLNR LVAKGNTVVV IEHNLDVIKS ADYIIDLGPE
GGNAGGEIIA EGTPEEVSTV QGSYTARFLA PKLSQSYLDM SGEEPVEAVF EEGEEFEADY
EDLNDNQNEE DSEDFEEDSE EDSEDSEDSR GFKHSKHRAD NAFQEQLI
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