| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Mbar_A1826 |
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| Symbol | |
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| ID | 3625284 |
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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 | 2285098 |
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| End bp | 2288382 |
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| Gene Length | 3285 bp |
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| Protein Length | 1094 aa |
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| Translation table | 11 |
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| GC content | 38% |
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| IMG OID | 637700708 |
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| Product | hypothetical protein |
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| Protein accession | YP_305347 |
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| Protein GI | 73669332 |
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| COG category | [C] Energy production and conversion |
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| COG ID | [COG1413] FOG: HEAT repeat |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 13 |
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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 | 29 |
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| Fosmid unclonability p-value | 1 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGGCTATTT CAGGATTAGC TTTGGGCTTT CTTACTAACT TCTTGTATGA CTCTTCCAAG
AAGATCCCTG GACACATTTT TAATACTTCT TCAAAAGTTT ATGATAAAGC AATAAAAGAG
TTCTCGAATA AGAGCTATAA ATTGACTGGA ATACAAATTG ATACGTTTTT TCATCAGGAA
AATGTGGAAA AAGCAATTGA AAAATACCTG AAAAATCCAG ATAAGATTGA TTGTTCAAAT
ATTTTAATCC ACGAGTTTTT TGAATTGTTC AGTGGGGAGG ATTTCTCCCG CGAAGACGCA
GATTTAATTT TAAATTCCTT TTTTGAGATA ATGGATTCCG AAATAGAAAA AGAACCTGAA
CTTAAAAACG ATCTTGAGTT CTACTTAGCA AAAGAAACAT ATAAAACAAC CCAAGAGATG
AATCAAGGGG TTAAAAAGCT ATCTAAAGAC GTCAAGGAAC TAGCTCATAA CGTTCAGGAA
GTGCACGAAG TAATCAACGG CAGAAGAGAA AATCAAAGTA AAAAAGAATC CGGCGTATAC
TTTGAAGAAT CATTAGAAAA ATACCTGAAT AAAATAATAG ATGAAGATGG AAAAACCGGG
GTCAGTGAAG TCTATACCGA ACTTTCAGCC AAAGAGATTT TGCCAGTAAC TCTCAAATTC
CACGATGAGG AAAGCAATAG AGAACAAGAA TTTGAGGTTC TTGAGCTTGT TGAAAAAGAA
GAAAAGCTTA TCATTTCCGG TGAATCAGGC TCAGGAAAAA CAACTACATT TAGATGGTTG
AATTATATCC TTGCTAAAAG TTACCTTGAG GAGAAAAACG AAAATGTTCC CCTGTACATT
GAATTAAATT CATACATCGG TGAAGAACGT TTCATAAAAA ACCCATTTGA TATATACATC
GCTAAGAAAG CCGAAGAGAA AGGAATATCA GAAGACGTCC TAAAAACGAT ATTGAAAGGA
AAAGCAACTA TTCTCCTCGA TGGCTTTGAC TTACTTTCAC CTACCGATGA ATTCTATCCC
TATGATAAGA TTTCAAATTT CATTACCGAT TACAATAATT GCAGATTTGT TATTTCTTCA
AGACCGGGCT TTTTTGAGAG TATAAAAAGC AGTTTCAAAG TCTCGGAATT GGAAAAACTA
ACCGACGAAA AAATCGAGAT ATTCATAGAT CGCTCTGTTT CAAATGAAGA ACTCGCAAAT
ACTCTCAAAG ACAAAATCCT TAGCAATCAA CAGCTAAAAT CCATACTCTC AAACCCAATG
ATGCTTTACA TTGCCATCAA AGTTGCTATG GGAAGAAAAG ACAAGTCCGA TGACTTACTG
CCTTCAAAAC GTTCTAAATT GTACGAAAAT TTTATTGATA TTCTTTTCAG TCATCAGGAA
GAAAAGGGGA AAGGCCTTCA CGCAGACAGA ATACAAATCG AGAATTCTCT TACTGACCTG
TATTTTAAAC TTCAATGCAG GAATGAAGTT TCATGTAAAT ATTCTGGAGC TCTCAAATTT
GTCAAAAAAA GTTCTGAAGA TTCTATGTTT AAAAAAATTA GCCCGCAGTT AATTCTTGAA
GACTGCTTCA AACTTGGAAT ACTTAATAGA AATGATAATT ATGTATCATA TGGAATCCAC
CAGTCTTTTC AAGAATATTT TGCAGCTATA AAGCTAAAAG AACTTTTTGA AAGTGGATTT
GACGTATCAG AGGCTTTTAG TCATCCAAAA TGGGAAGAAG TTGTGATATT CACCTCTGAA
ATGCTGGATT CGGACTCGAT TGACAAATTT ATTGGTTCAA TGCTTTTAAA AAGCGAGCTT
TTCTTGGCTT CAAAGTGTGT AAATAAAGCA AGTGAAAAAG TAAAGGAAAA ACTGCGTGCT
TTACTTACCG AGAAAATGGA TTCTAAGTGT ATATTAGAAA AGATTAGTTC TATTGAAAGC
CTAGGAAGAA TTGGAGTCGC TGGAATCAGT ATAATTAGCG AAGCCTTGAA AGATGAAGAT
CCAAGTGTGC GGTGGAGCGC GATAAAGGCA CTTAGAAATA TAAAATCTGA CAAAGCTGTG
AAGCCGCTAA TCAACGCATT GAAAGATGAA GATGATGATC TTCGGTGGAA TGTGGCAGAG
ATACTTGGAA AAATAAAATC TGATACAGCA GTGAAGCTGC TAATCAACGC ACTGAAAGAT
GAAAATTCAC ACGTGCGATT GAGCGCGGCA GAGGCACTTG GAAATATTAA ATCTGAGACA
GCTGTGCAGC TGCTAATAAA CGCACTGAAT GATGAAAATG AAAATGTGCA GAGGGGAGCG
GCAGAGGCAC TTGGAAATAT TGAATCTGAG ACAGCTGTGC AGCCGCTAAT TAACGCACTG
AATGATGAAA ATGAAGATGT GCGGAGGAGC GCGGTAGAGG CACTTGGAAA GATTAAATCT
GAGACAGCTG TGCAGCCGCT AATCAACGCA TTGAAAGATG AAGATGATGA TCTTCGGTGG
AATGTGGCAG AGATACTTGG AAAAATAAAA TCTGATACAG CAGTGAAGCT GCTAATCAAC
GCACTGAAAG ATGAAAATTC ACACGTGCGA TTGAGCGCGG CAGAGGCACT TGGAAATATT
AAATCTGAGA CAGCTGTGCA GCTGCTAATT AACGCACTGA ATGATGAAAA TGAAGATGTG
CGGAGGAGCG CGGTAGAGGC ACTTGGAAAG ATTAAATCTG AGACAGCTGT GCAGCCGCTA
ATTAACGCAC TGAATGATGA AAATGAAGAT GTGCGGAGGA GCGCGGTAGA GGCACTTGGA
AATATTAAAT CTGAGACAGC TGTGCAGCCG CTAATAAACG CACTCAAAGA TGAAAATGAA
TATGTGCGGA GGAGCGCGGT AGAGGCACTT GGAAATATTA AATCTGAGAC AGCTGTGCAG
CCACTAATTA ACGCACTCAA AGATGAAGAT TCAGATGTGC GGAGAGAAGC GGCAGAGGCA
CTTGGAAATA TTAAATCTGA GACAGTTGTG CAGCCGCTAA TTAACGCACT CAAAGATGAA
GATTCAGATG TGCGGAGAGA AGCGGCAGAG GCACTTGGAA ATATTAAATC CGAGACAGCT
GTGCAGCCGC TAATTAACGC GCTGAAAGAT GAACATGTGC GATGGAACGG GGCAGAGGCA
CTTGGAAAGA TTTGTACTGT AAAAAATAAA AAGCAGCTGG AAGATCTACT TGAATCAGAT
CATGAATTTT CAATTAACAT AGCATTTGAA ATCCTCTATG AAATAGAAAA AGAAGAGAGA
TCAAAAGTCA TTTTGTTCAA AGATGAAAAA TTCTTAAGAA TCTAA
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| Protein sequence | MAISGLALGF LTNFLYDSSK KIPGHIFNTS SKVYDKAIKE FSNKSYKLTG IQIDTFFHQE
NVEKAIEKYL KNPDKIDCSN ILIHEFFELF SGEDFSREDA DLILNSFFEI MDSEIEKEPE
LKNDLEFYLA KETYKTTQEM NQGVKKLSKD VKELAHNVQE VHEVINGRRE NQSKKESGVY
FEESLEKYLN KIIDEDGKTG VSEVYTELSA KEILPVTLKF HDEESNREQE FEVLELVEKE
EKLIISGESG SGKTTTFRWL NYILAKSYLE EKNENVPLYI ELNSYIGEER FIKNPFDIYI
AKKAEEKGIS EDVLKTILKG KATILLDGFD LLSPTDEFYP YDKISNFITD YNNCRFVISS
RPGFFESIKS SFKVSELEKL TDEKIEIFID RSVSNEELAN TLKDKILSNQ QLKSILSNPM
MLYIAIKVAM GRKDKSDDLL PSKRSKLYEN FIDILFSHQE EKGKGLHADR IQIENSLTDL
YFKLQCRNEV SCKYSGALKF VKKSSEDSMF KKISPQLILE DCFKLGILNR NDNYVSYGIH
QSFQEYFAAI KLKELFESGF DVSEAFSHPK WEEVVIFTSE MLDSDSIDKF IGSMLLKSEL
FLASKCVNKA SEKVKEKLRA LLTEKMDSKC ILEKISSIES LGRIGVAGIS IISEALKDED
PSVRWSAIKA LRNIKSDKAV KPLINALKDE DDDLRWNVAE ILGKIKSDTA VKLLINALKD
ENSHVRLSAA EALGNIKSET AVQLLINALN DENENVQRGA AEALGNIESE TAVQPLINAL
NDENEDVRRS AVEALGKIKS ETAVQPLINA LKDEDDDLRW NVAEILGKIK SDTAVKLLIN
ALKDENSHVR LSAAEALGNI KSETAVQLLI NALNDENEDV RRSAVEALGK IKSETAVQPL
INALNDENED VRRSAVEALG NIKSETAVQP LINALKDENE YVRRSAVEAL GNIKSETAVQ
PLINALKDED SDVRREAAEA LGNIKSETVV QPLINALKDE DSDVRREAAE ALGNIKSETA
VQPLINALKD EHVRWNGAEA LGKICTVKNK KQLEDLLESD HEFSINIAFE ILYEIEKEER
SKVILFKDEK FLRI
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