| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Mbar_A2105 |
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| Symbol | |
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| ID | 3627161 |
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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 | 2658669 |
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| End bp | 2661821 |
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| Gene Length | 3153 bp |
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| Protein Length | 1050 aa |
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| Translation table | 11 |
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| GC content | 43% |
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| IMG OID | 637700982 |
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| Product | hypothetical protein |
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| Protein accession | YP_305616 |
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| Protein GI | 73669601 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 8 |
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| Plasmid unclonability p-value | 0.348485 |
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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 | 25 |
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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 | ATGAAACAAA GATCAATACA ATTCAGTGCG ATGTTCGTTA TATTCCTTTT ATTAGGGATA
GGATACGCAT TTGCAGAACC AATACATCTT GATACAGGAA ATATGAGTGC TAATGTCACC
TACAGCGAAA CTGGTCCTTT TAGGCCTGGA GATGTTGTAA ATATCACTGC CGATTTCAAT
AAATCTGTTG ATAACGCCAG TATATTGTTT ACTAACGTTT CTGGGTCAGA TTTAGGGAAT
GAGACGCTGA TGACAAAAAT AGATAATGAT TCCTTTGGAT TTGACTATGA GATTCCAGAG
GCTATACTAA CTGATGGTCC ACTGGGTGTA AATATATCTC CACTTGACGC CAATGGAAGT
AATATGCTGG GTGAAGGCGA ATTCTTTTCA GATCCTGATG CGTTTGAACT TGATCCTGAA
ACCGATTCAA GTGTCAATAT CACCTATAGC AAAACCAATG TTATACCGTT CGAGGCTGTG
ACTATCACCG CTGATTTCAA TACAACTGTT GATCACGCCA ATATCTCGAT CACTAACAAT
ACTGGTTCAT CATTAGTTAA TGAGTCAATG AGTCCACTAG ATGCTGAAGA TAATTCCTTT
GTTTATAACT ATACTATTCC ATTGAATATA ATAAGTGGTA ATTTAGGTGT AGATATAAAC
GCATATGATG GAGAGGGAGG TCTGCTGCTA AATGGTGAGC CTCTGGCAAA CCCTAACGCA
TTTGTGTTTG GTGTTGATGA CTATTTGAAC ATCAGTATCG GATATAACAA AACCAGTCCT
TTTAGACCGG GGGACATTGT AAACATTATC GCAAATTTCA GCCAGCCTAT CGATCACGCC
AATATCTCGA TTGGCAACGG TTTACCCGGA GTTAGTAATG TAAACTTAGT AGGCGCTGAT
TTTGTGACTA ATGAGCCGAT GGATCCAATA GATGATGACA CCTTTGCTTA TGACTTTGAG
GTTCCAGATG ATGTAAGTGG TCCTCTGGAC ATAGGCATAT CTGGCTTTGA TGATTTAGGC
AATCTGCTGG GAGAAGAATC TTTCCCTGGA GATTTTAATG TTAATCCGTA CATAACGATA
ATTAGCCCTG ACACCGAATT TGCTGCCAAA AAGTGTGTTG CCTTTAACTT CACTGCATAC
GATATGTATG ATGATTATGG AAGTCAACTT ACCTACACTT TCTCTCTCGA TGGCGCCCAA
AAGAGTAGTG GGGTTATAAC TCCTGGTGCA TATAAAAAAC TTGAGTTTGA ACTCGCTGAC
GGTTATCACA CCTGGGAAAT TAGTACCAGA GACAGTTACG GAAACACACA TACAACTGGG
TCTCGCGATC TGTATGTAGA CACTAAATGT CCCAGTGTAA TACTTACTTC CCCTCAGGAT
TGCTACAAAG AGTTAATAGG CGCTACCCAG TTCAACTTCA CCTGTGAGGA TGCTCTAGCT
GCTCAATATA GTGATCTTGA TCTGTCATAC CAGCTGTATA TAGATGGACA ACTTGCTGAG
AACTTTTCTG GATATTCTTT GGATGAGTTT TCCGGGAGTA CAAATGCTGG AGAATCCATA
GTTAAGGAAC TTGAACTTCC TGATGGCGCT CATAACTGGT CGGTTTATGT TGAAGACGGA
GCTGGAAACA GCGCTACAAG TAAAGTTCGG GATTTCTATG TGAGCCTTGA TGGGCTTAGT
GTCTCTCTCG TTTCTCCAGA TGGAGGATAC GTTTCCTCAA ATCCAACATT TACCTTCACT
GTTGAAGGAA GCAATGGATA TGGGGTGGGG CTGCCTTTCA CCTACAAGCT TCTCGTTGAC
GGTGAAGAAG TAGATGAAAG CTGCTATCAG GATGAGGATT TAACGTGCTG CACCGACGAA
GATTGCGACT GTGGCGACTT TGTTGTTGGT GATGGCAGTT ATTCAATAAC AGCTGCAGTA
AAAGACGGAG TGAACAAAAA ATGGACAGTA GTTATCACCG ATTGTACCAG TGGCAGGACT
TACCAGCCTG ATGTGAAGTC TTTCTCAGTT GACAGTATCG CCCCGGCTTG CGTGGCAAAC
CTGAATGTTG AAGACGCACT GGGTCAAACT TTCTGGCAGT ATGTGAATGA TTATCCCGGG
CTGATGGTTA GCTGGAATGC AAGCACTGAT GAAGATCTTG CCGATATGCC ATACGAGGTT
TATATCAGCA CATCTAAGCC AAGCTGTATT GAGGATATGC AAAAGGTAAA CACAACCGGG
TTAGAGACTC ACACAGATGG GTCAGAGACT CCAAACCAGA AATTAGAGAA CTCAAGCGTT
ACGGATCTAT GCATTGAAGC AATCGACGGA AAAGACCTTG TTTACGGCAA GGACTACTGG
GTTGCTGTAA TCGCTCGGGA CAATGCAAGC AACTACAACT CTAAATTCTC AATGTGTGGG
CCTGTAAGGA CATATGAAGA TATGACTATC GCGCTTGATG ACGGCTGGAA CCTGAAATCC
GTGCCGAAGG AGCTTGTTTC TTCGAAAGCC TGTACTGAAG ATGTCTTTGG CAATGACAGC
ACAGTCCTCT ACTGGGATGG TTCATGCTGG CAGTTCCCTG AGACCATTGA ACCGTGCAAG
GGCTACTGGG TCTACACTGA AGAGCCTTTC GTGACCAATG TCCAGTTCAG GGGAATGTCA
TCTGACAGTA CTAAGCCTAG TGTACCTGCT TCTTTGACTC TAACTCCTGG ATGGCACATG
ATAGGGCACA CTTCTTCATA CTATGCACCC TGGTCAACAT CTCTTGCTTC GCTCAACGAA
TTCAATACTG ATAATGCTGA AAACTACAGG TTCTCCAACC TCATTACTTA TCAGGGTACT
GAAGGTTGGG GCGGCATAAT CCCTGGTGCA TTCGTTGAAA ACGAAACTGG AGTTCTTAAG
TACGTTGGTG ACATCACCGA TTCCAGGCCA GTTGGAGCAC TTGATACTGA CGGACAAATG
GTTCCTGGAC AGGGCTACTG GATCTTCATG AAAGGTGAAG GCACCTACGC ATCCATCGAA
AATGCATATA AACCTAACAT AGAAGACCAG AGCACTAGCG AGGACGACTT TAATCCATGG
GATTCATATA CGTGGCCTGA TGACTTCAAC CTGTTCGATC AGAATACGTG GCCTGAAGGT
TTTGATCCGT TTAATGAGTC TACGTGGGTT TAA
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| Protein sequence | MKQRSIQFSA MFVIFLLLGI GYAFAEPIHL DTGNMSANVT YSETGPFRPG DVVNITADFN
KSVDNASILF TNVSGSDLGN ETLMTKIDND SFGFDYEIPE AILTDGPLGV NISPLDANGS
NMLGEGEFFS DPDAFELDPE TDSSVNITYS KTNVIPFEAV TITADFNTTV DHANISITNN
TGSSLVNESM SPLDAEDNSF VYNYTIPLNI ISGNLGVDIN AYDGEGGLLL NGEPLANPNA
FVFGVDDYLN ISIGYNKTSP FRPGDIVNII ANFSQPIDHA NISIGNGLPG VSNVNLVGAD
FVTNEPMDPI DDDTFAYDFE VPDDVSGPLD IGISGFDDLG NLLGEESFPG DFNVNPYITI
ISPDTEFAAK KCVAFNFTAY DMYDDYGSQL TYTFSLDGAQ KSSGVITPGA YKKLEFELAD
GYHTWEISTR DSYGNTHTTG SRDLYVDTKC PSVILTSPQD CYKELIGATQ FNFTCEDALA
AQYSDLDLSY QLYIDGQLAE NFSGYSLDEF SGSTNAGESI VKELELPDGA HNWSVYVEDG
AGNSATSKVR DFYVSLDGLS VSLVSPDGGY VSSNPTFTFT VEGSNGYGVG LPFTYKLLVD
GEEVDESCYQ DEDLTCCTDE DCDCGDFVVG DGSYSITAAV KDGVNKKWTV VITDCTSGRT
YQPDVKSFSV DSIAPACVAN LNVEDALGQT FWQYVNDYPG LMVSWNASTD EDLADMPYEV
YISTSKPSCI EDMQKVNTTG LETHTDGSET PNQKLENSSV TDLCIEAIDG KDLVYGKDYW
VAVIARDNAS NYNSKFSMCG PVRTYEDMTI ALDDGWNLKS VPKELVSSKA CTEDVFGNDS
TVLYWDGSCW QFPETIEPCK GYWVYTEEPF VTNVQFRGMS SDSTKPSVPA SLTLTPGWHM
IGHTSSYYAP WSTSLASLNE FNTDNAENYR FSNLITYQGT EGWGGIIPGA FVENETGVLK
YVGDITDSRP VGALDTDGQM VPGQGYWIFM KGEGTYASIE NAYKPNIEDQ STSEDDFNPW
DSYTWPDDFN LFDQNTWPEG FDPFNESTWV
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