| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Mbar_A3494 |
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| Symbol | |
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| ID | 3624892 |
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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 | 4482330 |
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| End bp | 4484915 |
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| Gene Length | 2586 bp |
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| Protein Length | 861 aa |
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| Translation table | 11 |
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| GC content | 40% |
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| IMG OID | 637702321 |
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| Product | hypothetical protein |
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| Protein accession | YP_306945 |
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| Protein GI | 73670930 |
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| COG category | [R] General function prediction only |
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| COG ID | [COG3291] FOG: PKD repeat |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 5 |
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| Plasmid unclonability p-value | 0.00785016 |
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| Plasmid hitchhiking | Yes |
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| Plasmid clonability | hitchhiker |
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Fosmid Coverage information |
| Num covering fosmid clones | 16 |
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| Fosmid unclonability p-value | 0.357624 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGAAGATGA ATAAACATCA ATTAATGGCC ATACTCCTTG TAGCTATCTT AATAGCATTT
ATACCCCTTG TATCAGCTGC TCCTGCAGGA ACATCTGAAT CTACAGTAGT CGCAGCCGCA
AAAAGCTGGA TTGGAGTTAA ATCCGTACAT GGTGGCAACA GCCGATCTGG CATTGATTGC
TCTCACTTAG TGTATCAAGT ATACAAGCAA GCCGGAGCTA AAGACATTGT ATTCCAAACC
GTGCCTAATA TGAAAAAAAA TGCATATTAT GTTACTACAA CTTCTCCCAC GCCTGGAGAT
GTAATTTTTT GGAAAAAAGA CATTACTAAA AATAACAGAA ATTACTGGCT TGTCAGTCAT
GTTGGAATAT ACATAGGAAA TGGACAATTT ATAGACACAT CTTATGATAC AAAAACAGTT
ACAACAGAAA GTGTTAGTGG CGTGTATAAA GAAGGATTGC CGTACTATGC TAGATGGGAC
TCTGGTGGAA GCGACGATAC AGGTAACGAT GACACAGGTA ACGATGACAC AGGTAACGAT
GACACAGGTA ACGATGACAC AGGTAACGAT GACACAGGTA ACGATGACAC AAGTAACGAT
GTAAACTCAC CGGTTGCTGC ATTCTCTATG TCGCCTACCT CTGGAAAAGC CCCACTAAGC
GTAGTATTTA CTGACAAAAG TACAGATGCA ACTTCCTGGT CCTGGAGTTT TGGAGACAGA
AGTACTTCAG CAGAGAAAAA CCCAAAGCAT ACATACTCTG AAGCTGGAAA CTATAACGTT
GTCTTGACTG TAAAAAATGA AAAGGGCTCA AACTCAAAGA CTCAAAAAGT AATTGTTCAG
AGCGAACCAA CTCCAGAAAA AGTTTTTCCT ACTGCAAATT TTAATACAGA CATTGTCAGT
GGCTCTGCTC CACTTTCTGT GCAATTTACA GATCGATCGC AGAATGCAAA CGAATGGAAT
TGGAACTTTG GAGACGGAGC TACCTCAACA GAGCAGAATC CAGCGCATAC CTATGTTTCA
GCTGGAACTT ATAAAGTTGT CCTGACCGCA AATAATGAAA ATGGCTCGAG TTCTAAATCT
CTAAGTATAA ATGTAGAAAA AGAACCGGAA CAAGAAAAAA TCATTCCTGT AGCTAACTTT
GATGCAGATA CTACGAGTGG CTCTGCTCCA CTTTCTGTGC AATTTACAGA TCGATCGCAA
AATGCAAACG AATGGAACTG GAATTTTGGA GATGGAACTA CCTCAACCGA GCAAAACCCA
GCTTATACCT ATGTATCAGC CGGAAGCTAT ACTGTTGTCC TGACCGTAAA TAATGAAAAT
GGCTCGAGAT CAAAATCTCT AAGTATAACT GTAGAGGAAG AGCCGGATCA AGAAGAAATA
CTTCCTGTAG CGAACTTTGA TGCAGATACC ACGAGCGGCT ATGCACCTCT CTCTGTGCAA
TTTACAGATC TATCGCAAAA TGCAAACGAA TGGTACTGGA ACTTTGGAGA TGGAGAAACC
TCAACCGAGC AAAATCCAAT GCACACTTAT TCTTCTTCTG GAAACTATGA AGTCAACCTG
ACAGTAGTTA ATGAAAACAA AACAGCCTCA ACAATCAGTA CAATAAACGT ACTGGAAGAA
AGCAATTCCA GCGACAATAA CAGTGACACT ATTAGTGAAA GTGATAGCAA CAGCGAAAGC
GATAGTAATA ACGAAAGCAA CAGTAACAGT GACAGCGACA CTATTAGCAG CAGTGACAGT
AACAACGAAA TTGATAGTAG CAGTGATAGC GATAGTAGCA GTGATAGTGA CAGCGACAGT
AGCAGTGGTA GCAGTAGTGG AGGACACAGC CACAAGAGTG GAAGTAGCAG TGGTGGCGTT
GGTGGATCCC CTGAACCAGC GAAGAACGTC CAGGTAAAAG AGACTGTACA GACCTTTATT
GCCAGTGGAA ATGATGTGAA TTTTAATTTT ATAAATAATG CAACCTGTGT TGAATCGATA
ACATTCAGAT CAACAAAAAC CGTAGGAAAG ACCACTACAA TAGTAGAGGA ACTGAAAAAT
AAGTCGAGCC TGGTTTCCGA GCTTCCTGAA GGTATCGTCT ACAAATCATT CAATATATGG
GTTGGAAACG GTGGTTATGG CACCTCAAAG AATATTGAGA GTCCAACTGT CAATTTTAAA
GTTAATACTT CATGGGTAGA TGAGAGTAAC ATAAACAAGT CCTCAATTAT ACTTGACTGG
TACGATGATG AGAAAAAAGA ATGGATAGAA CTGCCAGTAA GTCTAACAGG TGAAGATGAT
CAGTTCTTGC ATTTCACAGC AAACGTACCT GGCTACTCTT CCTTCGCAAT AACAGGTACA
AAAGACGAAG GCAAAACAAT AGCTGCAGAA TCTGCTCAAA AAGCCACAAA TAATACTACA
GGCCGTAACG CAGGCAGTAA TGAAGGCAGT AACGCAATTA GTAGTACAAG CAGTAACGCA
AGCAATATTG CAAGCACTGT TGAAAATAAG ATAGCCGAAG AAAGTAAAAA TATTCCTGGA
TTTAGTATAA TCAGCAGCGT TGTATGTCTA TTCTGTATTT TTCTGTGTAG AAGTAAGAAA
AGATAA
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| Protein sequence | MKMNKHQLMA ILLVAILIAF IPLVSAAPAG TSESTVVAAA KSWIGVKSVH GGNSRSGIDC
SHLVYQVYKQ AGAKDIVFQT VPNMKKNAYY VTTTSPTPGD VIFWKKDITK NNRNYWLVSH
VGIYIGNGQF IDTSYDTKTV TTESVSGVYK EGLPYYARWD SGGSDDTGND DTGNDDTGND
DTGNDDTGND DTGNDDTSND VNSPVAAFSM SPTSGKAPLS VVFTDKSTDA TSWSWSFGDR
STSAEKNPKH TYSEAGNYNV VLTVKNEKGS NSKTQKVIVQ SEPTPEKVFP TANFNTDIVS
GSAPLSVQFT DRSQNANEWN WNFGDGATST EQNPAHTYVS AGTYKVVLTA NNENGSSSKS
LSINVEKEPE QEKIIPVANF DADTTSGSAP LSVQFTDRSQ NANEWNWNFG DGTTSTEQNP
AYTYVSAGSY TVVLTVNNEN GSRSKSLSIT VEEEPDQEEI LPVANFDADT TSGYAPLSVQ
FTDLSQNANE WYWNFGDGET STEQNPMHTY SSSGNYEVNL TVVNENKTAS TISTINVLEE
SNSSDNNSDT ISESDSNSES DSNNESNSNS DSDTISSSDS NNEIDSSSDS DSSSDSDSDS
SSGSSSGGHS HKSGSSSGGV GGSPEPAKNV QVKETVQTFI ASGNDVNFNF INNATCVESI
TFRSTKTVGK TTTIVEELKN KSSLVSELPE GIVYKSFNIW VGNGGYGTSK NIESPTVNFK
VNTSWVDESN INKSSIILDW YDDEKKEWIE LPVSLTGEDD QFLHFTANVP GYSSFAITGT
KDEGKTIAAE SAQKATNNTT GRNAGSNEGS NAISSTSSNA SNIASTVENK IAEESKNIPG
FSIISSVVCL FCIFLCRSKK R
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