| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Mbar_A3145 |
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| Symbol | |
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| ID | 3624381 |
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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 | 4049113 |
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| End bp | 4052403 |
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| Gene Length | 3291 bp |
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| Protein Length | 1096 aa |
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| Translation table | 11 |
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| GC content | 39% |
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| IMG OID | 637701986 |
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| Product | hypothetical protein |
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| Protein accession | YP_306611 |
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| Protein GI | 73670596 |
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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 | [TIGR01567] S-layer-related duplication domain |
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Plasmid Coverage information |
| Num covering plasmid clones | 8 |
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| Plasmid unclonability p-value | 0.404826 |
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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 | 13 |
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| Fosmid unclonability p-value | 0.106206 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGGGAACTA ATAACAAATT TTATTCAATA GTTTTAGCTT CAACAGCTTG TTTTTTAAGT
TTAATTCTCA CTTCATCTAT GACTTCAGCT TCTTTCTCTA CAGACTATAG TGCTGAGATT
CGTGGCCCAG TATACAACGC TTCTGATATT GACAATGTTA TCGATATTCT GGGTAACGGT
GAAACTGTTA CAATCGACGC CACCCAATTT GCAGGATTTT ACTATGACCA TAATAATAAC
GTGGCTACTG AATCTCTTTC CATTAAAGAT GTTGAAGGCA CTCAAGGCAA TGTTATCGGA
GAACATGGTT TAGTCTATCA AACAACGATA CAGAATACTA ATTACAAGTT TGAAACTTGG
AAAACATATC CTGTTATCGG CTTATTTGGA GAACCATATG TTCCACTTAA GCCTACCGAT
GCTAGCAAGA TTGCCAAACT CGTTCTTGAT GACAATGAAA CTTACACACT TAGCATAGGC
GATAGTCTTG ATTTAGGTCA AGGCTACACT CTTGAAGTCA AGCAGACTGA CATTGATGGT
GAGAATACAT GGCTTGAATT TGATAAAGAC GGGCAATATG TAGATGATGA GATCATTGAA
ACCGATGGCG ACGGCACCTG GACTTGCAAA CTTGATGATA TTCAGGGAGA AAATGATGTT
ACTGTCCTAA AAGTCCATGT AAAGCAGGTA TTTCAAAATG CATCTAATAG TACTACTATG
ATCGATGGTC TTTGGCTCAT TGACTATGCA AACTCTATAA ATATCCCTGA TGAATTAGAT
AAACTCAATA ATGCTTCCGT TGATGGAAAA GTGATTTCCG AGAACGATCT GGAATATAAT
ACTACCATCA AAACTACTGA CTACAACTAT TCAGATACAG CAGAAGGCTG GGATAAATAT
CCCTTTATTT ACTTATTTGG AGAAAAATAT GTCCCGCTCA AGCCTACCGA TGCTAGCAAA
CTCGCGAATC TTGTTCTTGA TAGTAATGAA ACGTACACTA TCAACACTGG CGATCTGATT
AATTTAGGTC AAGGTTATAC TCTCAAAGTC AAGCGGGTGG ATATTGACGG TGAGAAAGTC
TGGTTTGAAT TTGATAAAGA TGGACAATAT GTAGACGACG GGATCGTCTC AATTTATTAC
GAAGTGTATA ACACTTGGAC TGTTGAACTC GATGGTATTC AGGGTGAAAA TGACATTGAT
GTCCTCAAAG TCCATGTCAA GTATTTTCCC CAGGGTTCAA TAAATGGGGT TGTTAAGATA
AATGGTCTTT GGCTTATCGA CTATGCAAAT GCCGTGGATA TCTATAGTTC CAATGAGTTT
GGAAAACTCA ATGATGTTTC TATCAATGGC TCCACTCTTA GCATCTCAAA TAAATACGCT
TTCACTCTAA CCAGAAATTC TGAACAGGAG ATTGCTAAAG GGATATACTT CAAGGTTGCT
GACGTTTCTA TCAATGAATT AAGGTTCTAT ATCTTTAAGC AGCTCATAGA GCCAGGAACC
TATGAAATAA GAGGACAGGT TGCCAAAGGT GGTAACGATT TTACGTGGGA TGCAAGAAAC
TTTGCAGGCT TTTACTGTGA CCTCGATAAT AATATCATTA CAGAATCCCT TAGTGTCTCT
GGAGTTGGCG GAAATTTGAT TCCTGAGGAT AGCCTGGAAT ATAAGACTAC TATCAAAAAA
ATTGCATATA AATATGAAAA TGAATACAGT GGTTGGGACA CTTATCCTGT TATCGGCTTA
TTTGGTGAAC CATATGTTCC ACTCAATTCT ACCGATGCCA GCAAGCTCTG CAAGCTCATT
CTTGACAGCA ATGACGAGTA CATCCTTAGT AATGGAGATA TGCTTAGTCT AGGTCAAGGC
TACTCCCTCA AAGTAAAGCA AATCGATGTT GACGGTGAGA AAATGTGGCT TGAATTTAAT
AAAGACGGGC AATACATAGA TGATAGAGTA GTCTCAGTTG ATGGCGGTGG ATACAAAACC
TGGACCTGCA AACTTGATAA CATTCAGGGT GAAAATAATG TTACTGTCCT CAAAGTCCAT
ATAAAGCGGG TCTTCCAAGG TGATGTCAAC AGTACTACTA CTATTGATGG TCTCTGGCTT
ATTGACTATG CAAACCCCAT GAGTATCCAG AGTTCAGATG AATTCGGCAG GCTCAACGAT
ATTTTTATTA ATGGTACTAC TCTTAGCATT TCCAATAGGG ATGCCTTCAC TCTGACCAGG
GGTTCTGATC AGGAAATTGG TCAGGGAATA TACTTCAAGG TTGCTAACAC ATCAGTCGCT
GAACTCAGGT ACTACCCATT TGTTAAGAGG ATTATCGAAA AAAGTAACAG TAAGACGCTT
CCTGTACCTG ACTTCAGCAC CAATGTAACA AGTGGTTATG CTCCTCTTGC TGTTCAGTTT
ACAGACCTTT CTCAAAACTC AATAGGAAGG CTCTGGGACT TCAATGACGA CTGGCAGGGA
GATTCGGCTG AGGCAGCTCC TATTTATGTG TTTACAAACA CTGGATCCTA TAATGTTAAC
TTGATTGCAA TTAATGAAAA TGGAACTGCT GCAAAAACTG CTACAATTAC TGTACTGAAG
AAAAGCTCCA GTGGAGGTAG TAGCAGTTCA AGTGGTGGTG GAGGCAGCGG CTCTGGAGGT
TCCCCTGAGT CTGCAAGTAA TGTCCAAGTA AAGGAACTTT CACAGGCTTA TGTTACAAAT
GGAAAATCTG TAAAATTTGA TTTCGTAAAT AATGCAACCT GCGTCGTGTA TGTGAGCTTT
GATGCAAATA AAACTCTTGG CAAGACCACA ACAGTTGCTG AACAGCTTAA AGGAAAATCT
GCTCTGGATT ATGGACTACC TTCAGGAGAA GTTTACAAAT TCTTTAATGT CTGGGTTGGG
AATGGAGGTG TTGCAACCTC AAAGAACATA GAAAACCCAG TTGTTTGTTT CAAGGTTGAA
AAATCCTGGA TAAATGACAA AAAGATCGAT AAATCTTCTA TTACTCTGAA CAGATACAAC
GATGAAAAAT GGGAGCAATT CCCAGTAAAT CTTTCAGGAA AAGATGATAA ATTTCTGTAT
TTCACAGCCA AAACTTCAGG TTTTTCTTCA TTTGCAATAA CTGGCATAGT GAAACCATCT
GAAGAAACTG TAACGAAAAT AGAGGTTGAT TACCCTGAAA CAATTAATGA AAACAATACA
GAGAATAAAG GACCACAAAA TAAACAAAAA GAAGTTTCGA GTATACCATG CTTTGGGATA
TTTTACGGAA TAGCCAGTCT GTTTGCAGTA CTCCTGTATA AAAGAAAGTA A
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| Protein sequence | MGTNNKFYSI VLASTACFLS LILTSSMTSA SFSTDYSAEI RGPVYNASDI DNVIDILGNG
ETVTIDATQF AGFYYDHNNN VATESLSIKD VEGTQGNVIG EHGLVYQTTI QNTNYKFETW
KTYPVIGLFG EPYVPLKPTD ASKIAKLVLD DNETYTLSIG DSLDLGQGYT LEVKQTDIDG
ENTWLEFDKD GQYVDDEIIE TDGDGTWTCK LDDIQGENDV TVLKVHVKQV FQNASNSTTM
IDGLWLIDYA NSINIPDELD KLNNASVDGK VISENDLEYN TTIKTTDYNY SDTAEGWDKY
PFIYLFGEKY VPLKPTDASK LANLVLDSNE TYTINTGDLI NLGQGYTLKV KRVDIDGEKV
WFEFDKDGQY VDDGIVSIYY EVYNTWTVEL DGIQGENDID VLKVHVKYFP QGSINGVVKI
NGLWLIDYAN AVDIYSSNEF GKLNDVSING STLSISNKYA FTLTRNSEQE IAKGIYFKVA
DVSINELRFY IFKQLIEPGT YEIRGQVAKG GNDFTWDARN FAGFYCDLDN NIITESLSVS
GVGGNLIPED SLEYKTTIKK IAYKYENEYS GWDTYPVIGL FGEPYVPLNS TDASKLCKLI
LDSNDEYILS NGDMLSLGQG YSLKVKQIDV DGEKMWLEFN KDGQYIDDRV VSVDGGGYKT
WTCKLDNIQG ENNVTVLKVH IKRVFQGDVN STTTIDGLWL IDYANPMSIQ SSDEFGRLND
IFINGTTLSI SNRDAFTLTR GSDQEIGQGI YFKVANTSVA ELRYYPFVKR IIEKSNSKTL
PVPDFSTNVT SGYAPLAVQF TDLSQNSIGR LWDFNDDWQG DSAEAAPIYV FTNTGSYNVN
LIAINENGTA AKTATITVLK KSSSGGSSSS SGGGGSGSGG SPESASNVQV KELSQAYVTN
GKSVKFDFVN NATCVVYVSF DANKTLGKTT TVAEQLKGKS ALDYGLPSGE VYKFFNVWVG
NGGVATSKNI ENPVVCFKVE KSWINDKKID KSSITLNRYN DEKWEQFPVN LSGKDDKFLY
FTAKTSGFSS FAITGIVKPS EETVTKIEVD YPETINENNT ENKGPQNKQK EVSSIPCFGI
FYGIASLFAV LLYKRK
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