| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Mbar_A0810 |
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| Symbol | |
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| ID | 3626832 |
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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 | 978652 |
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| End bp | 981936 |
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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 | 39% |
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| IMG OID | 637699701 |
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| Product | putative surface layer protein |
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| Protein accession | YP_304367 |
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| Protein GI | 73668352 |
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| COG category | [S] Function unknown |
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| COG ID | [COG3391] Uncharacterized conserved protein |
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| TIGRFAM ID | [TIGR02276] 40-residue YVTN family beta-propeller repeat |
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Plasmid Coverage information |
| Num covering plasmid clones | 19 |
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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 | 39 |
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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 | ATGAAAGTGA ACAAAAAACT GTGTTCAGTA GCTTTAGTTT CAACAGCCAT TGTTTTATTT
TTAATTTTGA TATTATCTAC TACATCGGCA GCTACTGAAC AAAATACCGC GAGCACGACT
GGATACGCCT ACATTACAAA TAGTGGCAGC ACCACTGTCT CTGTAATTGA CATAACAACA
AACAAGGTTA CAGCCACGGC AACTGTAGGA AAATATCCCT ATGGAGTTGC AGTAAACCCC
GCTGGAACTA AGGTATATGT ATCGAAAGAA AGAAGCAATT CTGTCTCTGT AATTGACACC
GCAACAAACA AGGTTACAGC CACAGTGAAG GTAGGAAAAC ATCCATGGGG AGTTGCAGTT
AGCCCGGATG GAACAAGAGT ATATGTGGCA AACGAAGGCA GTAAGACCGT CTCTGTAATT
GACACTGAAA AAAACAAGGT TACAGCCACG GTAACTGTAG GAAAATATCC TTGTGGAGTT
GCAGTAAACC CAGCAGGAAC AAAGGTATAT GTGACGAACA CTCTCGCTAA CACCGTCTCT
GTTATTGACA CAGCAACAAA TAAAGTTACA GCCACAATAA AGGTAGGGAA TCTCCCTACC
GGAATTGCAG TTAATCCAGC GGGAACAAGA GTATATGTGA CAAATGAGTA CGATGTTTCT
GTAATTGACA CAACAAAAAA TAAGGTTACA GCAAGAGTAA AAGTAGGAAA ATACCCATGG
GGAGTTGCAG TAAACCCGGC TGGAACAAAG GTGTATGTGG CAAACTATGG AGATGATACT
ATTTCTGTAA TTAATACAGC CACAAACAAA GTTACAGATA CCTTGAAGGT AGGAAGTTGT
CCTTTTGGGG TTGCTTTCAG TCCGGATGGA ACTAGGGCAT ATGTGGCGAA AGAAACAAGC
GGCGCTGTCT CGGTAATTAA CACAGCCACA AACAAGGCTA CAGCCAAAGT GTGGGTAGGA
AAAGAGCCTG TTGCATTCGG GCAGTTTATA GGTTCTGACA AAGTACAAAG CCCAAAAACT
CCAGTTGCTG TATTTTATGC ATCTCCAAAA TCAGGAAAAG CACCTTTAAG CGTGAAATTT
ACTGATAAAA GTACAGGAAA ACCAACTAAA TGGAAATGGG ATTTCGGAGA TGGAACATCG
TCAACAGAAA AGAGTCCAAC TCATAAGTAT TCTAAAGCAG GAAAATATAC TGTTAAACTT
ACAGTAACAA ACGCAGCAGG CAGTAACACA GCAACAAAAT CAAAGTATAT CATAGTGACA
GAAACTTCGC AAACTTCGAC TGCTGCATTT TATGCATCTC CAAAATCAGG AACAGCACCT
TTAAGCGTGA AATTTACTGA TAAAAGTACA GGAAAACCAA CTAAATGGAA ATGGGATTTC
GGAGATGGAA CATCGTCAAC AGAAAAGAGT CCAACTCATA AGTATTCTAA AGCAGGAAAA
TATACTGTTA AACTTACAGT AACAAATGCA GCAGGTAGTA ACACAGTAAC AAAATCAAAG
TATATCATAG TGACAGCAAA ACCTGTTGCT GTATTTTATG CATCTCCAAA ATCAGGAAAA
GCACCTTTAA GCGTGAAATT TACTGATAAA AGTACAGGAA AACCAACTAA ATGGGAATGG
AGTTTTGGAG ACGGAACATC GTCAACAGAA AAGAATCCAA CACATAAATA TTCTAAAGCA
GGAAAATATA CTGTTAAACT TACAGTAACA AATGCAGCAG GCAGTAACAC AGTAACAAAA
TCAAAGTATA TCATAGTGAC AGAAACTTCA CAAACGTCGA CTGCTGCATT TTATGCATCT
CCAAAATCAG GAACAGCACC TTTAAGCGTG AAATTTACTG ATAAAAGTAC AGGAAAACCA
ACTAAATGGA AATGGGATTT CGGAGATGGA ACATCGTCAA CAGAAAAGAG TCCAACTCAT
AAGTATTCTA AAGCAGGAAA ATATACTGTT AAACTTACAG TAACAAATGC AGCAGGTAGT
AACACAGTAA CAAAATCAAA GTATATCATA GTGACAGAAA CTTCGCAAAC TTCAACTGCT
GTATTTTATG CATCTCCAAA ATCAGGAAAA GCACCCTTAA GCGTGAAATT TACTGATAAA
AGTACAGGAA AACCAACTAA ATGGAAATGG AATTTCGGAG ATGGAACATC GTCAACAGAA
AAGAGTCCAA CTCATAAGTA TTCTAAAGCA GGAAAATATA CTGTTAAACT TACAGTAACA
AATGCAGCAG GTAGTAACAC AGTAACAAAA TCAAAGTATA TCATAGTGAC AGCAAAACCT
GTTGCTGTAT TTTATGCATC TCCAAAATCA GGAACAGCAC CTTTAAGCGT GAAATTTACT
GATAAAAGTA CAGGAAAACC AACTAAATGG GAATGGAATT TAGGAGATGG AACATCGTCA
ACAGAAAAGA GTCCAACTCA TAAGTATTCT AAAGCAGGAA AATATACTGT TAAACTTACA
GTAACAAACG CGGCAGGCAG TAACACAGTA ACAAAATCAA AGTACATCAT AGTAACAGAA
ACTTCCCAAG CTCCTGTTGC AGATTTTTGG GGCTGGCCCC TCTCAGGAAA TGATCCACTA
AAAGTAACAT TTACGGAAAC CAGCAAAGGA TCACCAACTT CATGGAAATG GGATTTCGGA
GATGGGACAT CGTCAACAGA AAAGAGTCCA ACACACACAT ATTCAGCTGC AGGAACTTAC
ACGGTTAAAC TTATAGCAAC AAATGCAGCA GGAAGTAGTA CAAAAACAAA ATGGAATTAT
GTAAAAGTTT CAGGAACCTT ACAAGCTCCG ACTGCGGACT TCTGGGGCTG GCCCCTCTCA
GGAAATGATC CACTAAAGGT AACATTTACG GAAACCAGCA AAGGATCACC AACTTCATGG
AAATGGGATT TCGGAGATGG AACATCGTCA ACAGAAAAGA GTCCAACACA CACATATTCA
GCTGCAGGAA CTTACACGGT TAAACTTATA GCAACAAATG CAGCAGGAAG TAATACAAAA
ACAAAATGGA ATTATGTAAA AGTTTCAGGA ACCTCACAAG CTCCTGTTAC AGATTTTTGG
GGCTGGCCCC TCTCAGGAAA TGACCCACTA AAGGTAACAT TTACGGAAAC CAGCAAAGGG
TCACCAACTT CATGGAAATG GGATTTCGGA GATGGGACAT CGTCAACAGA AAAGAGTCCA
ACACACACAT ATTCAACTGC AGGAACTTAC ACGGTTAAAC TTATAGCAAC AAATGCAGCA
GGAAGTAGTA CAAAAACAAA ATGGAATTAT GTAAAAGTCA CATAA
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| Protein sequence | MKVNKKLCSV ALVSTAIVLF LILILSTTSA ATEQNTASTT GYAYITNSGS TTVSVIDITT
NKVTATATVG KYPYGVAVNP AGTKVYVSKE RSNSVSVIDT ATNKVTATVK VGKHPWGVAV
SPDGTRVYVA NEGSKTVSVI DTEKNKVTAT VTVGKYPCGV AVNPAGTKVY VTNTLANTVS
VIDTATNKVT ATIKVGNLPT GIAVNPAGTR VYVTNEYDVS VIDTTKNKVT ARVKVGKYPW
GVAVNPAGTK VYVANYGDDT ISVINTATNK VTDTLKVGSC PFGVAFSPDG TRAYVAKETS
GAVSVINTAT NKATAKVWVG KEPVAFGQFI GSDKVQSPKT PVAVFYASPK SGKAPLSVKF
TDKSTGKPTK WKWDFGDGTS STEKSPTHKY SKAGKYTVKL TVTNAAGSNT ATKSKYIIVT
ETSQTSTAAF YASPKSGTAP LSVKFTDKST GKPTKWKWDF GDGTSSTEKS PTHKYSKAGK
YTVKLTVTNA AGSNTVTKSK YIIVTAKPVA VFYASPKSGK APLSVKFTDK STGKPTKWEW
SFGDGTSSTE KNPTHKYSKA GKYTVKLTVT NAAGSNTVTK SKYIIVTETS QTSTAAFYAS
PKSGTAPLSV KFTDKSTGKP TKWKWDFGDG TSSTEKSPTH KYSKAGKYTV KLTVTNAAGS
NTVTKSKYII VTETSQTSTA VFYASPKSGK APLSVKFTDK STGKPTKWKW NFGDGTSSTE
KSPTHKYSKA GKYTVKLTVT NAAGSNTVTK SKYIIVTAKP VAVFYASPKS GTAPLSVKFT
DKSTGKPTKW EWNLGDGTSS TEKSPTHKYS KAGKYTVKLT VTNAAGSNTV TKSKYIIVTE
TSQAPVADFW GWPLSGNDPL KVTFTETSKG SPTSWKWDFG DGTSSTEKSP THTYSAAGTY
TVKLIATNAA GSSTKTKWNY VKVSGTLQAP TADFWGWPLS GNDPLKVTFT ETSKGSPTSW
KWDFGDGTSS TEKSPTHTYS AAGTYTVKLI ATNAAGSNTK TKWNYVKVSG TSQAPVTDFW
GWPLSGNDPL KVTFTETSKG SPTSWKWDFG DGTSSTEKSP THTYSTAGTY TVKLIATNAA
GSSTKTKWNY VKVT
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