| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Mbur_0268 |
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| Symbol | |
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| ID | 3998763 |
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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 | Methanococcoides burtonii DSM 6242 |
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| Kingdom | Archaea |
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| Replicon accession | NC_007955 |
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| Strand | + |
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| Start bp | 243533 |
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| End bp | 246136 |
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| Gene Length | 2604 bp |
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| Protein Length | 867 aa |
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| Translation table | 11 |
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| GC content | 42% |
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| IMG OID | 637958101 |
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| Product | S-layer-related protein |
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| Protein accession | YP_565023 |
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| Protein GI | 91772331 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | [TIGR01567] S-layer-related duplication domain |
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Plasmid Coverage information |
| Num covering plasmid clones | 23 |
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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 | n/a |
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| Fosmid unclonability p-value | n/a |
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| Fosmid Hitchhiker | n/a |
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| Fosmid clonability | n/a |
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Sequence |
| Gene sequence | ATGAAAAGTA TTAAACATAC TAAATATATG CTGATAGTAT TAATATTATT CAGCTTGATC
TGTACCGCAG CATCTGCTCA GGAGTCCACA GGAAACAGGA TATGGGACGC AGATGAAAAT
ATGACACTTG AATACACCTG GACAGCTCAA AGCTATTCAG GATTCTATTA TGATATTGAT
TCCGGAAAAA GTTCGGAAAC ACTGACTATC AATCTTGACA GTGATTCCGA CAGGTCAATT
GATGACGGTG ATCTCGTTTA TTCTACAAAA CCGATAGAAA CCGATTTTGA GCACAATGGG
TGGGGTTCAT ATCAGGTCAT CGGTTTCATG GCAGAGCGTT ACTTTGCAGG ATACACGGAT
GACTCCGATT TTGTAAGGGA TGATGTCAGT TTAATTTCAG AAGGCCAACT GGCAAAAGTG
CTTACAGATG ATGACGATAA AAAGTCGTTC TTCGCCGGCT CCTCGTTGGT TCTTGAAGAA
GGTTACAAGC TCAGCATAGT TGAAGTCGAC ATGGATGGTA ACAAGGTACT TGTTTCACTC
ACAAAGGATG GCAAACAGGT TGAAAGCGCC ATACTTACCT CAAGAGATGA CTACGTTTAC
GAAAAAGACC TAGGGTCCGC TGAGGACGTA CCAATAATAG CAGTTCACTT TGATGAGATA
TTCAGAGGAA CGGAAACAAA TGCGATCTTT GTTAGGGGGA TCTTCCAGAT ATCAGACCAG
TATGTAGAAG TCGATGGTGG AGATGATTTT GGCAGAATGG AGGTCCAAAC TGTAAGTGCA
AACGAGATAT CAATGGAAAA TAATGATGAC ATATCTCTGA GCAGAGGAAA GATAATAAGC
ATCATGGGTA AACTCAAGTT TATTGTAGCT GACGATGATA CATTGAGATT TGCTCCATTT
TTAGACCTCA CTGCACCCGG AACCTATGAA CTTAGGGGTA CTATTACTGA AGAAGAGAAT
ATGACCTGGA CACCACTCAA CTTTGAAGGT TTCTACTACA ACATTGATGA GGGAATTGGA
ACCGAATCAC TTGAGGTAGT GAGCCTTGAT GGCAAAACGA TCGAAAAAGG TGACCTTGTA
TATTCAACAG TAGCTGAGGA AGTGAGCTTT GAGTATGGTC AGTGGGGCAA ATTCCGGGTG
GTCGGTTTCA TGGCGGAGAA ATACTTTGCA GGGTACCCAG AGAACAGGTT CACTGATGAT
GTAAGCATGC TTTCTGAAGG TCAGCTCTCC AAAGTACTAA TCGATAATGA CAAGAAAAGT
ACTGTTGTTG CTGGTTCATC CCTTGTGCTC GAAGAAGGAT ATGAGATCGA GATCGTAGAG
GTGGATATCT CCGGTGACAA AATATTGGTC ACATTGATGA AAAATGGTAA AAAGGTTGAC
AGCGAGGTCA TAAAATCGAA TGCTGATCTA GTATTTGAAA AGGATCTGGG GTCCGCTGAG
AGTGTACCAA TAATAGTAGT TCATTTCGAG GAGATATTCA GAGGAACGGA AACAAATGCG
GTCTTTATGA AAGGAATGTT CCAGATCTCT GAGAAGTTCG TCGAAGTAAA CAATGGGGAT
AGTTACGACA AGATGGAAGT AAAGAGGATC AACTCCCAGA TGATCGAAAT GGAGAATGAC
AAATCAATCA CACTTTCAAG AGATAAGACC ATACCAATTA TGGGCGATAT ATCTCTTAAA
GTCGCAGATT CAGACACCAT CAGATATTAT CCATTCGTAA CATATACCAC ACCCCCTTCC
CGAGCACTTA CAATTGAAAT GCCTTCTGTG CTTGTCCAGG GTGATTCCAT TGACATAAAA
GTGACCTTCC GTGGTGCAAC TGTCAGCGAA GCACTTGTTG AATTCGATGG CAAGGAAGTT
GGGCTGACCT CTGATGAAGG TATGATCTCA TATAGACCGA CAAGATTAGG CACTTTTAGT
GTCAGTGCTG AGAAGGAAGA ATTTGCGTCT GCAGATAAAG AAGTGGAAGT TATATCTACT
GACGATGTGA CCAGAAAGGT AGCCATTGAA GTCACGCCTT TTGAAGTCGT GTATGAAGGA
GATACGATCA CAATTTCCAC AATAAAGGCC ATCGGTGCAG ATCCGGTTGC AGAAGCGCAG
ATACTCTATG ATGGGGTCTC GATAGGCAAT ACTTCTGCAA AAGGCACACT TTCCTTCAAG
GTAATAGAAT CCGGAGTTCA CAAGATAACA TCACAATCTG AGGGATTACT GGATGCAGAG
TTTAACCTCG AAGTAATAGC TCTTGAACCA GAATTCGAGT TATCTAACCT CATCATAACA
CCTGCAGAGG TCGGTACAGG GGAAGCCGTA ACGATCATGG TTGATGTTAT GAACACCGGT
ACCGATGAGG GTGATGTCAA TGTACAACTC AATATCAATG GAGAAGTCGT TGATTCCAAG
AGTGTCACTC TTGGTGTAGA TGAGGAAAGT ACTGTTGAGT TCACACGTAC TGAATCAGAA
GCAGGTGAAT ATCTAGTCCA GATTGGAATC GAATCAGGAA CTTACACCGT AACTCGTGGA
ATTCCGTCCA TGGGAATTTT TGTTTCAGTA TTAATTCTGG TTTCTGCAGC ATTTGTTGCA
ATGAGATACA GAAAGGAAAA CTGA
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| Protein sequence | MKSIKHTKYM LIVLILFSLI CTAASAQEST GNRIWDADEN MTLEYTWTAQ SYSGFYYDID
SGKSSETLTI NLDSDSDRSI DDGDLVYSTK PIETDFEHNG WGSYQVIGFM AERYFAGYTD
DSDFVRDDVS LISEGQLAKV LTDDDDKKSF FAGSSLVLEE GYKLSIVEVD MDGNKVLVSL
TKDGKQVESA ILTSRDDYVY EKDLGSAEDV PIIAVHFDEI FRGTETNAIF VRGIFQISDQ
YVEVDGGDDF GRMEVQTVSA NEISMENNDD ISLSRGKIIS IMGKLKFIVA DDDTLRFAPF
LDLTAPGTYE LRGTITEEEN MTWTPLNFEG FYYNIDEGIG TESLEVVSLD GKTIEKGDLV
YSTVAEEVSF EYGQWGKFRV VGFMAEKYFA GYPENRFTDD VSMLSEGQLS KVLIDNDKKS
TVVAGSSLVL EEGYEIEIVE VDISGDKILV TLMKNGKKVD SEVIKSNADL VFEKDLGSAE
SVPIIVVHFE EIFRGTETNA VFMKGMFQIS EKFVEVNNGD SYDKMEVKRI NSQMIEMEND
KSITLSRDKT IPIMGDISLK VADSDTIRYY PFVTYTTPPS RALTIEMPSV LVQGDSIDIK
VTFRGATVSE ALVEFDGKEV GLTSDEGMIS YRPTRLGTFS VSAEKEEFAS ADKEVEVIST
DDVTRKVAIE VTPFEVVYEG DTITISTIKA IGADPVAEAQ ILYDGVSIGN TSAKGTLSFK
VIESGVHKIT SQSEGLLDAE FNLEVIALEP EFELSNLIIT PAEVGTGEAV TIMVDVMNTG
TDEGDVNVQL NINGEVVDSK SVTLGVDEES TVEFTRTESE AGEYLVQIGI ESGTYTVTRG
IPSMGIFVSV LILVSAAFVA MRYRKEN
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