| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Mbar_A3736 |
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| Symbol | |
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| ID | 3625085 |
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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 | 4825353 |
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| End bp | 4828289 |
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| Gene Length | 2937 bp |
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| Protein Length | 978 aa |
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| Translation table | 11 |
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| GC content | 39% |
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| IMG OID | 637702568 |
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| Product | hypothetical protein |
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| Protein accession | YP_307178 |
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| Protein GI | 73671163 |
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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 | 12 |
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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 | 23 |
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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 | ATGAAAAAAA TTACTTTACT AGCCTTCTTA TCCATTTTTC TAATTATAGG TCTAGCATCA
CCAGCGCTTG CAGCCGATAT AACCGGTGAG CGAACGTTAA ACACTACAAG CGTGAAAGCA
GGAGAAAGCT TCAGAGTAAC TTTAAATGTC ACAGTTTCAG GTGGCACACT TTACTCGCTA
GGTATTGATG AAAATCTTCC TGACGGTTGG ACTGTAACTC CAGTTCAGAA TGATGGAATG
ACATACGAAG CTGCGAACAC ACAATGGGGA CTCATTGATG AAATGAATCC TGGTAAAAAA
ACAGTAATAT ACAATGTTTT CGTGCCGGCA ACAGCAGAAA CCGAAACCTA TTCAATTACA
GGAGAAGTTT CAGGAAAAGA ATGGGCTGAT GGAGAAGAAA CAGAAAGACA AAACAACATC
ACTGGGGATA CGGATGTAAC AATTGGGATT CCTGACATCC ATATATATCC AGGGGATGAT
TTTAAATCTA TTCTTCTGAA TGCTCAAGAA GGTTCAACGG TATACTTGCA TGCAGGGAAC
TATACAGGAA ATGGAGGATA TACAATATCT AATTCATTGC ATATAATAGG GGATGGAGCA
AATCTTGTTA ATTTAACAAA CATTGGATGG GGTGGATCAC CTGGTACCAC AATTGAAGGA
ATTCATTTTA TAAACAAGGG ACCACAATTT ACCAGTAATT CTAATTATGA TAAAATCAGA
AATTGTATAT TTGAGAATTC ATCCGTACAA ATTCAAGACG ATAGCCTGTT AGAAAACTGT
ACTTTCATAG GTAATTCATA TTTAAGGATA TGGACTGGCT CTGGTGGAGG TACAATCAGA
AATAATTTGT TCGAGGTATC AGGAAACGTG AGACCTTTAT ATCTTAAAAG AACTATGAGT
AACGTTTCAG TATCAAATAA TAAATTCGTG AATAACCATA TAAATAACGA AGTCATTTAT
TTATTGCAAG CACAGAATAC ATCAATCACT GACAATATTT TTGATGGTAT TTCTGCAGCT
GGATCCGTAA TTGCACCCCG TAATAGTGTG AATATAGTTA TCCAAAATAA CACTTTTGAA
AACTGTAACG TTGATAAAGG TGCCATTGAA TTCCAGGGCG ACTCACAAAA AGTTACTACG
TACCTAAACA ACTTCATAAA TTGTTCCTCT TTGACTTCAG GTTCAGGAAC TGACGTTTCC
TGGTCTTCTC CTTCTGAACT TAGCTACACT TATGCTGGTA AAGAAAACAT AGGTGTACTT
GGCAATTATT ATGACCAGTA TAATGGTACT GATGCAGATG GGAACGGAGT TGGAGATACT
TCATACACCG TTGGATCTGA TACCGATTAT GCACCGCTGA TAGCTACAAT AGAGAATTAC
GGTAACATTA CCGTAGCTGC ACCTCAACTT CCAGTAGCAG ACTTCACCAG TAATGTAACG
TCGGGATCTG CTCCGTTATC AGTTAATTTC ACCGATCTCT CTACAAACTC ACCAACTTCA
TGGACCTGGG ATTTCGATAA TGATGGCGTT GTGGACAATA CTGACCAGAA TCCAACATAC
ACTTTTACTG CTGCAGGAAA TTATACTGTA AATTTGACAG TCACGAACTC AGTAGGAAGC
AACAGTACTG TAAAAACAGA CTATATTACT GTTTCCAAAT CCTCAACACC AACAGAACCG
GCACCAGTTG CTGATTTCAC TGCGGACGTA ACAAGCGGTA CTTATCCTCT CTCAGTCCAG
TTCACTGATC TTTCTGAAAA TGCAACTGAA TGGCTTTGGG ACTTTGGAGA CGGTACAAAC
TCTACAGAGC AGAACCCAGT GCATACCTTT TCAGAAGCAG GAAACTACAC CGTCAACCTT
ACGGTTTCCA ATGCAGAAGG GAATGATTCT GAAGTAAAAA CCGAGTACAT TATCGTAAGT
GAACCATTGA CTGGAGCTCC AGTTGCAGAT TTTACAGCAA CACCTACTTC TGGTAATGCT
CCTCTCACTG TCAATTTCAC CGATGCTTCA ATTGGCAACA TCTCATCCTA TTCTTGGGAT
TTCAATAATG ATGGAACTGT AGACAGCACT GAGCAAAATC CTATATACAC TTATGATGCA
GTCGGTACCT ACACTGTCAA CCTTACGGTT TCCAACGCGG ATGGAAATGA TTCTGAGGTA
AAAACTGAGT ATATTAAGGT CTCCAGTCAA TCTTCAGCAA AGCCAGTAGC TGCATTTTCT
GCGTCGCCTA CTTCAGGAAA AGCACCATTA AAGGTTAAAT TTACTGACAC AAGCACTGGC
TCTCCAACTT CCTGGTTCTG GAACTTTGGA GATGGAGCAA AGTCATTCCA ACAGAATCCT
GTTCACAAGT ATTCAAAGGC AGGAATATAT ACTGTTAACT TGACAGTAAA GAATGCTAAA
GGCAAGAACA CGGTAACAAA AACAGAATAT ATAAAAGTGA TTACAAAACC AGCTGCAAAC
TTCAACAGCA GTGTTACATC AGGAAAAACA CCATTAAAGG TTAAATTTAC TGACACAAGC
ACAGGAATAC CTGCTAAATG GAGATGGGAC TTTGGAGATG GAGCAAAGTC ATTCCTTCAG
AATCCGGTTC ACAAGTATTC TAAGGCAGGA ACATATACTG TTAACTTGAC AGTAAAGAAT
GCTAAAGGCA AGAACACGGA AACAAAAACA GAATATATAA AAGTGATAAC AAAACCTGCT
GCAAACTTCA CCAGCAGTGT TACATCAGGA AAAACACCAT TAAAGGTTAC TTTTACTGAC
ACAAGTACAG GAATACCTGC TAAATGGAGA TGGGACTTTG GAGACGGAGC AAAGTCATTC
CATCAGAATC CGGTTCACGA GTATTCAAAG GCAGGAACAT ATACTGTTAA CTTGACAGTA
AAGAATGCTA AAGGCAAGAA CACGGTAACA AAAACACAAT ATATAAAAGT TGTATAA
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| Protein sequence | MKKITLLAFL SIFLIIGLAS PALAADITGE RTLNTTSVKA GESFRVTLNV TVSGGTLYSL
GIDENLPDGW TVTPVQNDGM TYEAANTQWG LIDEMNPGKK TVIYNVFVPA TAETETYSIT
GEVSGKEWAD GEETERQNNI TGDTDVTIGI PDIHIYPGDD FKSILLNAQE GSTVYLHAGN
YTGNGGYTIS NSLHIIGDGA NLVNLTNIGW GGSPGTTIEG IHFINKGPQF TSNSNYDKIR
NCIFENSSVQ IQDDSLLENC TFIGNSYLRI WTGSGGGTIR NNLFEVSGNV RPLYLKRTMS
NVSVSNNKFV NNHINNEVIY LLQAQNTSIT DNIFDGISAA GSVIAPRNSV NIVIQNNTFE
NCNVDKGAIE FQGDSQKVTT YLNNFINCSS LTSGSGTDVS WSSPSELSYT YAGKENIGVL
GNYYDQYNGT DADGNGVGDT SYTVGSDTDY APLIATIENY GNITVAAPQL PVADFTSNVT
SGSAPLSVNF TDLSTNSPTS WTWDFDNDGV VDNTDQNPTY TFTAAGNYTV NLTVTNSVGS
NSTVKTDYIT VSKSSTPTEP APVADFTADV TSGTYPLSVQ FTDLSENATE WLWDFGDGTN
STEQNPVHTF SEAGNYTVNL TVSNAEGNDS EVKTEYIIVS EPLTGAPVAD FTATPTSGNA
PLTVNFTDAS IGNISSYSWD FNNDGTVDST EQNPIYTYDA VGTYTVNLTV SNADGNDSEV
KTEYIKVSSQ SSAKPVAAFS ASPTSGKAPL KVKFTDTSTG SPTSWFWNFG DGAKSFQQNP
VHKYSKAGIY TVNLTVKNAK GKNTVTKTEY IKVITKPAAN FNSSVTSGKT PLKVKFTDTS
TGIPAKWRWD FGDGAKSFLQ NPVHKYSKAG TYTVNLTVKN AKGKNTETKT EYIKVITKPA
ANFTSSVTSG KTPLKVTFTD TSTGIPAKWR WDFGDGAKSF HQNPVHEYSK AGTYTVNLTV
KNAKGKNTVT KTQYIKVV
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