| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Mbar_A3733 |
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| Symbol | |
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| ID | 3625023 |
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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 | 4818675 |
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| End bp | 4821878 |
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| Gene Length | 3204 bp |
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| Protein Length | 1067 aa |
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| Translation table | 11 |
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| GC content | 42% |
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| IMG OID | 637702565 |
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| Product | hypothetical protein |
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| Protein accession | YP_307175 |
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| Protein GI | 73671160 |
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| COG category | [S] Function unknown |
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| COG ID | [COG1520] FOG: WD40-like repeat |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 8 |
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| Plasmid unclonability p-value | 0.422005 |
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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 | 16 |
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| Fosmid unclonability p-value | 0.383912 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGAAACAAA AAATGCGTCA ACTAATTTTG ATACCTATAG TAATGCTCGC AATATTGCAA
AGTATACCAC TGGCATTATC TGAAGAGGAA AACAACTGGC CACAGTTTCA GAATAACATA
GAACATACCG GTTTTTATGC AGGAGAATTA CCGGATGCAT TCCAGTTACA ATGGAAGAGT
AGTGGAGTAG GCGCAGTTAT AGATTCCGCG CCTGTAACCG CTGAAAACAT GGTTTTTGTT
ATAAGTAGGT CCAATTCATT GAAAGCTTTG AATGTTACAA CAGGTGATGT AGTATGGACT
GCGAATACGG GAACAGATAA GTATGGTTCA TGGTCATCTC CTGCTTATGA TGATGGGATG
GTGTTTGCTT CCAGAGGTAC TGACACGATT TGTGTTTATG CTTCAAACGG CACTGAAAAA
TGGAAATTCA CTAATCCGAG TGGTCAAACA TCATGTAATG CCGGGCCATC AATAGCTAAT
GGAAAAGTCT TTTGTTCTGA CTGGGGAGGA AGTCATTATT ATTGTGTGGA CGAGTATACT
GGAAAACTCT TGTGGACTTA TTCAGTAATA GGTTCCGCAC AAGGTGTCCC TTCCTATAAA
GACGGAAAGG TCTTCTTAAC AAGTGGGTAT GGTACAATAA ATGTGGGCTC GAATGTATAT
GAAGGACAGG TATATTGTGT AGATGCAGAA AACGGCTCGA AAATATGGAC CACTCCAATT
ACAGACAACG TATTATGTTC TGCCTCCGTA GGAAACAATG CTGTATATGT TACGTCTTAT
GATTTCTACA CCGATAAAAC TACTGCATTA AGCGCGTTGG ATATAAATAA TGGGCAGATC
CTCTGGGAAC AAAACATTCC AAGAACGGAC TCCACTCCTG CACTTGCATA TGGGAATGTT
TACGTCTCTC CGGTATATTG TGTTAATGCT TCTTCAGGAG AAATTATCTG GAGCGGCAGT
GCCGGGGGAT GGACGAATTC CATGACAGTT GCAGATGGAA AAGCTTTTGC AGGCAAAAAA
ACTTCGTCAT ATGGTTATGA TCACATTGTG GAATATGATG CATATACAGG CGATGTTTTA
TGGGAATCCA CGGCTGGAGG AGCTTGTTCT ATTGCAAATG GTAGTATATA TACAATTGGC
GATGACGGCG AAGTCTATGC CTATGGGCAG GCTGATCCTT ATCTAGATAT GGTTGTCCAA
AATGTTTCAG TGGTCGCAGG AAGCGTCTAC CCCTATTATC CGAATGAAAT TGCTGCAACT
ATTAGAAATA ACGGCAACAC GTATGCTGAC AACGTATCCG TATCCTTCCT GGTAAATGGT
GAACAGAAAG ATAACCTTGT AACAAAGATC GGAAGTAACC TGGCCAAAAA TGTGAGTTTT
TCCTGGACAC CAGAAGCTCC AGGGGATTAT AACATAACGG TTGAAGCTCA TGCTACAGGG
TCCGTTCCTG AAAATAATGA TGCAGATAAT TCTAGGGGAA TAAATGTAAC TGCTTTAGCT
GGTGATGCAG ACCTTATCCC TGTATCGATC ACACCTTCTG CTATCTTTTC AAATACTTCA
TATGAAATGA AAGCAGTTGT GAAAAACCAG GGTACTTCCA TGGCAAGTAA TTTTACAGTG
ACCGTAAAAG AAGGAACAAA TGAACTGGCT GCAAAGACTT TCGAACAGCT TGGTCCTTCC
CAGAGCGCTG AACTAAATTT TACATGGGAA TCCCAGGAGG CCGGAAACTT TGGGTTTACA
GTATTTGCTG ATACGGAGAA CAATGTATCG GAAAGTGATG AAACTAATAA CCAGGTGACT
CTGCCTATTA CGGTAAAACC GGAAACAGTA ATTGAAGCAA AATCTGCAAT ATACTGGACA
CAATTTCAGG GGGGAAGTGA TAGAAATGGT GTTACTGAAG GATATGCACC CCTTGATGAT
TCTGTTAAAC TTAAGTGGAG TGCGGATGAT TTTGGTGGGA ATATCGATCT TTGCCCAATA
GTTGTAGGAG ATAACGTCTA TATACTAGCT TCCAGTGGAG AATTGTATGC TTATAACAAA
GCAGAAGGTA AACCAATATG GCATGCAACA CTTGATGCTG CTTCGGTTTT ACACTCTTCA
ACACCCGCAT ATGGAGACGG AAATCTCTTT GTATTAACTG AAGGTGGAAA TCTTTATGCC
TATAACGCAA GTACAGGGGT CCAGAAATGG AAAGTACATG TAACGGATGT AGGTCCAGAA
AGTCCGGTTA CGTATTACGA TCACAGGATA TACGTTGCAG AAGGTCTTGA AGGCGGGGTG
GATACAAAAT ACTATTATTG CTACGATGAC CTTGGAAACC TTTTATGGAA ACATGCAACT
CAGAACACAT CCGGCTTCAT ATGGAACGGT GCATCCGTTG TAGGAGATTA TCTGATATAT
TCTACCCATG AAGGGAATCT CACATGTCTT GACAGGAAAA CAGGAGCGCT TGTCGATGAA
ATAAGCCTGG ACAGCGATGT GTCGAGTCGG ATTTTATTTG CTCTCCCTGA GCCGGGAAGA
TTCCGTTCCT CTGTCGCTTA CCATGGCGGG TATGTCTATA CGACTTCAGA GTTAGCACAG
GAAACTGGTT ATGTCTGGAA AGTAGGATTC GATGACTCTA CTGGTACATT CCTTAACCAG
GGATGGCGCT CTGACCAGAT GTTCAGTACC TCGACTCCTG CAATCTATAA CGGTAAAGTA
TACGTTGGAC AGGGAGAGCA TGGATATGAT GGTAAGATGA TCTGTTTGGA TGATAGTGAT
GGTAAAAAAG TATGGGAATA CCATGTGGAT GCAGGTGTGA AATCCTCTCC TGCAGTTTCT
ACGTATTATG GAACACCTCG TATTTATTTC ACAACTGCAG AGGATAACGG TTCCCTTTAC
TGCCTGAATG AATCAGGAGG TCTTGTGTGG GAATATAATC CTCCTGACGA TGGGTATATC
CTGCAGGGAG TAGCACTTTC TCAGGGAAAA GCTTACTTTG GAACAGATGG AGGAAATCTA
TACTGTGTTG AAGGAGATTG GAATGTTTTC AATGATCCAG ATTCGGAGTC CGGAGCGTAT
ATTTCACTTG ACGAATTACA GACTGCCGTG CTTCATTGGA AAAAAGGTAT TTCAATAGAC
TCTAACTACA AAATTTCACT AAACAATATA CAATCGATGG TTATGTACTG GAAAAACAAT
TCGCCTATGA AGTTCAATAA GTGA
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| Protein sequence | MKQKMRQLIL IPIVMLAILQ SIPLALSEEE NNWPQFQNNI EHTGFYAGEL PDAFQLQWKS
SGVGAVIDSA PVTAENMVFV ISRSNSLKAL NVTTGDVVWT ANTGTDKYGS WSSPAYDDGM
VFASRGTDTI CVYASNGTEK WKFTNPSGQT SCNAGPSIAN GKVFCSDWGG SHYYCVDEYT
GKLLWTYSVI GSAQGVPSYK DGKVFLTSGY GTINVGSNVY EGQVYCVDAE NGSKIWTTPI
TDNVLCSASV GNNAVYVTSY DFYTDKTTAL SALDINNGQI LWEQNIPRTD STPALAYGNV
YVSPVYCVNA SSGEIIWSGS AGGWTNSMTV ADGKAFAGKK TSSYGYDHIV EYDAYTGDVL
WESTAGGACS IANGSIYTIG DDGEVYAYGQ ADPYLDMVVQ NVSVVAGSVY PYYPNEIAAT
IRNNGNTYAD NVSVSFLVNG EQKDNLVTKI GSNLAKNVSF SWTPEAPGDY NITVEAHATG
SVPENNDADN SRGINVTALA GDADLIPVSI TPSAIFSNTS YEMKAVVKNQ GTSMASNFTV
TVKEGTNELA AKTFEQLGPS QSAELNFTWE SQEAGNFGFT VFADTENNVS ESDETNNQVT
LPITVKPETV IEAKSAIYWT QFQGGSDRNG VTEGYAPLDD SVKLKWSADD FGGNIDLCPI
VVGDNVYILA SSGELYAYNK AEGKPIWHAT LDAASVLHSS TPAYGDGNLF VLTEGGNLYA
YNASTGVQKW KVHVTDVGPE SPVTYYDHRI YVAEGLEGGV DTKYYYCYDD LGNLLWKHAT
QNTSGFIWNG ASVVGDYLIY STHEGNLTCL DRKTGALVDE ISLDSDVSSR ILFALPEPGR
FRSSVAYHGG YVYTTSELAQ ETGYVWKVGF DDSTGTFLNQ GWRSDQMFST STPAIYNGKV
YVGQGEHGYD GKMICLDDSD GKKVWEYHVD AGVKSSPAVS TYYGTPRIYF TTAEDNGSLY
CLNESGGLVW EYNPPDDGYI LQGVALSQGK AYFGTDGGNL YCVEGDWNVF NDPDSESGAY
ISLDELQTAV LHWKKGISID SNYKISLNNI QSMVMYWKNN SPMKFNK
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