| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Mbar_A0372 |
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| Symbol | |
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| ID | 3626539 |
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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 | 438111 |
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| End bp | 441368 |
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| Gene Length | 3258 bp |
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| Protein Length | 1085 aa |
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| Translation table | 11 |
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| GC content | 37% |
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| IMG OID | 637699264 |
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| Product | hypothetical protein |
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| Protein accession | YP_303936 |
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| Protein GI | 73667921 |
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| COG category | [H] Coenzyme transport and metabolism |
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| COG ID | [COG2227] 2-polyprenyl-3-methyl-5-hydroxy-6-metoxy-1,4-benzoquinol methylase |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 13 |
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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 | 20 |
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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 | ATGCTGGATG AGTTAATCTC TATTTATAAT CATACTGACT ACGATTTTAG AAATTACGCA
TTTCCTGGGG ATAAATTATC ACATCTATTC AACGAATGGG TTGATTACTA CCGTATGAAA
TTTGCAATTA CAAAAATGAT TCGTCCAATG TCTATACTGG AGATCGGCGT CAGATACGGT
TATAGTGCGA TAACTTTTCT TAAGGCTTCA GAAAATGCAA CTTATCTGGG AATAGATAAC
GATTCTAATA CTTTTGGAGG AAATAAAGGA GCTGGTAACT GGGCCAAAAA AATCACACAA
AATTACAAGG CAGAATTTTT GCTGGCCAAT AGTCAGTTAA TGACTACATT ACCTGGAGAC
TTCTATGACC TTATTCATAT TGATGGCCAG CAGGATGGAG ACGGTACGTT CCATGATTTA
GAACTTGCAC TGGAAAAAGG AAAATGGCTT CTGGTTGACG GTTATTTCTG GTCTGATGAA
AATTTATTGA GTGCAACTTA TTTTTTAAAT AAATATAAGG ACTTTATCGA ATTTGCTATA
ACAATACCTT CCTATGCAGG TGAACTACTG ATTAAAACTA AAAGTTCAGC TAAGCATATG
TTCGTAGAAG GCCTGAATAA GGAAAATTCG AATTTAGAAG ACATTATTGA CTCTTATAAA
AGGTATAAAG GCAGAGAATT TGAAGATTCT CGTTTAGTTT CCATATCTTG TCTTGCTAAT
CCGAATAAAG ACATGAATAT ACTGGACGTA GGCTGCGGCA GAGGGGAACT CTCCTATACC
TTATCAAAGT CCGGAGCGCA TGTGACAGGA ATTGACGATT CTTCTTCTGC GATTAAGACG
GCTAAAGCTA AATATTTAGC CGATAGCTCG ATGAAGAATC TGGAATTTAT TCAAGACAAT
TTTTTAAATC ATAAGTTTAA TAAAAAATAT GATAGAATTA TTGCAACAGA TCTAATTGAG
CGCGTTCCAG AAGATAAACT TGAATTAGTT ATTCTAAAAA TCGCCGAACT CCTTAAAGAA
GACGGTTTAT TTATTACATA TGTTTACCCC AATAAGTTGT ACTACCAATA TACATATGAA
GAAAAGCGAA AAATCGCAAA ATCAATAGGG TTTTATATTC CTGAAAACCC CAGGACGTTT
TATGAAGATC TAAGACATAT CAATGAACAA ACTCCTCAAA GCCTGTTCCT TAATTTAAAT
AAATATTTTT CACATATACT GACATGGGTA AACGATTCTC AAGATTTAGC AGGCTCACTC
ACAAATTCTT TTAACTCGGA AGAGTACAAT AATGCCAGAA CAATCCTTGC TGTAAGCTCT
TTTGAAGATC TAGACAGGGA TTGGATTGTT CAATTATTAT CTCCCAGAAA ACTTGACCGC
AGTGGAATAA ATGTAGAAGC TCTGTCGAAA AAAGATTCAA TTAACACTTT CTCAAATAAA
AAATTCAAGT TGCATATAAC CCTTAAGAAT AACGGAAAAG AGCGGCTTGT ATCTTTACCT
CCTTATCCTG TGAATATCTC ATATCACTGG TTGAAAACTG ACGGCACATG TGAAGTTTTT
GATGGACTCA GGACTGGAAT ACTACCTGCT TTAAATCCTA ACGAACAGCG GGATCTTCAG
GTAGATATTG TCGCTCCTCA AGAACATGGG GAATATCAGT TGCAAATTGA CCTCGTGCAA
GAAAGCTGTT TCTGGCTTCA GGAAATTACT AATAAGCCCT TACTTAACAT TAGCGCAAAA
GTTGAGCAAA ACCCGGATGA ATGCAGGTCA GAGGAATCAA AAATGGATAC GTTTGAGATT
AAAGATGATG AAATCAATGT TGAAGAGATT ATGGAAAAAA TTCGTGAGAA CATAAGGGAA
AGAAAAGAAA ATGAGGATCC CAAGAATACT GAAGAGATAG AGCATGTATT TTCAGAGGTC
TCCTCAAAGA CAAGAAGTCC CCAAGAATCC GGAGTAATTA ATTCGGATTA TGATCTTCGT
AATGATAACT ATACTATCAG TTCTCATCGT CCATTTTTGG GCCCATTTTT GATAAAAGGT
CGAAAATTAG TTCATGGAGA GATCAGACGT TATGTCGATC CCGTACTCCA GAAGCAAAGC
CAACTTAATT ATAACCTTGC CGGCGTTCTC AGTGATGCAA AGGAAACAGC AGACTCCTGC
TCCAATAAAG TGGAGAAGTT AAAATCGGAA ATTGAACAAC TCGAGGATGA AAACAGACTA
CTAAAATCCG AAGTTGAACA ATTAAGCAAT GAAACTGAGA AGTTAAAATC TGAAGTTGTC
AGCAGCATAA AGAAAGAAGT CGAATCCATA GTTTCTGCTG TTAATCTGGA CCTTGAAAAC
AAAGCCTGGC TTAACAGAGT ACTTGAGTCC AGAATACAGA AAGGACTTGG AAACCAGGGA
ACAAATACAT CTGGAAAGTC TAACGCCCAG ATTAATGTCT CTGGAAAGGC TAATGTTAAG
AATACTCCCA TAGGAAAGGC TAATGCCAAG AATACATCCT CTGGAAACAC TAATACTCAG
GCTGCTGCTT CTAGAAGTGT TAATGCCCAG ATAAATTTAT CTGAAACTGC TGATTCTCAG
ATTAACTATT ATGTATTTGA AGAAAGGTTC CGCGGTTCGA GAGAAAATAT TATAGAGCAT
CAGACAAACT TTATAGGCTA TTTTGAGAAT TGCACCAATG TGCTTGACAT TGGATGTGGA
CGGGGAGAAT TTCTGGAATT AGCAAAACAG AAAGGCATCA ATGCTACAGG AATCGATGTC
GATGAGGACA TGATAAACTT CTGTAAATCT AAGGGTCTGA ATGCCGAATT AAAAGATGCT
ATAAAAGCTC TTGAAGAGAT CAAGGACAAA AGCCTCGATG GGATTTTCAT AAGTCAGGTA
GTTGAACACC TCAATCCCAG GTATCTTGTT AATATGTTGA ACCTTTGCAA CAAAAAAATG
AAATACGGTT TTTACATTAT TATCGAGACC GTTAACCCTC TCTCCTTATT CTCCCTCGCG
AACTTTTACA TAGACCTCTC TCACATAAAA CCTGTGCATC CGGAAACTCT AAAATATTTA
GTCAGCATTG CAGGTTTCCG TGATATTGAA ACGAAATTTT CGTCCCCTGT ACCTCCTGAA
ATGAAATTGA AAAAGCTTCC GAATCTTGAG GATACAGACA ATGACGAATC AATGATTGAG
ATCTCTAACC AAAACATAGA CATGATAAAC GATGCCTTAT ATGGGGCCCA GGACTATGCG
GTAATTGGAA AGAAATAA
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| Protein sequence | MLDELISIYN HTDYDFRNYA FPGDKLSHLF NEWVDYYRMK FAITKMIRPM SILEIGVRYG
YSAITFLKAS ENATYLGIDN DSNTFGGNKG AGNWAKKITQ NYKAEFLLAN SQLMTTLPGD
FYDLIHIDGQ QDGDGTFHDL ELALEKGKWL LVDGYFWSDE NLLSATYFLN KYKDFIEFAI
TIPSYAGELL IKTKSSAKHM FVEGLNKENS NLEDIIDSYK RYKGREFEDS RLVSISCLAN
PNKDMNILDV GCGRGELSYT LSKSGAHVTG IDDSSSAIKT AKAKYLADSS MKNLEFIQDN
FLNHKFNKKY DRIIATDLIE RVPEDKLELV ILKIAELLKE DGLFITYVYP NKLYYQYTYE
EKRKIAKSIG FYIPENPRTF YEDLRHINEQ TPQSLFLNLN KYFSHILTWV NDSQDLAGSL
TNSFNSEEYN NARTILAVSS FEDLDRDWIV QLLSPRKLDR SGINVEALSK KDSINTFSNK
KFKLHITLKN NGKERLVSLP PYPVNISYHW LKTDGTCEVF DGLRTGILPA LNPNEQRDLQ
VDIVAPQEHG EYQLQIDLVQ ESCFWLQEIT NKPLLNISAK VEQNPDECRS EESKMDTFEI
KDDEINVEEI MEKIRENIRE RKENEDPKNT EEIEHVFSEV SSKTRSPQES GVINSDYDLR
NDNYTISSHR PFLGPFLIKG RKLVHGEIRR YVDPVLQKQS QLNYNLAGVL SDAKETADSC
SNKVEKLKSE IEQLEDENRL LKSEVEQLSN ETEKLKSEVV SSIKKEVESI VSAVNLDLEN
KAWLNRVLES RIQKGLGNQG TNTSGKSNAQ INVSGKANVK NTPIGKANAK NTSSGNTNTQ
AAASRSVNAQ INLSETADSQ INYYVFEERF RGSRENIIEH QTNFIGYFEN CTNVLDIGCG
RGEFLELAKQ KGINATGIDV DEDMINFCKS KGLNAELKDA IKALEEIKDK SLDGIFISQV
VEHLNPRYLV NMLNLCNKKM KYGFYIIIET VNPLSLFSLA NFYIDLSHIK PVHPETLKYL
VSIAGFRDIE TKFSSPVPPE MKLKKLPNLE DTDNDESMIE ISNQNIDMIN DALYGAQDYA
VIGKK
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