| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Mbur_0810 |
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| Symbol | |
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| ID | 3996715 |
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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 | 853340 |
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| End bp | 856690 |
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| Gene Length | 3351 bp |
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| Protein Length | 1116 aa |
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| Translation table | 11 |
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| GC content | 39% |
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| IMG OID | 637958600 |
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| Product | multi-PAS sensor |
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| Protein accession | YP_565516 |
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| Protein GI | 91772824 |
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| COG category | [T] Signal transduction mechanisms |
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| COG ID | [COG2202] FOG: PAS/PAC domain |
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| TIGRFAM ID | [TIGR00229] PAS domain S-box |
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Plasmid Coverage information |
| Num covering plasmid clones | 10 |
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| Plasmid unclonability p-value | 0.915221 |
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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 | ATGTATAAGA TATACAATTC CATGGAAAAG ACCGGTGATA TATCTGTCAA AAAGACTTCA
TCTAAAGTTG TATCTGATGA AATATCAGAA TCTGATAGCT GTAGTTCTTT CTCTTTTTCC
GATGATCCTG GAAACTATTT CGAGGCTATA GTAGCATCTT TAAAAGAAGC TCTCATGATA
CTTGATCCGG ATCTGAACCT GATATATGCG AACGATTCAT TCTACAAAAT GTTCAATGTC
AAACCTGATG ATGTTTTGGG AAATGATGCT GATATATTTG TTGATTTTAA GAAAAATTCA
CCTGAACTAT TCGACAGACT TAGCAGAGTT TGTAAAGAAG GTTTCTTACT TGAGGACTTT
GGACTAACCT ATCCTTTTAT CAATGCCGGT ACAAGGTCTG TGCTGATCAA CGGGAGGCCG
ATCAGATACG ATGGCGGCTG TGTTGCTCTT GTTACCTTTG AATATATTGA CGAATTGAAA
GCCCTGGATG AGGGAACTAT CCGATATGAA GGTCAATATT CAACGTTGAT CGAAAAAGGC
AATGAAGGGA TAATTGTTGT CCTTGACAAT GAAATACGGT ATACGAATAA GAAATTCTGC
GAACTGACAG GATCTTCAAA AGACGATATC ATTGGTTCTC CTTTCCTTGA TCATATTTCG
CTTGAATATC GCAGAATGGT TTCCAAAAAA TACAATAAAT GTCTTTCAAG CAAGAAGAAT
GACTCCAATA TTTATGAAGC AAATATTGTT TCGCTTATTG AAGGTGAAAT TCCTGTGGAG
ATGACTAATT CCTACATTGA ATACGAAGGA CAGTCTGCGG TAATGCTGAA CTTAAATGAC
ATTAGGGAAA AAAGAAAAGC AGAGAAAGCT CTTGTTGATA CTGAGAAGAA CTTCAGGATA
ATCTTTGAAA AATCTCCCAT AGGTATAGTT CGTTTTGATC GGAAAGGAAT TATAACGAAT
TCAAATGAAG TATTCAATGA GATATTCGAT CACTTACGTG ATGTGATCAC AGGCTATAAT
GTCCTCGATC TTTTTAGTGA CACAGATTTT CGTAGCGATA TAAGTGATGT GGTCTCGGGA
AAGATAAGGA ACTATGAGGG TGATGTTCAC CTAATTGTAA ATGACAATAA TTCTATCCTG
CATGTCACTT TCAGTTCTTT GATCGTAGAT GGATCATTGC AGGGTGGGAT GGGGATATTT
GAAGACATCA CCCTGAGGAA AATGGGTGAA CGTTCTCTCC AGCTGAACGA GTCTCATCTT
GAGACGCTTC TTGAACTCAA CCAGATGTCC GATGAATCCA TTGAAGATAT ATTAAATTTC
ACTTTGGAGG CTGCTGCAAG ACTCACTCTG AGCAATATCG GCTATCTTGT CAGTGTCCGT
GAAGACAATT CTTTTGACAT GATCTTCCTC CTTTTAAAAG ATGAAATTGG TCAATACAAA
CTGAGCAAGG ACCTGGGCGA GTATCCGCTT GACATTTCCA GCAGGGCCAT CAAAGTGAAC
TCAAGTGGGA AATATTTGCT TTCAAATTAC CCAAATGACC TTTTTGAAAT AGAAAATAAT
TATGATGTGA ACGGTACTAT CAAACGTCAT TTTGATATTC CCATCTCCAA TGAAGAAGGT
GAACGATTCG TTCTGGGAGT TGGCAACAAA GATTCTCCTT ATGATGATCT TGATACTCGT
AACCTTACAC TATTGATCCA GGAAATGAAA AAACTGATCG AGCATAGGGA AGCTGATGAA
GCTTTGCGTG TGTCGGAAGA AAAATACTCC AATCTCGTTA AGAATGGGAA TGACGGCATT
ATCATAATTC GTGATGATGT GTTGGAATTT GTAAATTCAA TGTTCTGTGA GATCATTGGT
TTCAGTCCCC AAAAGGTACA TAACTCCAGT TTCTCTTCTT ATCTGTCACC TGAATATCGG
CGAATGGTGA CTAAGCAGTT CTCGAAGATA CTGGAAAAAC AGAAAAGCAG TTCTAATAAA
TTCGAGGTGG ATCTGCTTGA CCGTAAGGGT GAAACTGTTC CTGTTGAGAT CAGTCCGTCA
CGCATATATG ATCAGGGTAA GCCTGCTGTA ATGGCTATTA TACGTGACAT AACTGAGCAG
AAAAAGAAAG AACAGGAACT GCTTGATTCA CTGGAAGTAC AAAAGGTATT GCAAACGGTT
ATCAAGAGCA GTCCTGCAAT TGTATTTTTC TGGAATGCTC AGTCGGGATG GCCAGTTGAA
TTTGTTTCTG AGAACATCGA TACATTTGGA TATTCTCCGT CGGATTTTCT TTCTGGAAAA
CTACAATACG GTGACATTAT TCACCCTTCT GATGCGGAAA GAGTGCACAG CTATTTTGCC
CGGAAATTTG CAGAAAATGC TTCCGAATAT CGTCTCGAAT ACAGAATAAT CACCAGGTCT
GATGATGTTC GATGGGTTGT CGAAAGATCC ACTCCGCAGT ATGATGAGGA GGGTGATCTT
GTCCATATAC AGGGTATCAT CATGGATATC ACTGAGCGTA AAAAGATCAA TCAATTCTTG
AATATTGAGT CCGAGGTAGG TAATTTCTTC ACTCCTTCAG GGGACCTTCA GGAAACCTTT
GACCAGCTTC TGGAATTTGC TTTACATATA GATAGTATCG ATTCTGGCAG TCTCTATCTG
ATAGACAAGA ACAATGGTGG ATTGAACCTT ATATCCCATA AAGGGCTTTC GCAAGATTTT
GTAAAAAATA ATTCTCACTA CGCAGCAGAT TCCATGCAGA GTCGATTTTT CATGATGGGT
TATCCGCTCT ACAAAATGTA TTCCGATATC TATCCTGTGA CAAAGCGTGA TAACAGGGTA
GATGAAGGAC TGCTGGCAAC AGCTGTGATC CCGGTGAAAT ATCAAGAGGA AGAAGTGGCT
GTTCTTTTCC TTGCATCGCG TACTGAATAT GAAATGCTAT ACAATATTCG TACATCAGTA
GAAACAGTTG CTGAACAGAT GGGATCCATC ATCGGTCGCA TTGAATCAGA AGTCGATATG
CAAAAGAACC AGAACGACCT TAAATCACTC GTTGATGGTA TTGATGATCT GATCCTTGTT
CTGGATAGTG AGGGTTGTGT ACTCTACAGC AATGAGGCAG TCTCGAAAAA ACTAGCTCAC
TCAAAAGAAG AGATAACTGG CATGAATTTC ATAAAAATGC ATCCTCATAA TAAGGTACTT
GAAGCAGCAA AGCTCTTTGG GGATGCACTT GCAGGTAATA AGGTCGAGTT CAGGTTACCT
TTGGTTACCG GTACTGGCAT GCTTATGTCT GTGGAAACAA GATTGCAAAA GGGTAAATGG
AATCGTCAGG ATGCGATCAT TGCTATCTGT CGGGAGGTTG GCATAAATTG A
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| Protein sequence | MYKIYNSMEK TGDISVKKTS SKVVSDEISE SDSCSSFSFS DDPGNYFEAI VASLKEALMI
LDPDLNLIYA NDSFYKMFNV KPDDVLGNDA DIFVDFKKNS PELFDRLSRV CKEGFLLEDF
GLTYPFINAG TRSVLINGRP IRYDGGCVAL VTFEYIDELK ALDEGTIRYE GQYSTLIEKG
NEGIIVVLDN EIRYTNKKFC ELTGSSKDDI IGSPFLDHIS LEYRRMVSKK YNKCLSSKKN
DSNIYEANIV SLIEGEIPVE MTNSYIEYEG QSAVMLNLND IREKRKAEKA LVDTEKNFRI
IFEKSPIGIV RFDRKGIITN SNEVFNEIFD HLRDVITGYN VLDLFSDTDF RSDISDVVSG
KIRNYEGDVH LIVNDNNSIL HVTFSSLIVD GSLQGGMGIF EDITLRKMGE RSLQLNESHL
ETLLELNQMS DESIEDILNF TLEAAARLTL SNIGYLVSVR EDNSFDMIFL LLKDEIGQYK
LSKDLGEYPL DISSRAIKVN SSGKYLLSNY PNDLFEIENN YDVNGTIKRH FDIPISNEEG
ERFVLGVGNK DSPYDDLDTR NLTLLIQEMK KLIEHREADE ALRVSEEKYS NLVKNGNDGI
IIIRDDVLEF VNSMFCEIIG FSPQKVHNSS FSSYLSPEYR RMVTKQFSKI LEKQKSSSNK
FEVDLLDRKG ETVPVEISPS RIYDQGKPAV MAIIRDITEQ KKKEQELLDS LEVQKVLQTV
IKSSPAIVFF WNAQSGWPVE FVSENIDTFG YSPSDFLSGK LQYGDIIHPS DAERVHSYFA
RKFAENASEY RLEYRIITRS DDVRWVVERS TPQYDEEGDL VHIQGIIMDI TERKKINQFL
NIESEVGNFF TPSGDLQETF DQLLEFALHI DSIDSGSLYL IDKNNGGLNL ISHKGLSQDF
VKNNSHYAAD SMQSRFFMMG YPLYKMYSDI YPVTKRDNRV DEGLLATAVI PVKYQEEEVA
VLFLASRTEY EMLYNIRTSV ETVAEQMGSI IGRIESEVDM QKNQNDLKSL VDGIDDLILV
LDSEGCVLYS NEAVSKKLAH SKEEITGMNF IKMHPHNKVL EAAKLFGDAL AGNKVEFRLP
LVTGTGMLMS VETRLQKGKW NRQDAIIAIC REVGIN
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