| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Mboo_0161 |
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| Symbol | |
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| ID | 5411541 |
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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 | Candidatus Methanoregula boonei 6A8 |
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| Kingdom | Archaea |
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| Replicon accession | NC_009712 |
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| Strand | + |
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| Start bp | 155446 |
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| End bp | 158565 |
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| Gene Length | 3120 bp |
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| Protein Length | 1039 aa |
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| Translation table | 11 |
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| GC content | 56% |
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| IMG OID | 640867376 |
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| Product | multi-sensor signal transduction histidine kinase |
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| Protein accession | YP_001403327 |
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| Protein GI | 154149709 |
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| COG category | [T] Signal transduction mechanisms |
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| COG ID | [COG0642] Signal transduction histidine kinase
[COG0784] FOG: CheY-like receiver |
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| TIGRFAM ID | [TIGR00229] PAS domain S-box |
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Plasmid Coverage information |
| Num covering plasmid clones | 17 |
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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 | 43 |
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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 | ATGATCTCCG TAGTCTGTGT TGACGACGAA CCGGATCTCC TAGAAATAGC CCGGCTTTTC
CTGGAACGCT CCGGTGAAAT CGACGCCATG TCTTTTGTTT CTGCACAGGA AGCGCTGGAC
TCTCCCGCGA TACTATCCTG CGATATCGTT GTCTCCGATT ACCAGATGCC GGGTATGGAT
GGGATCGCAT TCTTAAAAGA GGTCAGGATG CGGTTTGGAG ATCTCCCGTT CATCCTCTTC
ACCGGCCGGG GCCGGGAGGA GATCGTGATT GAGGCGATCA ACAATGGTGC GGACTTTTAC
CTCCAGAAAG GCGGGGATCC GACCGCCCAG TTTGCCGAGC TCCTGCATAA GATCCGGCAG
GCCGTGCGCA GGAAAGAGGC CGAACGCTCG CAGCACGAAT CGGAGCAGCG TCTTGCGAAT
ATCATTGATT TCCTTCCTGA TGCAATTCTT GCGGTTGATC GGACCGGCCG CGTAATTGCG
TGGAACCGTA CCAACGAGAA TATTACCGGG GTTCCGGCAT CCGGGATTCT GGGGAAAGGG
GACTACGAGT ACGCCCTGTC AACGTACGGG GAGCGGCGAC CCTTCCTCCT TGACATGATC
TATGAGCCTG ATGAGAAGAT CCTGAAATAC TATACTAATA TCGTGCATGA TGGCGGCGCG
ATCAGCGCAG AGACCAGTCT CGCAGCTCCA AAAGGCAGAC GGATCGACAT CATGGCAAAG
GCAAGCCCCC TCTATAACCA GAAAGGGGAG GTCACCGGTG CTATCGAGGT CATACGGGAT
ATTACGGCCC TAAAAAAGAT CGAGCAGGAC CTCAGGGCAG CATACGAACG GGTCACGCTG
ACGGAAGAAG AGCTGCGGAC CCAGTACGAG GAGCTCAGGC AGACCAACGA ACAGCTCTCG
GCCACGGAGG AGGAACTCAC CTGCCAGGTG AATAAGCTGG CCCATAGCGA ACAGGTACTC
CGGGTAAACG AGGAGCGGCT GGCCATGGCA CAGGCTGTCG GCCGGACCGG CAGCTGGGAG
TACCGGTTAG ATACCGGCAC GATCTGGGGC TCTGCAGAAG GCCTCCGCAT CTTCGGCTAT
CCGGCAACAG CCCGGGATCT CCCGATAGAA GATATCGAAT CCTGCATCCC GGAACGGGAG
CGGGTCCACC AGGCCCTCGT GGACCTGATC GCCTCCGGGA AGGACTATGA TCTCGAATAT
ACTATCCGTC CTGCAGATGG ATCGGGCCCG AAAGTGATCC ACTCTGTTGC CCGGCTCGAA
AGGGATGCCC GGGGCATTCC GGTGCGGGTC ATCGGTGTCA TCCAGGACAC CACCGAGCGC
AGGAAGGCCT ATGAGGACAT CGCGTTCAAG AATACCCTGC TTGCCACCCA ACAGGAGACT
GCTCCCGATG GTATCCTGAT CGTGGATGAA ACCGGGAAGA TCCTCAGTTA CAACCGGAAA
TTTGCTGAGC TCTGGAAGAT CCCCCAGGAA CTCATCGAGC AGGGTCGTGA TGTACTGCTG
CTTCAGCAGG TTAATGGCCA GCTGGTCGAT CCTGAAAAAT TCCTTGCCCG GGTCCGGTAC
CTGTACGAGC ATAATGATGA GAAGAGTTTC GAGGAATTGT CCCTTCGTGA CGGACGGATA
CTGGAGCGCT TTTCATCGCC GGTATTCGGG GAGAATAAAA AATACTATGG GCGGATATGG
TACTTCCGGG ATATCACCGG ACGCCGGAAT GCCGACAAAG CAGTACTGGA ATCTGAAAAG
AAATTTGCTA CGGTCTTTAA AAGCAGCCCG ATTGCGCTCA CGCTCGTTTC GGCAACTGAC
GGGACATTTT TCGATGTCAA TGATGCATTC CTCAAGGATA CCGGTTATAC CCGGGAGGAG
GTAATCGGGA AAACTGCAGA GGATCTGAGG CTGTTTTCCG ACGCCCGGGA GCGCGAGAAT
CTGATCTCCG TGCTACAGAC CGGAAAGTCT GTTTACGGGA TGGATCTGCA GTGCCGGGGA
AAATCCGGGG AGATACGGAC CTGCCGGTTC ACCTCTCAGC TCCTCACGAT TGACAACAAA
GCGTTCCGTC TTTTTACATC GGAAGATATT ACGGAACGTA AGCACTCCGA AGAGGCACGA
AGGGAGAGCG AGAAGAGGTT CCGGGATCTC GTGGAAACCC TGCCTGATAT TGTCTGGGAG
ATCGATCTGC AGGGGAAAAT CCGGTACATC AGCCCTACGG TCGAAAGGGT CATGGGTTAT
ACACCGGAGG AACTCGAAGG CGGTCTGACC TCTGACCTGG TTGCAGAGCA GAGAAGGGAT
TTTGCCCGCC GTGAGCTGGG AAAGTACATT TCTAACGACA GTCCCCTTGT CCCCTTCGAA
ATTCCTGCCC GCCACTGCGA CGGGCATGAA ATGATGGTAG AGATCCGTGC ATCACGGGTC
AAAGACAGCG AAGGGAAGGT AACCGGATTT CGGGGGGTGA CCACCGATGT CACCCGGCGC
TGGAAATCCG AAGAGGCGCT CCGGCGTGCA AACCGCCAGC TCACCCTCCT TGGCAGCGTT
ACCCGGCACG ATGTCCTCAA CCGGATTACG GTACTTTTAG GTTATCTTGC CATTGTCAAG
AGGAAGTGCA CGGATCCCGG CCAGGAGGCG TACCTGCAAA AGATGGAGTC TGCCATAGAT
CTGTTAAGGG CTCAGATGGA GTTTACCCGG ATTTACCAGG ATGTCGGATC CCACGAACCG
CGGTGGATCG AACTCGAAGC GGTGATACCC CGGGACCAGG TTCCGGAAAT GGTCTCCCTG
GTTCCGGATG TACAGGGATT CCGGGTATAT GCAGACGCGA TGTTCGAGAA AGTGTTTGCC
AACCTCCTCG ACAACTCGAT CCGGCACGGG GGACATGTGA CAGAGATCCG GGTAACGTGC
CACCCGGAGG GTACGGCTTT GGTGATTGCC TGGGAAGACA ATGGTGTTGG TGTCAGGGCC
GGCAAAAAGG AGCAGATATT CCGGCAGGGC GTGGGATCAA ACACCGGCCT TGGCCTCTTT
TTGATCCGGG AGATCCTTGC CCTGACCGGC ATCGAAATCC GGGAGACCGG CGAACCCGGC
AGCGGCGCCA GGTTTGAGAT CGTGGTGCCG GAAGGCTTGT ACCTGCCAGC CCGCACCTGA
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| Protein sequence | MISVVCVDDE PDLLEIARLF LERSGEIDAM SFVSAQEALD SPAILSCDIV VSDYQMPGMD
GIAFLKEVRM RFGDLPFILF TGRGREEIVI EAINNGADFY LQKGGDPTAQ FAELLHKIRQ
AVRRKEAERS QHESEQRLAN IIDFLPDAIL AVDRTGRVIA WNRTNENITG VPASGILGKG
DYEYALSTYG ERRPFLLDMI YEPDEKILKY YTNIVHDGGA ISAETSLAAP KGRRIDIMAK
ASPLYNQKGE VTGAIEVIRD ITALKKIEQD LRAAYERVTL TEEELRTQYE ELRQTNEQLS
ATEEELTCQV NKLAHSEQVL RVNEERLAMA QAVGRTGSWE YRLDTGTIWG SAEGLRIFGY
PATARDLPIE DIESCIPERE RVHQALVDLI ASGKDYDLEY TIRPADGSGP KVIHSVARLE
RDARGIPVRV IGVIQDTTER RKAYEDIAFK NTLLATQQET APDGILIVDE TGKILSYNRK
FAELWKIPQE LIEQGRDVLL LQQVNGQLVD PEKFLARVRY LYEHNDEKSF EELSLRDGRI
LERFSSPVFG ENKKYYGRIW YFRDITGRRN ADKAVLESEK KFATVFKSSP IALTLVSATD
GTFFDVNDAF LKDTGYTREE VIGKTAEDLR LFSDAREREN LISVLQTGKS VYGMDLQCRG
KSGEIRTCRF TSQLLTIDNK AFRLFTSEDI TERKHSEEAR RESEKRFRDL VETLPDIVWE
IDLQGKIRYI SPTVERVMGY TPEELEGGLT SDLVAEQRRD FARRELGKYI SNDSPLVPFE
IPARHCDGHE MMVEIRASRV KDSEGKVTGF RGVTTDVTRR WKSEEALRRA NRQLTLLGSV
TRHDVLNRIT VLLGYLAIVK RKCTDPGQEA YLQKMESAID LLRAQMEFTR IYQDVGSHEP
RWIELEAVIP RDQVPEMVSL VPDVQGFRVY ADAMFEKVFA NLLDNSIRHG GHVTEIRVTC
HPEGTALVIA WEDNGVGVRA GKKEQIFRQG VGSNTGLGLF LIREILALTG IEIRETGEPG
SGARFEIVVP EGLYLPART
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