| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Mhun_1481 |
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| Symbol | |
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| ID | 3922183 |
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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 | Methanospirillum hungatei JF-1 |
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| Kingdom | Archaea |
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| Replicon accession | NC_007796 |
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| Strand | - |
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| Start bp | 1700309 |
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| End bp | 1704586 |
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| Gene Length | 4278 bp |
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| Protein Length | 1425 aa |
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| Translation table | 11 |
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| GC content | 46% |
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| IMG OID | 637897112 |
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| Product | multi-sensor signal transduction histidine kinase |
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| Protein accession | YP_502934 |
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| Protein GI | 88602756 |
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| COG category | [T] Signal transduction mechanisms |
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| COG ID | [COG0642] Signal transduction histidine kinase
[COG2204] Response regulator containing CheY-like receiver, AAA-type ATPase, and DNA-binding domains |
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| TIGRFAM ID | [TIGR00229] PAS domain S-box |
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Plasmid Coverage information |
| Num covering plasmid clones | 20 |
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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 | 13 |
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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 | ATGAAGCTGT CTGCAGAGAG AATTACCGTC CTTGCTGTTG ATGACGAAGA GGAAATTCTT
GGAGTAATCA GTCAGTATCT CTCTGAGGAT GAACATTTCA CGGTTATTGG TGTACGATCC
GTCGGAGAAG CTCTTGAGGC GATGACTCAC CATGATATCT CTGCCGTGGT CTCTGATTAT
CAGATGCCAG GAACAAATGG CATAGATTTT CTCTCACTTC TTCGGGAACA GGGCAATACC
GTCCCTTTTA TTCTCTTCAC CGGACGGGGA AGTGAAGAGG TTGTTATCAA GGCATTAAAC
CTTGGGGCAG ACTTTTACAT AGTGAAAGGT GAGGATCCTG CTCTTCAGTT TCAGATGCTG
AAGATGCAGA TTCTCTCTCT TATTGAGAAG AAGAAAGCAG ATGAAGCACT TCTAAATAGT
CTCAAAGAGA ATAGACGGAT GCTTTCCCAG CTCCGGGCAA CCCTTGAAGC GACAGAAGAA
GGTATACTGG TCACCAACCG GGAAGGGTAT GTTACCAATT TCAATGAACG GTTCTTACTT
TTATGGGACA TCTCTTCTGA TGACCTGAAA AACACCCACA TTGAGGAGTT TCTAAACCGT
TTCTCCCATG TGATATCAGA CTCATCTCTC ATTGCAGAGA TTGCCAAAAC CAAAGATGAG
CCAAGGTCAC AGAGGCGGCA CACCCTGCAC TGTCCTGACG GAAGGGTCCT GGAGATATTC
ATCCGTCCAC AGCAGTGTGA TGGACGAATA ATCGGAACCG TATATAGTTT CAGGGACATT
ACTCCCCGGG TCAGGGCTGA AATGCAGCTT CAGGAGAGTC GGGAACGCTT CAGGATTCTC
TTTGACCAGT CCCCGATCGG ACATATGGTC ATCAGCCCTG ATGGGAGGAT TACCGAGGTA
AACCGGGCCT GGCTCTCCCT GATGAAGCGT ACCCGGGAGT CGGTTATCGG TCTTCCATTT
AACGATATTC TTACAGATGA ATCAAAACAA CTGTTTTTTG CCTGTCTGAC AGAGGTGCTC
AATTCCAACC AAAAACACAG TCTTGAACTG GTACTGATTG ACGGAGAAAA TGCCCCGGTA
ACCGTCCTGG TAGATGGAAG TGTCATCAGG AACACTGAGG GGAATATTCT ATATATCCAA
TGCATCCTTC GGGATATCAC CTACCAGAGA AAGACCGAAA AGCGTCTTCG CTGGACCGAA
TCTCTCCTGA CCGAGATCGT CAGCATGCTC CCCTTTGGCA TATGCGTCAC CAGAACCACA
GATATGGAAA TATTATACCA CAACAAACAT TTCCTCGATA TCTGGGGCCC TGATATCATT
GCGGATCTGC CCAGAACCGG AACTACACCG ACGCTTCAGG ACTTTCTCTC TGTATCGACA
GGATTTTTGG AACATCCATT CTACACATGG AATCCGGATG TCTGTAAAAA CCCTGATATC
TCCTGCAGGG ATATTGAACT GCCGGGAAAA CGGGTAATAA GAGGATTTTC CCGACGACTT
TCAGAAGAGA GCGGAGAAGA ACGGATACTC TGGGCATTTG AGGATATCAC CCGGTTTCGA
AATCAGGAAG AGGAGATACG CCGGTATGCA CGGAAAATTG AGATACTCAG TAGGATCATC
TCTCTTTCAG GCAAGGCTGG TTCAGCTTCT CTCCTGTGTG ATCTCTCATT ATCAGCCCTC
ATTTCTGTTC TGCACTTTGA AGGAGGTGCA TTCTACCTTC TCTCCGGTGA TAAAAAAACA
CCGGTGATGG TAGCAAATTC AGGACTCTCC CAGGAGTTTA TTCTTGAAAC CACAGAGATA
AATCCGGAAG ACTATGCCTT TCTCTATACC GAGGGAAAAC CACTCTTTAC CAATAATCTC
TCATACATCA TGCCCGAATT TGCAGAAAAG TGGGGTATTG CCGGATCAGT ATTTATCCCG
GTCATCTCTG GTGAGAGAAT AATCGGTTCT ATTCATCTGA CCAGTAGCAG ACCAGCCCGT
GTGTCGATAG AAGAGCAGGA GGTTCTGCTT GGTATCGGAC GGGAGATTGG AAACGGACTG
CAACGTCTCA ATGATCAGAA ACAACTGGTC GAAGAACGGA AAAACTTTGA AAATCTTGTT
CAATCGATTG GGGACCTGGT AATTGTTATT GATGAAACCA CCACAGCCAT CCTCGCGATA
AATGAGGAGG TCGTCAGAAA AACAGGTCTT TATAAAGAAG AACTGATTGG GCGTCCAATC
CGTGAAAGTC AGACCCCGTA TCTTACCTTA CTCCCTCTTG AAAAAGCAGC ATATGATTAC
CAGCCGATAA AATATGCCGT TCCCCAGGCG GATGGTTCAC GGATAGTGAT GGAAACCAGA
ATTACATCTG GTTCATGGAA TGGGAAAAAA GCCTATTTCT GCCTCTGCCG TGACATTTCA
TCAACTATGC TGGCCCAGGA AGAGATCCGT CTTTCAGAAG AGCGGCTGAA TGCAATCTTT
CGTACCTGCC CGATCGGCAT CATCCTCTTT GATCCTGATG ACACCATGAT CCAGATAAAC
CCGGCAGTGG TGTCAATGTT TGGCATCCTG GATCCCCTTG ATCTTGTCAG ATACTCCTAC
AAGGATGATC CAAATATCCC CGATTCAATC AAGAAGAGGA TTGAGAACCG TGAAGCATTC
ACGGCTGAAA TGACCTATGA TATATCACGG ATCAGGTCTG TTCACAATTT CCGGACAACC
GGATCTGACA TCCTGCATAT CAGAATCATG GTGACGCCAG TTACCTTTTC AGTCTCCGGG
ATGCGAGACG GGTTTTATAT TCTGATTGAG GATATTACCG CCAGACATCA GATCGAATCA
GAACTTCGCC GGATGACACA GAAACTTGCC CGGATTATGG ATGCGAGTAA TGATGGGTTT
TTCTTCTACC AGGTTCACAA CGAAACCATC ACTATTTCGC CTCGTCTGAA TCAGATGCTT
GGTCTCTCCC CGGATCAGGA GGAATATCCC CTTTCTGATC TCCTCCGGTT TGTTCATGAT
GATGACCGGG GTATGTTACA ATCCGTCTTT GCGTCACTTT CACAGGGGGT GCATGAGGCA
GTATCGCATG AGATCCGGAT AAAAAATCCA AAGGAAGGGT ATATCTGGGT TTATCTGAGA
GGGAAGATAA CCGGTTATGA CGAGTCCGGA ATTCCAACCA GTATGGCCGG AGCGGTTACT
GATATCACCA GAAGAAAAGA GAGTGAGCAG AAACTTCTGG AGAGTGAGAA CTTTAACCGG
GGACTTGTAA CCAGTCTTCC CGACTATCTC ATGATCTATG ATCAGTATGG GACCATTTTG
TATGTAAATG AGAGTTCTCT TCGGGCCATG CGGACGGTGA ATGGTGATAT TATCGGAAAG
AACATCCTTG ATTTCATCCC TCCCGAGATG CGTTCATTCG TGAAGGTTCA GTCTGAAAAA
AGGATCCGGG GGGAGACGCT GGAGCCCTAT GAAGTCAGGA TCATGAGGTC TGATAACTCA
TTCATTGATG CAGAAGTCCA GGCAACCAGT ATTCTATATG AGGGAAACCC GGCGGTTCTG
GCTGTCCTGA CCGATATCAC CGAACGGAAA CGGAATGAAG AGGACCTTGC CAGGTATGCC
GAGACATTGA AAGGGACTGT TGATGCCCTG GCATCAGCGA ACAAAAAACT CAACCTGCTC
TCGAATGTGA CCAGACATGA CATATTAAAC CAGGTTCATA TCATAATGAG TTACCTGGCT
CTCCTTCAGG AGTATTCAAT TGATCCTGAT ATTGAACACT TCCTTGAAAA AATCGCTCAC
GCGGTCGGGT TTATCCAGAG GCATATCGAA TTTACACGAA ATTATCAGGA TATTGGTGTC
CACTCCCCGG TCTGGCAAAA ACCTGGTGAT ATCATCAGAA AACTTGACTT TGAAGGGAAA
CGGGTGAACA TAGAACTTGA TACCATTGAG ATGTATGCAG ATCCGCTTCT GCCAAAAGTC
TTTGAAAATC TGCTTGACAA TACGCTCCGT CATGGCCTGA ATGTAAGCAC CATCTCCGTT
CGTTATGAGA TCCAACCGGA TAACCGGCTT TTGCTGGTGT GGGAGGATGA CGGTGCCGGT
ATTGCAGATG ATGCAAAAAC AAGGATTTTC GAGAGAGGGT ATGGAAAGAA CACCGGTCTT
GGTCTATTCT TAATTAAGGA GATCCTCTCC CTCTCCGGTA TTACCATTTA CGAATCAGGA
GAGAGTGGAA AAGGTGCCAG ATTCTGTCTT CTTATTCCTG AAGGTAAATA CCGGTTTTCA
GGTAGTATGA TTTCATGA
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| Protein sequence | MKLSAERITV LAVDDEEEIL GVISQYLSED EHFTVIGVRS VGEALEAMTH HDISAVVSDY
QMPGTNGIDF LSLLREQGNT VPFILFTGRG SEEVVIKALN LGADFYIVKG EDPALQFQML
KMQILSLIEK KKADEALLNS LKENRRMLSQ LRATLEATEE GILVTNREGY VTNFNERFLL
LWDISSDDLK NTHIEEFLNR FSHVISDSSL IAEIAKTKDE PRSQRRHTLH CPDGRVLEIF
IRPQQCDGRI IGTVYSFRDI TPRVRAEMQL QESRERFRIL FDQSPIGHMV ISPDGRITEV
NRAWLSLMKR TRESVIGLPF NDILTDESKQ LFFACLTEVL NSNQKHSLEL VLIDGENAPV
TVLVDGSVIR NTEGNILYIQ CILRDITYQR KTEKRLRWTE SLLTEIVSML PFGICVTRTT
DMEILYHNKH FLDIWGPDII ADLPRTGTTP TLQDFLSVST GFLEHPFYTW NPDVCKNPDI
SCRDIELPGK RVIRGFSRRL SEESGEERIL WAFEDITRFR NQEEEIRRYA RKIEILSRII
SLSGKAGSAS LLCDLSLSAL ISVLHFEGGA FYLLSGDKKT PVMVANSGLS QEFILETTEI
NPEDYAFLYT EGKPLFTNNL SYIMPEFAEK WGIAGSVFIP VISGERIIGS IHLTSSRPAR
VSIEEQEVLL GIGREIGNGL QRLNDQKQLV EERKNFENLV QSIGDLVIVI DETTTAILAI
NEEVVRKTGL YKEELIGRPI RESQTPYLTL LPLEKAAYDY QPIKYAVPQA DGSRIVMETR
ITSGSWNGKK AYFCLCRDIS STMLAQEEIR LSEERLNAIF RTCPIGIILF DPDDTMIQIN
PAVVSMFGIL DPLDLVRYSY KDDPNIPDSI KKRIENREAF TAEMTYDISR IRSVHNFRTT
GSDILHIRIM VTPVTFSVSG MRDGFYILIE DITARHQIES ELRRMTQKLA RIMDASNDGF
FFYQVHNETI TISPRLNQML GLSPDQEEYP LSDLLRFVHD DDRGMLQSVF ASLSQGVHEA
VSHEIRIKNP KEGYIWVYLR GKITGYDESG IPTSMAGAVT DITRRKESEQ KLLESENFNR
GLVTSLPDYL MIYDQYGTIL YVNESSLRAM RTVNGDIIGK NILDFIPPEM RSFVKVQSEK
RIRGETLEPY EVRIMRSDNS FIDAEVQATS ILYEGNPAVL AVLTDITERK RNEEDLARYA
ETLKGTVDAL ASANKKLNLL SNVTRHDILN QVHIIMSYLA LLQEYSIDPD IEHFLEKIAH
AVGFIQRHIE FTRNYQDIGV HSPVWQKPGD IIRKLDFEGK RVNIELDTIE MYADPLLPKV
FENLLDNTLR HGLNVSTISV RYEIQPDNRL LLVWEDDGAG IADDAKTRIF ERGYGKNTGL
GLFLIKEILS LSGITIYESG ESGKGARFCL LIPEGKYRFS GSMIS
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