| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Mhun_1417 |
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| Symbol | |
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| ID | 3923560 |
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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 | 1626497 |
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| End bp | 1629664 |
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| Gene Length | 3168 bp |
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| Protein Length | 1055 aa |
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| Translation table | 11 |
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| GC content | 47% |
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| IMG OID | 637897049 |
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| Product | multi-sensor signal transduction histidine kinase |
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| Protein accession | YP_502871 |
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| Protein GI | 88602693 |
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| COG category | [T] Signal transduction mechanisms |
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| COG ID | [COG0642] Signal transduction histidine kinase
[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 | 7 |
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| Plasmid unclonability p-value | 0.0587691 |
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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 | 8 |
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| Fosmid unclonability p-value | 0.569805 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGCTTCTTC ATGAATCACT TAATCTTCAC CCCAAAATAC CTCTCTATTC ACTTTTTTTC
ACGTCTCTTT TTGTGATCAT GCTGAGCATT GTGTCGCTTA CCTATGGGAT AACCATCGTC
TTTCAAAACC TCTATTACTT CCCGATAATT ATCGCCTGTG CATTTTACCT CCGGCGAGGG
TTCATCTTCT CACTGGTTCT CATCGGGGTA TACGGCCTTC TCATCGCCGT ATATGGGCCC
CACCAGTCAG AGGTCTATTC TGCTTTGGCC CGTATTGCCA TATTTATACT AGTCGCCGGA
GTGGTGACCT GGCTTTCATC CCGATATTCT GAACAGACTT CAGATCTCAT GGTGAGTGAA
AAAAAGTTCA GACGATTATT TGATGCCAAT GATGCAGGGA TTGCTCTTCA TGAAGTCATC
TGTGACAGTA CCGGAAAAGC GATTGATTAC CGGTTCATTA ATGTAAATCC TGCATATGAA
CAGATGACCG GTCTGAAGGC ATCTGATATT ATCGGAAAAA CGGTCCGTGA GGTATTTCCC
GGTAATGAAG ATGACTGGAT TGAGACCTGT AGTGATGTAA CAGCAATGGA AAAGAAGATC
CATTTTGAAT ATTTCAACCG TAAGCTTGGC AGATACTATG AAGGGACTGC ATATTCGCCA
GAACCTGAAC GTCTTGTCCG CATTATACGG GATGTCACTG AAAGAAAACA GCAGGAGTAC
CAGCTTTTAG AGACAAACGC CTATCTGGAA AACCTCATCA CCCATGCAAA TGTCCCGATC
ATCATCTGGG ATACCGGGTT TTCCATCACC AGGGTTAATC ATGCCTTTGA GATCCTCACC
GGAATACCCG CCGGACATCT GGTAGGGAGG CACCTATCCT CTCTTTTTCC CCAAGATGAG
GCAGAAAGGT CAATGCAGTT TATCCAGAAG ACTGGTGAGG GGGTTCGGTG GGAGACGGTT
GAGATACCAA TTATCCACCA GGATGGTACG CTTCGCACGG TACTCTGGAA TTCTGCTACT
ATCTATGATT CTGACGGGAA AAACCCGGTT GCGACGATTG CCCAGGGACG TGATGTAACT
GCCGAACGAT TCCTTGAGCG GGAAAAAGAG CGTGCAGCAG TACAGATCCA GGAAAACATT
GCCCAGCTTG CCATCCTGAA TGACGGTATC AGAAACCCTC TTACCCTCAT CTCCATCTAT
GCGGATATGA GCGAAGATGT TCGGATAACT GCTCAAATCC AGAACGAAGT AAAAAGAATC
GATGAGATGG TCACAAATCT TGACCGTGAG TGGGTTCATT CAGGGAAGAT TCTGGATTAT
CTGAGAAACC ATGATATGGT GGCCTTTGAT TTTGTTCCCA GTTATTCTCC CGGTTCACCA
GTCCCATCGG AAGCACCACC CCCTGACCGA CCGGAGCAGG TTATTTCATC CCCCCAGGTC
AGCGGGTATG AACGCTATAT TGAGGAGATT CAGGCCAGAC TCTACTCTAT CCTCGATAGT
GTTGATGCGT ATATCTTTGT TTCAGATTTA GACTCCTATG ATATTTTGTA CATCAATGAA
GAAGGGAGAA ATATCTTTGG GAATGTCATT GGCCAGAAAT GTCACACCTG TATGTATGAT
AATGCTGATA GCCCCTGTTC CTTTTGCACA AATAAGTTCA TACTGGAGAA GACGGATCCA
ACTGGGCTCA TGAAAGGGGA ATTTATCCAT CCAAAAACCG GCAGATGGTA CGATTGTCGT
GGCCGGGCAA GAGATGAACT GATACAGGCA AGCAGATACC ACCGGACTTT GATTGAAACC
AGTCCTGACC CTCTGATAAC GATCGGAAGG GACGGGAAGA TCACGGATGT CAACACGGCA
ACCGAAACGG TATCCGGATA TACCAGAAGT GAACTCGTGG GTACTGATTT TTCAGAATAC
TTTACCGAAC CTGAAGAAGC CAGGGCCGGG TATCTGATGG TGTTTGAAAA AGGTGAGGTC
CGTGATTATC CTCTTGCAAT CCGGAAAAAA GATGGGGCAA TTATTGATGT GCTCTACAAT
GCCTCTGTCT ACCTGAATGA AATGGGTGAG ATTGCCGGAG TATTTACTAC AGCACGGGAT
ATCACTGAGC GAAAGAAGGT AGAGAAGAAA CTGTACCAGC AGGAAGAACG ATATCGTCTG
GCATTACAGG CAACCAATGA TGTCATCTGG GATTTTGACG TCATAAACGA TGCACAACGC
TGGAATGAGG TCGGGATAGA GGTATTCGGG TGGTCGGATA TTGTATTTTC TGATCAAACC
GCGGCATGGT GGACTGACCG GGTTCATCCG GAAGATCGGG AGCGGGTTGC AGAAGGATTT
GATACAGCAC TGGAAGACCC CACTTGCACA AACTGGCATG ATGAGTATAG ATTTAGGAGA
TCTGACGGTG TATATGCATA TGTGATGGAC CGGGGCTGCA TCCTTCGAAA TCCAGGGGGC
GTTGCCATCC GGATGATTGG TGCCATGCTT GATATCTCTG AGCGGAAGAA GGCAGAGGAA
GCCCTTCGGC ATGCAAACCG TCAGATTAAT CTTCTGTCCA GCATTACCCG GCATGATATC
ATCAATAAAA CCACGGTCAT CTTTAACTCG CTGGGAGCTG CCGAGATGGA TATTTCGGAC
CCTTCCGTAC TCCATCAGAT CGATGTTATC AGATCAGCAA CACAGGCAAT AAAAAGCCAG
ATTGAGTTTA CCCGGGTATA TCCGAATCTG GGCACTCACG AACCTCAGTG GTCCCGGCTG
GAAACCCTCC GGTTATCAAT CCCGATTAAC GTTGAGTATA CATCAATGAC CGGCGACTAT
GAAGTCTATG CAGATCCCAT GTTCAGCCAG GTATTCAGTA ACCTTCTTGA TAATTCTCTC
CGACATGGGG AGCGGGTAAC CAGGATCATG CTCACAACCC ATCTGGAGGA AGACTCCCTC
ATTATCAGGT GGGAGGATAA CGGGGCTGGC ATTCCATTTG ATCAAAAAGA ACAGATTTTT
GAGCGTGGGT TTGGAAAAAA CAATGGCTTT GGGCTTTTCC TTGTCCGTGA AGTACTTCAG
ATTACCGGGA TGAGCATTCG TGAAACCGGG AATTTCGGGT CCGGAGCGGT GTTTGAGATT
ATTGTGCCAA AAGGGGTATA CCGGACCATG CACCCCACCG GAGAGTAA
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| Protein sequence | MLLHESLNLH PKIPLYSLFF TSLFVIMLSI VSLTYGITIV FQNLYYFPII IACAFYLRRG
FIFSLVLIGV YGLLIAVYGP HQSEVYSALA RIAIFILVAG VVTWLSSRYS EQTSDLMVSE
KKFRRLFDAN DAGIALHEVI CDSTGKAIDY RFINVNPAYE QMTGLKASDI IGKTVREVFP
GNEDDWIETC SDVTAMEKKI HFEYFNRKLG RYYEGTAYSP EPERLVRIIR DVTERKQQEY
QLLETNAYLE NLITHANVPI IIWDTGFSIT RVNHAFEILT GIPAGHLVGR HLSSLFPQDE
AERSMQFIQK TGEGVRWETV EIPIIHQDGT LRTVLWNSAT IYDSDGKNPV ATIAQGRDVT
AERFLEREKE RAAVQIQENI AQLAILNDGI RNPLTLISIY ADMSEDVRIT AQIQNEVKRI
DEMVTNLDRE WVHSGKILDY LRNHDMVAFD FVPSYSPGSP VPSEAPPPDR PEQVISSPQV
SGYERYIEEI QARLYSILDS VDAYIFVSDL DSYDILYINE EGRNIFGNVI GQKCHTCMYD
NADSPCSFCT NKFILEKTDP TGLMKGEFIH PKTGRWYDCR GRARDELIQA SRYHRTLIET
SPDPLITIGR DGKITDVNTA TETVSGYTRS ELVGTDFSEY FTEPEEARAG YLMVFEKGEV
RDYPLAIRKK DGAIIDVLYN ASVYLNEMGE IAGVFTTARD ITERKKVEKK LYQQEERYRL
ALQATNDVIW DFDVINDAQR WNEVGIEVFG WSDIVFSDQT AAWWTDRVHP EDRERVAEGF
DTALEDPTCT NWHDEYRFRR SDGVYAYVMD RGCILRNPGG VAIRMIGAML DISERKKAEE
ALRHANRQIN LLSSITRHDI INKTTVIFNS LGAAEMDISD PSVLHQIDVI RSATQAIKSQ
IEFTRVYPNL GTHEPQWSRL ETLRLSIPIN VEYTSMTGDY EVYADPMFSQ VFSNLLDNSL
RHGERVTRIM LTTHLEEDSL IIRWEDNGAG IPFDQKEQIF ERGFGKNNGF GLFLVREVLQ
ITGMSIRETG NFGSGAVFEI IVPKGVYRTM HPTGE
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