| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Mhun_1353 |
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| Symbol | |
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| ID | 3923178 |
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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 | 1550612 |
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| End bp | 1553848 |
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| Gene Length | 3237 bp |
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| Protein Length | 1078 aa |
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| Translation table | 11 |
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| GC content | 48% |
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| IMG OID | 637896990 |
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| Product | multi-sensor signal transduction histidine kinase |
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| Protein accession | YP_502812 |
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| Protein GI | 88602634 |
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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 | 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 | 10 |
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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 | ATGACTGATC AGATCTCTGT TTTGTATGTC GATGATGAAC CTGATCTCCT GGATCTTGGG
AAGATTTTCC TGGAACGGAC CGGCGATTTT CGTGTTACTA TCGCAACCGG CGTAAAAGAG
GCCCTTTCAG CCATGGAGGG CAGTGAGTTT GAGACCATCA TCTCCGACTA CCAGATGCCG
GGAATGGATG GGATTGGGTT TTTAAAACAC CTGCGTTCAC ATGGCAATAA GACTCCGTTT
ATTCTGTTCA CCGGACGGGG CAGGGAAGAG GTCGCAATAG AGGCACTCAA TAACGGAGCT
GATTTCTATC TGCAGAAAGG AGGGGATCCA AGGGCACAGT TTGCAGAACT TGCCAATAAG
GTCCGATATG CGGCATCTCA CCGTCGGGCG GAAAAGCAGA TTCTGGACCT GCAACAACGG
GAATCTGAAA TAATCAATTT TCTGCCTGAT GCCACCTTTG CCATAGACAC CAGCCACGTC
GTCATCGCCT GGAACCGGGC CATGGAGCGT CTTTCCGGTA TATCTGCATC GGAGATCATT
GGAAAAGGTG ATTATGCCTA TGCAATCCCT TTTTACCAGA AGAAGCGGCC GATGCTCATC
GATTTCGTTC TTGATAATGA TCCGGAGATG ATGGAGAAGT ATCCATCCCT CATCAGGCAA
AATCACACCC TCACTGCTGA AATCACCCGC CCCTGGGTCC ATAACGGAAA AGAACTCTAC
TTCTGGATTA CTGCCTGCCC CCTCTATGAT ATGAAAGGGA ACGTTATCGG GGCGATTGAG
TCACTTCGGG ATATCACTCC ATTGAAAAAG GCTCGTGAGT TACTGGAAGA TACCGAGTCG
CGGTACCGGA TAACTCTTGA TGCGTCAAAC GAAGGGATAT GGGACTGGAA TATCAAAACG
GGGGACGCTT TTTTCAGCCC GCACTGGTAT ACCATGCTGG GATATGAACC GGATGAATAT
CCATCCACAT ATAAAACCTG GGAGATACTC CTCCATCCTG ACGACATCGA AATTACAAAA
AACAGAATCC AGGAACACAT CTCAAATAAG CAGGAAGGAT ATACCATCGA GTTTCGGATG
CGGACAAAAC AGGGGGGATG GAAATGGATA CAGGCACGGG GCCGAGTCAT CGAATGGGAT
GAGGATGGAT CGCCGGTCCG GATGGTCGGG ACCCATGCTG ACATCACTGC GTTAAAGCAG
GTTGAAGAAA AACTTCGTCT TGATGAGTCT AGGCTTGAAA CCCTCCTGAA CCTGACGCAA
ATGACAGAGA AGTCAATGAG CGATATCACA CATTACGCTC TCGAAGAGGC TGTCCGTCTG
ACGCTCAGTG AAATCGGATA TGTGGCATTT TTAAGCGATG ATGAGGCCGT CCTTACCATA
CATGCCTGGT CAAATGTGGC AATGGAGGAG TGTCAGATAA GAGACCAGAA AAAGCTCTAC
CCGGTTGCAG AAACCGGACT CTGGGGTGAG CCGGTCAGGC AGCGTAGACC GGTAATTACC
AATGATTATG CTGCACCGGA TCCCTTGAAA AGAGGACTCC CCCCCGGTCA TGTGAGTCTG
ACCCGTCATC TGGGTGTCCC TATTGTTGAC GGGAACCGGA TTGTAATGCT GATCGGTGTT
GCCAATAAAA CTGAACCATA CGGGGATGAG GACATCCGCC AGCTGACTCT TCTTATGAAC
GGAGTCTGGA ATATCATCCA GAGAAAACAA TCAGAAGAAG CACTCCTCCG AAGTAATGAA
GAACTGGGTG CAGCATACGA GGAGATCTCT GCCACTGAAG AAGAGCTCAG GTCACAGTAT
AATCTGATAT CAGAGAAAAT GGAGGATATC AGGGAGAGTG AGGAACGTTT TCGTGCAGTG
TTTAACTCCA CTCTGGTAGG AATTGCGATT ACCACGCCAG ATGGCAGATG GCTTTATTTT
AACGATGCCC TCTGCTCTAT GCTCGGGTAC ACTGCCGAAG AGCTCAATCA GATAAGATGG
ACTGATATAA CTCCTGCTGA AGATCTCGTG GAAGAGATGA AGATATTTGA ATCGGTTCTT
GCCGGAAAAG ATCCTGGAAA CCTTGAAAAA CGCTATATCA GAAAAGATGG TTCCATCATT
GATGTTCTTA TCTCCACCGG GATTGTCAGA AAACAGGATG GGAGTATCGA CTATTTATGC
TCCATTATCC TTGACATGAG CGAAAAAAAG GCGTCTGAAC GGCTTCTAAG GGAGATAGAG
GGGCAGCAGC GTCTCATCAT AGAAAATGTT CATGATCCTG TTGTCATCGT TGACTTTGAC
GGGAATGTCC TCTATGGAAA CCCGGCAGCC TTTTCCATAT GCGAATTACC CCCCGGTTCT
CTGTCATCAC CACTCAATAT CAGGGACATC CTTTCACCAG AATCCCTTGA AATGAGTTTG
GCTGACCTTG CAGAGATCAA GAGGACCGGA AATCCGGTTA TCAATGAGTA CACTATCATC
ACGCAGTCAG GGAAGGTACG GACTGTCGAG GCTGCAGGAC ATCTTATTCA ATGGAACGGA
GAGGATGCAG ACCTGGTCTC TATTCGTGAT ATCACCGACC GGAAAGAGGA CAAGGATGCC
CTGTTACAGG CTAACCGGAA ACTTACCATC CTCTCTTCGA TCACGAGGCA TGATATCTTA
AACCAGGTGA CGGCTCTTCT TGGATATCTT GAGTTACTAG CGGATCATGA TCTTGATCCG
GATATTCAAC AATATATTAA AAAATGCCTC TCCTGTACCA CCACTATCCG GAGCCAGATC
GCATTTACAA AACTGGTTGA TGATATCAGG AATAAATCGC TCATGTGGCA GTATGCGGAA
CGGATGATTA CTCATGTGCT CGAGGGGTAT TCAATCGGTC AGATAACCTG TCAGGTTGAT
CTGAAAGGGC TGTATCTGTA TGCAGATCCG ATTCTGGAAA AGGTAATCTT CACGCTGATT
GAAAATTCCA TAAGGCATGG GGAGAACGTC ACCAGGATTG CTTTTTCCTA CCGGATTGAT
GATGGAGACT GTATCTTTGT GTATGAAGAT GACGGATCTG GTATTCCGGA TGATGAGAAG
GAGAAGATCT TCAGGCAGGG GTATGGGAAG CACACCGGCC TTGGGTTATT TCTCATCAGG
GAGATTCTGG CAATCAATGC CATGACCATA TCAGAGACCG GTGCTTGGGG ATCTGGAGCA
CGGTTTGAGA TCCGTGTCCC TGCAGGGAAA TGGGTGGTGA AAGAAGGGAT GTCATAA
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| Protein sequence | MTDQISVLYV DDEPDLLDLG KIFLERTGDF RVTIATGVKE ALSAMEGSEF ETIISDYQMP
GMDGIGFLKH LRSHGNKTPF ILFTGRGREE VAIEALNNGA DFYLQKGGDP RAQFAELANK
VRYAASHRRA EKQILDLQQR ESEIINFLPD ATFAIDTSHV VIAWNRAMER LSGISASEII
GKGDYAYAIP FYQKKRPMLI DFVLDNDPEM MEKYPSLIRQ NHTLTAEITR PWVHNGKELY
FWITACPLYD MKGNVIGAIE SLRDITPLKK ARELLEDTES RYRITLDASN EGIWDWNIKT
GDAFFSPHWY TMLGYEPDEY PSTYKTWEIL LHPDDIEITK NRIQEHISNK QEGYTIEFRM
RTKQGGWKWI QARGRVIEWD EDGSPVRMVG THADITALKQ VEEKLRLDES RLETLLNLTQ
MTEKSMSDIT HYALEEAVRL TLSEIGYVAF LSDDEAVLTI HAWSNVAMEE CQIRDQKKLY
PVAETGLWGE PVRQRRPVIT NDYAAPDPLK RGLPPGHVSL TRHLGVPIVD GNRIVMLIGV
ANKTEPYGDE DIRQLTLLMN GVWNIIQRKQ SEEALLRSNE ELGAAYEEIS ATEEELRSQY
NLISEKMEDI RESEERFRAV FNSTLVGIAI TTPDGRWLYF NDALCSMLGY TAEELNQIRW
TDITPAEDLV EEMKIFESVL AGKDPGNLEK RYIRKDGSII DVLISTGIVR KQDGSIDYLC
SIILDMSEKK ASERLLREIE GQQRLIIENV HDPVVIVDFD GNVLYGNPAA FSICELPPGS
LSSPLNIRDI LSPESLEMSL ADLAEIKRTG NPVINEYTII TQSGKVRTVE AAGHLIQWNG
EDADLVSIRD ITDRKEDKDA LLQANRKLTI LSSITRHDIL NQVTALLGYL ELLADHDLDP
DIQQYIKKCL SCTTTIRSQI AFTKLVDDIR NKSLMWQYAE RMITHVLEGY SIGQITCQVD
LKGLYLYADP ILEKVIFTLI ENSIRHGENV TRIAFSYRID DGDCIFVYED DGSGIPDDEK
EKIFRQGYGK HTGLGLFLIR EILAINAMTI SETGAWGSGA RFEIRVPAGK WVVKEGMS
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