| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Mhun_2636 |
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| Symbol | |
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| ID | 3924148 |
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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 | 2907351 |
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| End bp | 2910506 |
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| Gene Length | 3156 bp |
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| Protein Length | 1051 aa |
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| Translation table | 11 |
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| GC content | 46% |
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| IMG OID | 637898249 |
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| Product | signal transduction histidine kinase |
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| Protein accession | YP_504052 |
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| Protein GI | 88603874 |
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| COG category | [T] Signal transduction mechanisms |
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| COG ID | [COG2204] Response regulator containing CheY-like receiver, AAA-type ATPase, and DNA-binding domains
[COG3920] Signal transduction histidine kinase |
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| TIGRFAM ID | [TIGR00229] PAS domain S-box
[TIGR01435] glutamate--cysteine ligase/gamma-glutamylcysteine synthetase, Streptococcus agalactiae type |
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Plasmid Coverage information |
| Num covering plasmid clones | 19 |
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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 | 24 |
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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 | ATGATAAAAA TCATTGCGGT AGATGATGAA CCGGCATTTG GTGAGATGCT CAGCATCTAC
ATGAAAGAAT TCGGTAATTT TCAGATTACC GTCTATACCT CTCCGGAAGA TGCCATAGAT
AAAATTGTTG CAGGTGAGGC GGATGCGGTG ATCACCGACT ATCTCATGGA AGAGATGGAC
GGGATATCAT TTATCAGAAA GGCCAAATCT CTTGTTCCTG ATATTCCCTT TGTTTTCCTG
ACCGCTCTTG ATGACAAAGA TGTTATCCTG AACGCGACCA ACGCTGGTGC AGATTTTATC
CAGTTTAAAA GTGAAGAACC ATCGAGGTTA TTTCCTGATA TCGCCCAGAA AATCACCAAC
TCAGTAGAGA AATATCGCGC ACGGAGAGAA TCGGAGAGGG GGAGCAGGAC GAGGGAGATG
CTGATGCGGA CGCAACGGGA TCTCATGGCC AGACTTTCTG AAAGCTCAAC AACCAACCAG
GCTCTTGATG CAACCCTCAC CACAGTCCGT TTTCTGGCCG GATGTACTAC CGGGGCAATC
CACCTCATGA ACCAGAAAAC AAACAAGATA GAACTTGCAA TCTCTCACAA TCTGCCAAAT
GATCTCATCA GGCGGTTTAC CTTTGGTGAC CTGTACAAGG TATTCTATGA AAAAAAAGCC
AGATATTACC AGGATCCTGG AAAGCCAGAG AATACCGGTC ATTATTCAGG GGGTCAAATC
CCGATTATGG CTGGAACGGA TGTCATCGGT ATCCTGTCCT TCATTCTTGA TCATACAAAG
CCGCTCAGTC CGGAATTTAC GGATACCATG GAGCTCATCA CGGGTCATCT CGGGAATACC
CTTGTCAGGA TTCGCTCAGA AGAACTGGTC CGTCAGCGTG AGAATGAACT ATCCGAACTC
TATAAAGTGA TGCAGGAACT GGTCATTGTC ATTGATATGG ACGGTACCAT CCTGAACGTA
AACCCGGCTA CCACGAGAAT TCTGCGATAT TCTGAAGAGG AACTTATCGG TATGCCTATT
CAGGTCCTGT ATCCTCCAAA GATACGGGAT GAGATTATTT TTCAGTTTAT GGACCTGACC
GGTTCAGGGG AGACAATCCA GAATACCTAT CCCCTCATCG ACCGTCAGGG GCTCGAAGTT
CCTGTTGAGA CCAGGGGGAG TATCGGCACC TGGGGGGATC GTCATGTACT CTTTTGTATC
TCCAGGGATA TTCGGGAACG ACTGGAAGCG GAACGAAATT TGCATGAATA TTACGAGCGG
ATATCGGCAA TCCTGGCATC ATCGACTGCC CAGATTTACA TGAAGAATAA TGAACTCAGG
TATCTTACCG GAAATGAGCC ATTTCTTTCA TTTGTACAGT GTGATGCCAG GGAACTAGTG
GGAAAAACCG ATAAGGAATT CTTTTCCGTG GAGGTTGCAG CACTTCGGGA GAAGACAGAC
AAAAAAGTCC TTGCAGAGAA TGTTCCCCTC TATAACCTTG AGGAAAATGT GTATGGCGAA
GATGGGAGCC CACATTGGTT TGTCTCGTCA AAAATTCCGG TCCATGATCT GACCGGAAAG
GTTACCGGAC TTGTCGGTAC CTCACTGGAT ATTACTGACC TTGTGCAGAC CAGACAGGAA
CTTGAAAGAC GAGACCGTAT TCTGAGTGCA GTCAGTACTG TCGCACAAAC CCTTGTAAGA
AATAATGAAT GGGAACCGAT CATTCCAGAG TGCCTTGAAC TGCTCGGACA AGCAGCAAGG
GTTGAGCAGG TGATTCTTCT CGGGATGAAT TTTTATGGAA GAGCCGGGTT TGAGGAATAT
TACTGTGAGT GGACGATGTC AGATATTCGG GATTATCTTC AAGTTGAACC AGATGTATGC
TCCCGGATAA TTCCCTCGGT GTTCTGGTAC CTAGAAAAAA ACCGGTTCTA CCTCGGTGAC
AGCAAGGCGA TCAGGAACGA ATTATCTCTT CCTGAAGAAG AGCCTGTCCC CTCATTTCTC
CTTCTTCTTC CGGTATTCTC TTCTGAAACC CTGTGGGGGA CGCTTGCTTT TGTCACCTGG
AGAAAAGAAC ACACAAGCCC CATCGCTGAG ATTGAGGCAC TCATCATGGC TTCAGAGGTG
ATTGGATCAG CAATAAGCAG GTTTCAGACC GAAGAACTGT TCCATAAACC GGTAGAGCGA
TCACTGGTCG GTGTGTACCT GGTGCAGGAT TATCGGTTTA TCTATACAAA TCCCCGGCTA
TCAGAAATTC TTGGATGTAA TAGGGAGGAT CTTGAAAACT CGCCTCTCCT TCGTTACATT
CATCCGGAAG ATGCAGATAT GGTCCTGTCA CACCACCAGC GGATCATAGA AAACCCAGAT
GAAACGGATG ATTATGAGTT CAGGGGCATT ACCGCTGATG GGAGGATGAT CTGGATTGAA
AATCTCATCA GCGGGATAAT ATACAAGGGA AAACCTGCGA TAATCGGCAG TATCATGGAT
ATTACTGTCA GAAAACAGGC CGAGGATGAT ATCAGGGTGT CACTCAAAGA AAAGGATATC
CTGCTTCGGG AGGTCCATCA CCGGGTAAAG AACAATATGC AGATTATCGT CAGCATGCTC
CGGATTCAGA GCAGCATGGT TGATGACCCG GTTGTCTCTG ACGTGCTGCA GGAGAGTAAG
AACCGGATCC TCTCAATGGC AATCGTTCAT GAGAAATTAT ACCGGACCGA TAACCTGGTC
AGCATAAACC TCCTTGAATA CATCAATTCG CTCGCTCGTA CACTCATCTC TGACTTTTCT
CCGGATGAAT CACTCATTAC TCTTGATCTC ATCTGCGATC CGTCAATTGA GATGACAATT
GATGCCGGCA TACCACTTGG TCTTATTATG AACGAGCTTA TTACGAATTC TTTTAAGCAT
GGATTTTATC CAGATCAAAA AGGTACAATC GGGATAACCA TAGTCCCGGA GCAAGGCAAT
CTCGAGATAC TTTATCGCGA TACCGGCAGA GGACTGCCCC CCGGGTTTGA CATGGAGACG
AGTGATACCC TTGGAATGCA GATCATTTCT AATCTCATCT TCCAGTCAAG CGGAGAGATC
TCATTCTCCA CCGACAATGG TACGGTTGTG AATATGAAAA TACCCATTCA AGAAGGATTT
ATAATCAGGG GTGAAGAGCA TGCCACAAGG GAGTAA
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| Protein sequence | MIKIIAVDDE PAFGEMLSIY MKEFGNFQIT VYTSPEDAID KIVAGEADAV ITDYLMEEMD
GISFIRKAKS LVPDIPFVFL TALDDKDVIL NATNAGADFI QFKSEEPSRL FPDIAQKITN
SVEKYRARRE SERGSRTREM LMRTQRDLMA RLSESSTTNQ ALDATLTTVR FLAGCTTGAI
HLMNQKTNKI ELAISHNLPN DLIRRFTFGD LYKVFYEKKA RYYQDPGKPE NTGHYSGGQI
PIMAGTDVIG ILSFILDHTK PLSPEFTDTM ELITGHLGNT LVRIRSEELV RQRENELSEL
YKVMQELVIV IDMDGTILNV NPATTRILRY SEEELIGMPI QVLYPPKIRD EIIFQFMDLT
GSGETIQNTY PLIDRQGLEV PVETRGSIGT WGDRHVLFCI SRDIRERLEA ERNLHEYYER
ISAILASSTA QIYMKNNELR YLTGNEPFLS FVQCDARELV GKTDKEFFSV EVAALREKTD
KKVLAENVPL YNLEENVYGE DGSPHWFVSS KIPVHDLTGK VTGLVGTSLD ITDLVQTRQE
LERRDRILSA VSTVAQTLVR NNEWEPIIPE CLELLGQAAR VEQVILLGMN FYGRAGFEEY
YCEWTMSDIR DYLQVEPDVC SRIIPSVFWY LEKNRFYLGD SKAIRNELSL PEEEPVPSFL
LLLPVFSSET LWGTLAFVTW RKEHTSPIAE IEALIMASEV IGSAISRFQT EELFHKPVER
SLVGVYLVQD YRFIYTNPRL SEILGCNRED LENSPLLRYI HPEDADMVLS HHQRIIENPD
ETDDYEFRGI TADGRMIWIE NLISGIIYKG KPAIIGSIMD ITVRKQAEDD IRVSLKEKDI
LLREVHHRVK NNMQIIVSML RIQSSMVDDP VVSDVLQESK NRILSMAIVH EKLYRTDNLV
SINLLEYINS LARTLISDFS PDESLITLDL ICDPSIEMTI DAGIPLGLIM NELITNSFKH
GFYPDQKGTI GITIVPEQGN LEILYRDTGR GLPPGFDMET SDTLGMQIIS NLIFQSSGEI
SFSTDNGTVV NMKIPIQEGF IIRGEEHATR E
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