| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Fnod_1277 |
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| Symbol | |
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| ID | 5452670 |
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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 | Fervidobacterium nodosum Rt17-B1 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_009718 |
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| Strand | + |
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| Start bp | 1377640 |
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| End bp | 1380549 |
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| Gene Length | 2910 bp |
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| Protein Length | 969 aa |
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| Translation table | 11 |
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| GC content | 29% |
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| IMG OID | 640875053 |
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| Product | multi-sensor hybrid histidine kinase |
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| Protein accession | YP_001410781 |
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| Protein GI | 154249956 |
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| COG category | [K] Transcription
[T] Signal transduction mechanisms |
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| COG ID | [COG0745] Response regulators consisting of a CheY-like receiver domain and a winged-helix DNA-binding domain
[COG2205] Osmosensitive K+ channel histidine kinase |
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| TIGRFAM ID | [TIGR00229] PAS domain S-box |
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Plasmid Coverage information |
| Num covering plasmid clones | 16 |
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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 | n/a |
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| Fosmid unclonability p-value | n/a |
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| Fosmid Hitchhiker | n/a |
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| Fosmid clonability | n/a |
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Sequence |
| Gene sequence | ATGATTCCTC TCTCATTAAA TATTATATAC ATAATTTTAA AGATGAACAT AGACTTGACT
GCTTTTGGAC TGATGGCAAG TATAATTATT CTTTTTTACG AATCTCAAAA AAAGTACGGA
TTAGATTTTA GAGAAGTAGC AAAGGAGATA ACATTTGATT CTACTAATGA TATGATAGTT
CTTATTGATA AAGAAGAACA CATTCTTAGT TACAATAAAT CTTTTTCTTC AATGGTAAAA
GAGTTTCTTG GTATAGAAGA ATTAGCTTAC AAAAACATAT CAGAGATTTT GTCACAAGAA
TGTATTTCCG TAATAAGAAA TGGTTATGGC ATTGTCGAAA AATTTGGTAG ATATTTTCAA
ATAAGTGTTG TTGATATTAA AGAAAAAGTT AAAAACTCAA AATTTGAAGG AAAAGCTGTC
TTTTTCCATG AAATAACGGA TATTAAAAAA TTAGAAGAAG AAGTTATCGC TGAAAGTAAG
AAATATCAAA CACTCTTTGA ATTTTCCCCT CTTGGAATTC TTGTAGAAGA TTCTAATGGT
AACATTTTAG ATGTCAATCC AGAATTTTGT AAGATAAATT GTTTAAGAAA AGAAGAACTA
ATCGGTCAAC ATGTATCTAT TCTCGCACCA AAGGAAGATT ACGAACAGGT TATAAAAAAT
ATCAAAGAAA TTATCTCTGG AAAAACCCTT ATCCACACAG TTAGAAACCT GTCTCGTAGT
GGAGAAGTAA AGTACCTTGA ACTATACGAA AGAAAAATAA CACTTCCTGA TGGTAAAGAT
GGTATATTGT CTATCCAAAA AGATATAACA AAAATTGTTA TGGCACAGAA GGTTATAAAA
TCGCTTGCAA AATACCAACA GATAATTCTT CAACTTGCTC TAAACATTAT AAACACACCT
GTTGAAAAGA TTGATAAAGA AATTAAAAGA GCAATTGAAC TCATTGCAAA AGAATTAAAC
ACAAATAGAA TTAGAGTCTA TAAATTTTCA GCAGATGGCA GTTTTAATTC GATAAGTAAC
TGGTTTTATT CTAATAATCC TATTGAAAAC ACCTTCGTAT CGTTTAACAT TAAAGATATA
AGTGGAAAAG AATTAGATGA ACTAATGGCA GGTAAACAAT TTTCAATAGC AAAACAAAAT
GTTTCAAATG AATTTATCAA AAAAATGTTT GGAGAAAATT CTATCTCACT CATTACTCCG
ATAAAAATAA ACGAAAATGT TATAGGTTTC ATAAGTGCAG CCTTTAAGGA AGATAGAGCG
TTAACTGTTG CCGAAAAGAG GATTTTCTTG TTACTCGCGA CGCTACTTGC AAACTCGGAA
ATCAGAAAAA AATACGAAGA AGAATTAATA AAAGCAAAAC AAGAAGCTGA AAAGGCCAAT
CAAGCTAAAA GCATTTTCCT TGCTAATATG AGCCATGAGA TAAGAACTCC TCTTAACGGA
ATAATAGGAT TTACAAATTT ACTTAAAGAA ACAAAACTTG ATGAAAAACA AGAAAAGTAC
GTTTCGATAA TTCTAAAGTC AAGTGAATTA TTACTAGAAA TAATCAATGA TATCTTAGAT
CTGGCAAAAA TTGAAAGTGG TAAATACCAA CTTGAACCAT TAGAAACAAA TTTAAAGATG
GAACTCCAAA GCTCACTATT ACTATATGAA GCAAAGGCAA AAGAAAAAAA TGTTGAATAT
GAAATAAGAA TAGATAAAGA AATAAGCGAT TGCTTAATAC TTGATAGTGT AAGGTTGCAA
CAAGTTATGT TTAATCTCAT AAACAACGCG ATAAAATTTA CTCCAGCCGG TGGCTCTGTA
AAAGTTTTTG TAAAAAAGAT TTCTGAAGAT GAAGAGCATG AAAATATAAG ATTTTCAGTA
ATTGATACAG GAATAGGTAT TCCAAAAGAA AAACTCGAAA AAATATTTGA ACCTTTCGAA
CAGGCAAGTG TGTCCGTAAC GAAAAAGTAT GGTGGAACGG GGTTAGGTTT GGCTATAAGC
AATTTAATAG TTAGTATGAT GGGGTCAAAG ATAATTGTAG AGAGCGAAGA AGAAAAAGGA
AGTCATTTTT ATTTTGATTT AAAATTAAAA AAGTGTTCTA AGAAAGAAAT TACACAAGAC
ATGAAAACAA TAAAATCAAA AAAGTACAAT GCAAAAGTAT TAGTTGCTGA AGACTACGAA
ATAAATAGGA TACTTATAGA AGAAATACTA AACAAATACG ATATAAAACC AGATTTTGCA
GTAAATGGTA AAGAAGCCGT TGAGATGGCA TTAAATAAAG ATTACGACAT TATCTTTATG
GATGTATTAA TGCCAGAAAT GGATGGTATA GAAGCAACAA AGAAAATAAA AGCGATAAAA
CCTAACCTTC CAATTATAGC ACTTACCGCA CACGCATTAA AAAGTGTAAA AGAAGAAGTA
TTATCCGTTG GTATGAATGA TTACATAACA AAACCTATAA AAATTGCTGA TTTAGAAAGA
GTTTTAAATA AATTCTGTAG TCATTTAGAA TCGTCTGAAA AAAGTGAAAA AGAAGCGCGA
ATTTTTAATG CAAATATTGT TGGAGAAAAA AGAGAAATAA ACGAAATCGA AAAAGATATA
GAAATAACTA AGCAAGAACA AGGTTTTGAC GAAGAGTTTA TGAAAGAATT AATCAAAATG
TTTATAAATT CCACCAAAGA AAGCATTTTA AACATACGGA ATGCTTTACC AAAAGTCGAT
TTTAAGACTA TTCAAAGGGA AGCACATAGT ATAAAAGGTG CAGCTAGGTC TCTTAACTTC
AATAGTATTG GAGAACTTGC TTATCAATTA GAAATAAAAG CAAAAGAAAA AGATGATTCG
TTTGATTATG AAACTCATTT AACTCAGATA GAAGAAAAAC TAAGAAACGT TATTAATTTT
TTCAGAATAA AATACGAAAA GAATAATTAA
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| Protein sequence | MIPLSLNIIY IILKMNIDLT AFGLMASIII LFYESQKKYG LDFREVAKEI TFDSTNDMIV
LIDKEEHILS YNKSFSSMVK EFLGIEELAY KNISEILSQE CISVIRNGYG IVEKFGRYFQ
ISVVDIKEKV KNSKFEGKAV FFHEITDIKK LEEEVIAESK KYQTLFEFSP LGILVEDSNG
NILDVNPEFC KINCLRKEEL IGQHVSILAP KEDYEQVIKN IKEIISGKTL IHTVRNLSRS
GEVKYLELYE RKITLPDGKD GILSIQKDIT KIVMAQKVIK SLAKYQQIIL QLALNIINTP
VEKIDKEIKR AIELIAKELN TNRIRVYKFS ADGSFNSISN WFYSNNPIEN TFVSFNIKDI
SGKELDELMA GKQFSIAKQN VSNEFIKKMF GENSISLITP IKINENVIGF ISAAFKEDRA
LTVAEKRIFL LLATLLANSE IRKKYEEELI KAKQEAEKAN QAKSIFLANM SHEIRTPLNG
IIGFTNLLKE TKLDEKQEKY VSIILKSSEL LLEIINDILD LAKIESGKYQ LEPLETNLKM
ELQSSLLLYE AKAKEKNVEY EIRIDKEISD CLILDSVRLQ QVMFNLINNA IKFTPAGGSV
KVFVKKISED EEHENIRFSV IDTGIGIPKE KLEKIFEPFE QASVSVTKKY GGTGLGLAIS
NLIVSMMGSK IIVESEEEKG SHFYFDLKLK KCSKKEITQD MKTIKSKKYN AKVLVAEDYE
INRILIEEIL NKYDIKPDFA VNGKEAVEMA LNKDYDIIFM DVLMPEMDGI EATKKIKAIK
PNLPIIALTA HALKSVKEEV LSVGMNDYIT KPIKIADLER VLNKFCSHLE SSEKSEKEAR
IFNANIVGEK REINEIEKDI EITKQEQGFD EEFMKELIKM FINSTKESIL NIRNALPKVD
FKTIQREAHS IKGAARSLNF NSIGELAYQL EIKAKEKDDS FDYETHLTQI EEKLRNVINF
FRIKYEKNN
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