| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Tcr_2068 |
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| Symbol | |
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| ID | 3761229 |
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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 | Thiomicrospira crunogena XCL-2 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_007520 |
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| Strand | - |
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| Start bp | 2283381 |
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| End bp | 2286227 |
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| Gene Length | 2847 bp |
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| Protein Length | 948 aa |
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| Translation table | 11 |
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| GC content | 42% |
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| IMG OID | 637786817 |
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| Product | multi-sensor hybrid histidine kinase |
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| Protein accession | YP_392332 |
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| Protein GI | 78486407 |
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| COG category | [T] Signal transduction mechanisms |
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| COG ID | [COG0642] Signal transduction histidine kinase
[COG0784] FOG: CheY-like receiver |
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| TIGRFAM ID | [TIGR00229] PAS domain S-box |
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Plasmid Coverage information |
| Num covering plasmid clones | 25 |
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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 | ATGATTAAAA AGACCCTTTT AAAGTTCTAT GAATGGCCTT TGGTCATTGC CTTTTCAGCA
ACGCTTCTAG CTGTTTATGG TCTTTATCAA GTCTTTGAGC AAGGTAACCA GCAGGAAAGA
CAAAGCTGGG GGCAGCTTTC CGTTGAACGT AACAAGTTGG AAACGTTAAC AAAGATTTAC
GATTTGCGAA CGCAGCTCAA ACTGTTATTG AAAGATGCTG TGGTGCATGA TGATAAGTCC
GAACAGCGTG AAATTTTCAA TAAAATCTCA CAAATACGAC ATAAAATTGT TGAAGAAAGT
GCTCGAATTC GGCGATTAGC AAGTCAAAAG GAAGAGTTGA GAATTCTGGT TGAGCATAAC
CAAATCCTAG AAAAAGGTTT GCCTAAACAA TTTTATTATC AAAGTCTATT GTTGGATTTT
GGCGCCATTC AAGAAGCCAA GGACGTGCTC TATACGGAAG TCATTCCGAC GCAAGATTAT
GCGGATGGGT TGCTTTCTTC ATTTCACTTG CTTGTCGGCC ATTCAATTGA GAGATTACAA
CAAGAACATC TTGCTAAAAA AGCTGAGCGA GATAAGAACT TTAAACAACA AGTCCTGCTC
GTCATTATTC TGGTTTTGGT GATCAGTATT CTGGTGATTT CTTTGGTCAG CTATTCTAAA
CGTCGATTAC AGTCCTATAC CGTTGAGCTC GAACAGGAAG TTAAGTCTCG AACCTATCAG
CTGACGGAAG CCAAAAATGA ATTGCAAAAT TCGTTGGCCG ATTTGGAAAG TATTCTTCAT
GCCGCGCCAG ATGGTATTTT AAAGACCGAT AAAGATGGCA AAATCATGGA AGTAAACCCG
GCAATGGAAA AGTTGTTTGG GTATTCCGCA GACGAGTTGA TTGGCAATAA TGTCGCGATG
CTGATGCCGC GCGCTTACCG AAAATACCAT ACCGAAATTA TCCATAATTT GAACACCAAT
AGCTTCAATC GTACCAATTT AATGGGGCAA GATGGCCGTG TTAAGGGACA GCATAAAGAG
GGTGGGGTTT TTCCGATTGA AGCGGCGATA GGCCCGATTA AAGACTCTAA TCAGAGTGGT
TTCACCATTA TCATCCGAGA CATTACCAAT AATATTCATA TCGAATATAA ATTGAAAAAG
CAAAAAGAGT TACTTGAAAC GCTTTGGAAA GCCACAAATT TATTTATGGT TTACAAGGAT
CTTTCTGAGG TGGCCGATTA TTTACTGGGT CGAATTTTGA AGTTGACCAA AAGTGAATAT
GGCTTTATAG GGGAAGTGCT ACACGATGCA GATGGGCAAA GTTATTTAAA AACCCATGCG
TTGACGAATA TTGCCTGGAA TGAAGAAACT CGAAAATTTT ATGATGAAAA TGCACCAGAA
GGATTGGAAT TTAGAAATCT TAATACCTTG TTTGGGCATG CCATCACCAC TCAGCATGTA
GTGATTAGTA ATGACCCTAA ACAGGATAAG AGAAGTGGCG GATTGCCAGA AGGTCATCCC
GACTTAAGCG CTTTTTTGGG CGTGCCGGTT TTTTACGGTT CCAAACTGGT TGGTATGTAT
GGTCTTGCTA ATTCCCCGGA TGGTTATGAC GAAGAAATGG TGGATTTTTT GGCATCGTTT
ACCCAAAATT ACGGTGCCTT GATTTACGTT AAGCGAATGC TGTCTCAGCA AGAAGAGATG
CATGAAGAAA TTTTAAAAGA GCGCAATGAA GCGGAAAAAG CCAGTCAGGC CAAATCGCAA
TTTTTATCCA GCATGAGTCA TGAGTTAAGA ACGCCGTTAA ATGCAGTATT GGGGTTTGCT
CAGTTGCTGG ATATGGATGA AAACCTAACC GCTGACCAAA AAGACAATAT CTATGAAATC
GTGAAAGCCG GGAATCACTT ACTCGATTTA ATTAATGATG TGTTGGATTT AGCCAAAATT
GAATCGGGTA ATGTTGATTT GTCGATTGAG CCGGTCGGTT TAAAAGAGGT GCTTGAAGAG
TGCCGTAATT TGATGTTGCC AGTTGCGGAG AATAAAGGCA TTTCATTGGA TATTCCTGCC
TTGAACGATT TGTATGTTCG TGCGGATCGT GTTCGTCTCA AGCAAATTTT ATTGAACTTA
TTGTCGAATG CCGTGAAATA CAATGATGAC CATGGCCGGG TCTGGGTGGA ATGTGGACAG
CAATCCGAAA ATACCCTAAG AATTTCGGTG AAAGACAGCG GGCTCGGCGT ACCAGAAAAT
AAGCAGTCGG AACTTTTCCA GCCGTTTAAT CGTTTGGGAC AAGAAGGCGG TGGCATCGAG
GGAACGGGTG TGGGGTTGTC TATTACAAAA ACGCTGATTG AGCTGATGGG CGGTGAGATT
GGCTATCAAC CCAATACGCC AAAGGGAAGC TGTTTCTTTG TGGAGTTACA CATTGATTCA
TGCCACCCAT TCGAGGAGGG GTTTGATCAG GCCTTGTTGT TGGATTCAGA CAAAGAGGAT
CAACTCAGTA AAACCATTTT ATACATTGAA GATAATCCAG CGAATTTAAA GTTGGTGTCG
CATGTTTTAG CCAAACGAGA CCATACTAAT TTAATTACTG CGCATGAACC TCAGCTTGGG
ATTGAATTAG CGAAAGCGAA TAAACCAGAC TTAATCTTGC TGGACATCAA TATGCCGGGC
ATGAGTGGTT ATGAAGTCTT AGAGGTCTTC AAAAAAGACA GTGATGTCAG CAAAGTGCCA
GTGGTTGCAA TTACGGCCAA TGCAATGTCG CATGATATTC GACGTGGCAA GCGTGCCGGG
TTTGATGATT ATTTAACCAA ACCCTTAGAC GTTGAGAATT TCCTAAAGGT GGTTGAACGG
TACTTAACGA AAACGGAAGC CAAATAA
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| Protein sequence | MIKKTLLKFY EWPLVIAFSA TLLAVYGLYQ VFEQGNQQER QSWGQLSVER NKLETLTKIY
DLRTQLKLLL KDAVVHDDKS EQREIFNKIS QIRHKIVEES ARIRRLASQK EELRILVEHN
QILEKGLPKQ FYYQSLLLDF GAIQEAKDVL YTEVIPTQDY ADGLLSSFHL LVGHSIERLQ
QEHLAKKAER DKNFKQQVLL VIILVLVISI LVISLVSYSK RRLQSYTVEL EQEVKSRTYQ
LTEAKNELQN SLADLESILH AAPDGILKTD KDGKIMEVNP AMEKLFGYSA DELIGNNVAM
LMPRAYRKYH TEIIHNLNTN SFNRTNLMGQ DGRVKGQHKE GGVFPIEAAI GPIKDSNQSG
FTIIIRDITN NIHIEYKLKK QKELLETLWK ATNLFMVYKD LSEVADYLLG RILKLTKSEY
GFIGEVLHDA DGQSYLKTHA LTNIAWNEET RKFYDENAPE GLEFRNLNTL FGHAITTQHV
VISNDPKQDK RSGGLPEGHP DLSAFLGVPV FYGSKLVGMY GLANSPDGYD EEMVDFLASF
TQNYGALIYV KRMLSQQEEM HEEILKERNE AEKASQAKSQ FLSSMSHELR TPLNAVLGFA
QLLDMDENLT ADQKDNIYEI VKAGNHLLDL INDVLDLAKI ESGNVDLSIE PVGLKEVLEE
CRNLMLPVAE NKGISLDIPA LNDLYVRADR VRLKQILLNL LSNAVKYNDD HGRVWVECGQ
QSENTLRISV KDSGLGVPEN KQSELFQPFN RLGQEGGGIE GTGVGLSITK TLIELMGGEI
GYQPNTPKGS CFFVELHIDS CHPFEEGFDQ ALLLDSDKED QLSKTILYIE DNPANLKLVS
HVLAKRDHTN LITAHEPQLG IELAKANKPD LILLDINMPG MSGYEVLEVF KKDSDVSKVP
VVAITANAMS HDIRRGKRAG FDDYLTKPLD VENFLKVVER YLTKTEAK
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