Candidatus Thiocaldithrix dubininis: QJT80_02365
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Entry
QJT80_02365 CDS
T09759
Name
(GenBank) response regulator
KO
K06596
chemosensory pili system protein ChpA (sensor histidine kinase/response regulator)
Organism
tdu
Candidatus Thiocaldithrix dubininis
Pathway
tdu02020
Two-component system
Brite
KEGG Orthology (KO) [BR:
tdu00001
]
09130 Environmental Information Processing
09132 Signal transduction
02020 Two-component system
QJT80_02365
09180 Brite Hierarchies
09181 Protein families: metabolism
01001 Protein kinases [BR:
tdu01001
]
QJT80_02365
09183 Protein families: signaling and cellular processes
02022 Two-component system [BR:
tdu02022
]
QJT80_02365
02035 Bacterial motility proteins [BR:
tdu02035
]
QJT80_02365
Protein kinases [BR:
tdu01001
]
Histidine kinases
CheA family [OT]
QJT80_02365
Two-component system [BR:
tdu02022
]
CheA family
ChpA-ChpB/PilGH (chemosensory)
QJT80_02365
Bacterial motility proteins [BR:
tdu02035
]
Pilus system
Twitching motility proteins
QJT80_02365
Chemosensory pili system proteins
QJT80_02365
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
Response_reg
Hpt
HATPase_c
CheW
KxDL
Motif
Other DBs
NCBI-ProteinID:
WGZ92349
UniProt:
A0AA95HBW8
LinkDB
All DBs
Position
492592..497319
Genome browser
AA seq
1575 aa
AA seq
DB search
MFTEEVAEICENLESWYPEWQQDRKNTSLLTYIRRAFHTLKGSSRMAGALALGDLGWAHE
NLLNQVMSGRFEATDRIVKQIGKALDEVNQRQAFYVEAIVKDARTEALIKSAEAILNDEP
EPSETPISQANLTPALSVSPTVSAESFITVDDTDADFALDEDVSFMLDAPTVETPNVPVL
AAITPPTIIAEPIEETEALNWDVIEVAPATTPMAIAVQPADNDISFALLDDLELTPMDEA
VSTPAPIASPELNFAGLELVDVDFAPVAPPADIEPMVMEQAKVDTSVTQAPPADSSYLFD
LTDDDSVEFAAETETVLSQHEPALDELALPGFLTEETLETSAPAEPRASLAFASEDLLFE
PINSQLPTATSEFAIEDEVDFAESLDFSGSTPATLPAASVETLNKQLPLEPQAFADLVDF
DLLADELDQEDLAATQAVLAETEENLDFAQPTFDEPIDFALEAAVNPDVVSDETEEALSF
TDDKPSAALVSDELWAIDEEDDSSLDFSLTTEANASSTDVSLSDTSDEADADDSGFDLTS
FDIAEESTAFIDTVELDEAVVFEPVESTVIEPAAVELIDDVPSSIESVAVEPIETVVAEP
IAAMAAAPKPAITAPVDAETQLVWQLFWEEFPEQLQALETNMHALRANPHDRDVIRELER
EFHTLKGGARMAQVFSIADVSHAAESLLAQLPLSGAPDASVLEKVQTSIDQIHALSEHSQ
TAPARVETAPIPSPTPTPTTTPSAGSASMWAGLDKAGSLLERMLAEQADSLPDIAILDNS
STSNTSNPALITDTLTSQSTNPQETIRMPAAFVDRLIEQVVGLNVQKIRVFEQMSRMGID
VEELGRTVTRLRQQVRLLELESEAQIHAGQAAGLSAQATADGFDPLEMDQYAEIQRISRS
LAESLNDLVNLEADLSQQLDKSEQLLQNDMRMIRQVQQDLLDTRLVAVSVLTPRLRRLAR
QTGAELGKQVNLEVEGEECELDRHLLQHMTTAMEHLIRNSISHGIELPEERKQVGKSPMG
TIQLSVSRDEAEIVIRYRDDGRGLNPAKLRKRGIEMGLLLEGQNVPDSELYRLILRPGFS
TADSLSQIAGRGIGMDVVYSEVKSLGGSLQIDSKLGEGVEFNMRLPFTMVVNPVLLIDVE
NQVFAMPMTGIQGVTRISGKDLKAALAVKDSRVEFAGQRYQLNHLGHFLINNALSEWDDE
DMIPVVLVDLHKQTFAWAVDKIRGQREVVLQPLGVLFKGCRLYSAATVTPDGNVYLVPDM
ADLARQLTQPQISTKAQPEKNAVIDHHAPRILVVDDSVTVRRVTEKFLASQNYIVGTAKD
GMDALEQVGDFQPDVVLLDIEMPRMDGFELLGHLRHDGAWKDLPVIMISSRTAAKHKDHA
MSLGATDFLGKPYQNEILLSTIQQVLVGKAKPIETLTLGETIEASSALPRAANLSRPLAN
VASVEEKAVRVLVIDDSVTVRRVTEKFLVSQKYVVETAKDGIDALEKIGEFKPDIALSDI
EMPRMDGFELLAQLRAQDQWKKLPIIMISSRTAPKHREHAESLGATDFLGKPYQNDVLLE
TLQTVLQQQKTAEAV
NT seq
4728 nt
NT seq
+upstream
nt +downstream
nt
atttttaccgaagaagtggcagaaatctgtgaaaacttagagagttggtatcctgaatgg
caacaagatcgtaaaaataccagcctattaacctatattcgtcgtgccttccacacgctg
aaaggcagcagccgcatggcgggggcactggcattaggggatttgggttgggcgcatgag
aatctgttaaatcaagtgatgtcaggacgttttgaagccactgatcgcattgtgaaacag
attggtaaggcgctggatgaggtcaatcaacgtcaggctttttatgtcgaagcgattgtt
aaagatgcccgtactgaagcgctgattaaatcagccgaggcgattctgaatgatgagcca
gaacctagtgaaacgcctataagccaagcaaacttaacgcctgccttaagtgtcagccct
accgttagcgctgaatcattcattacagttgatgatacagatgcagactttgcgctggat
gaggatgtgtccttcatgctggatgcgcctacagtcgaaacacccaatgttccggtattg
gccgccataacaccgcctactatcatagccgaacctatagaggaaacagaggcgttaaat
tgggatgtaatagaagttgcacccgctacaacgccaatggctatagctgtccagcccgcc
gacaacgatattagttttgctttattggatgatttagaactgacaccaatggacgaggcg
gttagtacgcctgcgcctatcgccagccctgaactcaattttgcaggtttggagttggta
gatgtagattttgcccctgttgcgccacctgccgatattgaacctatggtaatggagcaa
gccaaggtagacacaagtgttacgcaagcacctccggcggatagtagttatttatttgat
ttgacagatgatgattctgttgagtttgcagcagaaaccgaaacggtattaagccagcac
gagccagcactagacgaattagccttacccggtttcctaacggaagaaacgcttgagact
tctgcaccagcagagccaagagcaagccttgcctttgctagcgaagacttattattcgag
ccgattaatagccaattgcctactgcaactagcgagtttgcgattgaggatgaagtagat
tttgctgaaagtttagatttttcaggttcaaccccagccacactgccagcagcttcggtt
gaaacgctcaataaacaactgccacttgaaccgcaagcctttgccgacctagttgatttt
gatttattagcagatgagctagaccaggaggatttagccgccacccaagcagtgttggca
gaaaccgaagagaatttagattttgcacagcctacgtttgacgaacctatagactttgcg
ctcgaagcagccgttaaccctgatgttgtgagcgatgaaacggaagaagctttaagtttt
acagacgataaacctagcgcggcgcttgttagcgatgagttgtgggcgattgatgaagaa
gacgatagcagtttagacttttcactaacaaccgaagctaatgcttcaagcaccgatgta
agcttatccgacacaagtgacgaagcggatgcggatgattcggggtttgatttaactagc
tttgatattgccgaggaaagtaccgcatttatagatacagtagaacttgacgaagctgtg
gtgtttgaacctgtagaaagcacggttattgagcctgcggcggttgagcttatagatgat
gtacctagtagcattgagtcagtcgcagttgaacctattgaaacagtggttgctgagcct
atagcggcgatggcagcagcacctaaacctgcaataactgcgcctgtggatgcggaaaca
caattggtatggcaattattctgggaggaattccctgaacagttgcaagctttagaaacc
aatatgcacgctttacgggcaaatccgcatgatcgtgatgttattcgtgaattagagcgc
gagtttcatacattgaaaggcggggcgcggatggcgcaggtgtttagcattgcagatgtg
agtcatgcagcggaaagcttattagcacaactaccgttatccggtgcaccagatgccagt
gtattggagaaagtacaaaccagtattgatcaaattcatgcactttctgagcattcacaa
accgcacctgctcgggtggagactgcacctatccccagtccaacccctacgcctactact
acacctagtgcgggttcagcctctatgtgggcaggtttggataaagccggtagcttatta
gagcgtatgttggcggaacaggcggatagtttgccggatatagcgattctggataatagc
agtacgagtaataccagcaatccggctctgattaccgataccttaaccagtcaaagcacc
aatccacaggaaacgattcgtatgcctgcggcgtttgtggatcgcttaattgagcaagta
gtgggtttgaatgtgcaaaaaatccgcgtatttgaacaaatgagccgtatggggatcgac
gtagaggaattagggcgtacggttacacggctacgtcagcaagtgcgtttattagagttg
gaatctgaagctcagattcatgctggacaagcggcgggcttaagcgcccaagcgactgcc
gatggctttgatccgctagaaatggatcaatatgctgaaattcaaagaatttcacgttca
ttagcggaaagtttgaatgacttggtgaatttggaagccgatttatcccaacaattggat
aaaagtgaacaattgctgcaaaacgatatgcggatgattcggcaagtgcagcaagattta
ttagatacacgcttggtggcagtgagtgtattaaccccgcgcttacggcgtttagcccgg
caaaccggcgcagaattgggcaaacaagttaatctggaagtggaaggcgaagaatgcgaa
ctagaccggcatttattgcagcatatgaccactgcaatggagcatttaattcgtaactcg
atttcacatggtattgaattacccgaagagcggaaacaagttggcaaatcgccaatgggc
actatccaattaagcgtgagccgtgatgaagctgagattgtcattcgttatcgggacgat
gggcgcggtttgaatcctgccaaattacgtaagcgtggaattgaaatgggcttattgctg
gaaggacaaaacgtgccggatagcgagttataccgtttaattttacgcccgggctttagt
acggcggatagcttaagccaaattgccggacgcggcattggtatggatgtggtgtattcc
gaagtgaaatccttgggtggtagtttgcagattgattccaaactaggcgaaggcgtggaa
ttcaatatgcgcttaccatttaccatggtagtcaatccagtgttattgattgatgtggaa
aaccaagtgtttgccatgcctatgacggggattcaaggcgtcacgcgcattagtggtaaa
gacttaaaggcggctttagctgttaaagattcacgcgtggaatttgctggacaacgttac
caattaaatcatttagggcatttcctcattaataatgcactgagcgaatgggatgatgag
gatatgattcccgtggtgttggtggatttacataaacaaacctttgcgtgggcggtggat
aaaattcgtgggcaacgtgaggtcgtgttacaaccgctgggcgtgttatttaaagggtgt
cgtttgtattccgccgcgacggtaacgccggatggcaatgtgtatctagtaccggatatg
gccgacttagcgcggcaattaacccagccccaaatcagtacgaaagcacagcccgagaaa
aacgcagtcattgatcatcatgcgccgcgtattttggtggtggatgattcggtaacggtg
cggcgtgtgacggagaaattccttgccagccaaaattatattgtgggtacagccaaagac
ggcatggatgcgttagaacaagtgggtgattttcagcccgacgtggttttattagatatt
gaaatgccacgcatggatggctttgaattgttaggtcatttgcgccatgatggggcatgg
aaagacttacccgtcattatgattagttcacgtacggcggctaaacataaagatcatgcc
atgtctttgggggcaaccgacttcttaggcaagccttatcagaatgaaatcttgctttct
acgattcagcaagtattagtcggcaaagctaaaccgatagaaacgctgaccttaggtgaa
acaattgaagcaagtagtgccttgccgcgtgcagccaatttaagccgccctttagctaat
gttgcttctgtggaagaaaaagcagtgcgtgtattagtgattgatgattcggtgacggtg
cggcgtgtaaccgagaaattcttagttagccaaaaatacgtagtagaaacggcaaaagat
gggattgatgccctcgaaaaaatcggcgaattcaaaccggatattgcgctgagtgatatc
gaaatgccgcgcatggatggctttgaattattagcacaattacgcgcccaagatcagtgg
aagaagttaccgattattatgattagttcgcgtactgcgcctaaacaccgtgaacatgcg
gaatcgttgggggcaaccgactttttaggcaagccttatcagaacgacgtgttattagaa
accttgcaaaccgtcttacaacaacaaaaaacagcggaggcagtatga
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