Sulfurospirillum diekertiae ACSTCE: FA592_10575
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Entry
FA592_10575 CDS
T06548
Name
(GenBank) response regulator
KO
K19691
osomolarity two-component system, sensor histidine kinase NIK1 [EC:
2.7.13.3
]
Organism
sult
Sulfurospirillum diekertiae ACSTCE
Pathway
sult02020
Two-component system
Brite
KEGG Orthology (KO) [BR:
sult00001
]
09130 Environmental Information Processing
09132 Signal transduction
02020 Two-component system
FA592_10575
09180 Brite Hierarchies
09181 Protein families: metabolism
01001 Protein kinases [BR:
sult01001
]
FA592_10575
09183 Protein families: signaling and cellular processes
02022 Two-component system [BR:
sult02022
]
FA592_10575
Enzymes [BR:
sult01000
]
2. Transferases
2.7 Transferring phosphorus-containing groups
2.7.13 Protein-histidine kinases
2.7.13.3 histidine kinase
FA592_10575
Protein kinases [BR:
sult01001
]
Histidine kinases
Other
FA592_10575
Two-component system [BR:
sult02022
]
Other families
SLN1-YPD1-SSK1/SKN7 (osmosensing)
FA592_10575
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
HATPase_c
Response_reg
HisKA
NIT
Motif
Other DBs
NCBI-ProteinID:
QIR79273
UniProt:
A0A6G9VUH7
LinkDB
All DBs
Position
complement(632087..635326)
Genome browser
AA seq
1079 aa
AA seq
DB search
MKLTTQHTLKLISQYPLIILFIFSSYFLFLSYKQFDTTLTLKNKIESTRVLSTLSIELAK
ERGLSASYISSQGSIAKESLQEQRVAVTKAITEFHNFYQTHEVTPNIKNTILYINKIGDM
RQAVDKFSIDFNKMFFDYYSQINTFLLKELETLGAINSNSNISNLTYSLVSAYKNIEYLG
QERGFVSKILSQYVPFSPKDLEIWISIFGVSNIFDHTTINDQATRTQIETLYKLPENIKL
DEEITQVKAELITAAQSGEYLIDPTLWFGLLTKKIDILDKSAQIIKASLNVEEKNYDTQN
MGQLIGAGLTWIISIVLMFLGLGLSGQFRKNVQGLENIFTRVEELAETKEKVDFNTAEGM
NVAYGIIDRAIENIAKEKKNAEEASAAKSIFLANMSHEIRTPLNGIIGFTELLKNSDLDE
EKREFVDVIEKSSENLLAIINNILDLSKVESNKIEIDEILFSPIDEFENAVEVYGPKAAE
KNIQLSLYIDPSLHNYLKSDAVKIKEVLINLMSNAVKFTPNNGQITVEIKRVDNAPLDKA
RVLFSVQDSGIGINKDKIEGIFDAFNQADSTITRKFGGTGLGLTISSKYIALMGGRLEVE
SDEGKGSRFFFVLDLVESSSSGTDYKDHFNDFNCAIYSPLNSNKAHTEFMYDYFTYFGAH
AKYYTDFPALKNLIFKAGSNIIVADYNNLTKEELEEYKKIKLPIILIFKSSQQVKYNEFN
TKYITPIYEPINVSKLVRALESKREFLPVKEDRIEPQPLPKVTFGKKFKANVLVAEDNEI
NQKLIRRTLEDLGLNITIVPNGLQAVERRRNDNFDMIFMDIAMPVMDGIEATHKILEYEE
QNHLPHIPIVAITANALKGDRERFMKEGLDEYITKPIKKDSIISILNLFIQDKIDFTAQE
EAPSVDVKQSTVKQQPEEIHVPLQSEEMLHVEPNLSTSIEEIQNPLIEEKSNESIVPTIE
IKDVLVLKKSPIETKIFTSVLSKMCEYVESATSYNDFKQKIGSKHYKVILFDKEMLLDDV
EIFSTWIQSTEKEHNAGKINTIMFIDPKDKNQDTTVAFDAILPNQISKKDLETLIHKFI
NT seq
3240 nt
NT seq
+upstream
nt +downstream
nt
atgaaattaacgactcagcatactttaaagcttatcagtcaatatcctctgattattctt
tttattttttccagttactttctcttcttatcatataagcaatttgatacaacgttaaca
ctgaaaaacaaaatagaaagtacccgggttttaagcacactctctattgagcttgcaaaa
gagaggggactgagcgcttcttatatttcaagtcaaggaagtattgcaaaagaatctctt
caagaacaacgcgtagcggttacaaaagccattacggaatttcataacttttatcaaacc
catgaagtaacgccaaatattaaaaacactattctttacattaacaagattggtgatatg
cgtcaagcagtcgataaattctcgattgactttaataaaatgttctttgattactatagt
cagattaatacatttctcttaaaagagcttgaaacactgggagctatcaattcaaactct
aatatttcaaaccttacgtattctttggtttctgcctacaaaaacatcgaatatttagga
caagagagaggtttcgtttctaaaatcctcagtcaatatgtcccttttagccctaaggac
cttgaaatttggattagtatttttggtgtttcaaatatttttgaccatactactattaat
gaccaagcaacacgtacacagattgaaacactttataaactcccagagaatattaaactt
gacgaggaaatcactcaagtcaaggctgaacttattacagctgcgcaaagtggcgagtac
ttaatcgaccctacgctctggtttggtctcttaacaaagaaaattgatattcttgacaaa
tctgctcaaattattaaagcttctcttaacgtagaagaaaaaaactatgatactcaaaac
atgggtcaattgattggtgcagggcttacatggattatctccatcgttttgatgttccta
ggacttggactttcaggacaatttagaaagaatgttcaaggccttgaaaatatctttaca
cgtgttgaagaacttgccgaaacaaaagaaaaagttgactttaacacggcggaaggtatg
aacgtcgcttatggtattatcgatcgagcgattgaaaacattgccaaagagaagaaaaat
gcggaagaagccagtgccgcaaaaagtatcttcttagccaatatgtctcatgaaattaga
acacctcttaatggtattattggatttacagaacttttgaaaaattctgatctcgatgaa
gaaaaacgtgaatttgtagatgttattgaaaaaagttctgaaaaccttttagccattatt
aataatattcttgatctttctaaagtagaaagcaataaaatcgaaatcgacgaaattctc
ttctcccctattgacgaatttgagaatgcagttgaagtgtatggaccgaaggctgctgaa
aagaatattcaactttcattgtatattgaccctagcttacacaactaccttaaaagtgat
gccgttaagatcaaagaagttctcatcaatcttatgagtaatgctgttaaatttactcca
aacaatggtcaaatcactgtagaaatcaaacgtgtcgataatgcaccccttgataaagct
cgcgtactcttcagtgtacaagattcaggtattggtattaacaaagataaaattgaaggt
atttttgacgcctttaaccaggctgattctacgattacacgtaaatttggaggtacagga
ctgggtctaaccatctcatcaaaatatattgctctgatgggtggtcgtttagaagtggaa
agtgatgaaggtaaaggtagccgcttcttctttgtattagaccttgtagaatccagctca
agtggtaccgactataaagatcatttcaatgactttaattgcgccatctattcacctctc
aatagtaataaagcacatactgagtttatgtacgattactttacttattttggagcacat
gcaaaatactatacagattttcctgcacttaaaaaccttatttttaaagcaggaagcaat
atcatcgtcgctgattataacaatcttaccaaggaagaacttgaagagtataaaaagatc
aagttacctattatcctgatcttcaaatcttctcaacaagtcaagtacaatgagtttaat
acgaaatacattacacctatttatgagccaatcaacgtatcaaaacttgttagagcactg
gaatccaaacgcgaatttttaccggtaaaagaagatcgtattgaaccacaaccattgcca
aaagttacttttggcaagaaatttaaagcgaatgtgcttgttgccgaagataatgagatc
aatcaaaaattaattcgaagaacattagaagatttaggccttaatattacgattgtacct
aatggtcttcaagcagtagaacgtcgccgtaatgataactttgatatgatcttcatggat
attgcgatgcccgttatggatggcattgaagcaacgcataaaattctcgagtatgaagag
caaaaccatctcccccatattcctattgttgctattacggctaatgcgctcaaaggtgat
cgtgagcgttttatgaaagaaggattggacgagtatataacaaaaccaatcaaaaaagac
agtattattagtattcttaacctctttattcaagataaaatagattttacggcgcaagag
gaagctccttcggtagacgttaaacaatcgacagtaaaacaacagcctgaggagatacat
gtgcctcttcaatcggaagaaatgctacatgttgaaccaaacttatctacaagcattgaa
gagattcaaaatcctcttattgaagagaagagtaatgaatcaatcgttccaacgatcgag
atcaaagatgtgcttgttttgaagaaaagccctattgaaacgaaaatatttacaagcgtg
ttaagtaaaatgtgtgaatacgttgaatcagctacttcctacaatgattttaaacaaaaa
attggatcaaaacactacaaagttattctttttgataaagagatgcttctggatgatgta
gaaatattttcaacatggattcagtcaactgaaaaagagcacaatgcaggtaaaatcaat
acgattatgtttattgatccaaaagataaaaatcaagataccaccgttgcctttgatgct
attttaccaaatcaaattagcaaaaaagaccttgagacacttatccataagtttatttaa
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