Vibrio fluvialis: AL536_02855
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Entry
AL536_02855 CDS
T04379
Symbol
torS
Name
(GenBank) HAMP domain-containing protein
KO
K07647
two-component system, OmpR family, sensor histidine kinase TorS [EC:
2.7.13.3
]
Organism
vfl
Vibrio fluvialis
Pathway
vfl02020
Two-component system
Brite
KEGG Orthology (KO) [BR:
vfl00001
]
09130 Environmental Information Processing
09132 Signal transduction
02020 Two-component system
AL536_02855 (torS)
09180 Brite Hierarchies
09181 Protein families: metabolism
01001 Protein kinases [BR:
vfl01001
]
AL536_02855 (torS)
09183 Protein families: signaling and cellular processes
02022 Two-component system [BR:
vfl02022
]
AL536_02855 (torS)
Enzymes [BR:
vfl01000
]
2. Transferases
2.7 Transferring phosphorus-containing groups
2.7.13 Protein-histidine kinases
2.7.13.3 histidine kinase
AL536_02855 (torS)
Protein kinases [BR:
vfl01001
]
Histidine kinases
OmpR family
AL536_02855 (torS)
Two-component system [BR:
vfl02022
]
OmpR family
TorS-TorR (TMAO respiration)
AL536_02855 (torS)
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
TorS_sensor_domain
HATPase_c
HisKA
Response_reg
Hpt
4HB_MCP_1
HAMP
ZapB
Motif
Other DBs
NCBI-ProteinID:
AMF92436
UniProt:
A0A0X8LI73
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All DBs
Position
1:597712..600588
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AA seq
958 aa
AA seq
DB search
MRISKTSIGRKLLLSFIAMAFLVLLSAIIGVLGFSQVSKTERQVVNSAIPAMLEARQVAE
LSNRIIGSVQTLSTANNEEQRKQVGKTLFEQLGQLLEHVKTLGQDSSDTQLLSSLEADVQ
SVIDTLGLLGQEVERKLQLTETLNHQALNMRASAQELEQLTRTQVLNTSTVAVANVTHIY
DLLKEKRTAQVYKALDTLVEVDLDLSERLHELHLLAYKVLNEIEETRTVTDIQRIVALQQ
EFVTNIEVMQRRVQAVEDPTRSKQMTLLLTQLEQQQTLFDDLIARHNSTLRAQDLATQSL
DQFASLNQRVNQLVDTSNQSATAAVYELSRTLSLAQWTLSVLSLVGLIATTIIVWRVVYQ
SVVKRLARHTSALLSVAKGQLQVEVETQGHDELAEMGRAIATARDTAKALKVVAESEVKA
KRELQEHKAHLEDVVEERTLQLRETNQKLNQEVLNHAKARLDAEQASRAKSVFLATMSHE
IRTPMNGVLGTAHLLQDTPLSDTQRHYVNVIDRSGQNLLAILNDVLDYSKIEAGHLQIRH
ASFNLRHMLRCVYQLMESRAKEKGLALNLHIDSDLADYWKGDETRLQQVLNNLVSNAIKF
TPQGHVDLAVYPDPNDECDVLFEVCDTGIGISAADQQTLFDAFTQAEAGLATQGGTGLGL
AISSRLVEAMQGELQVESSLNEGSRFYFSLPLELGDAVTEPAEVPLTNTSSVKVLVVEDN
DVNQLVAEGFLNSLGHQVVIAANTKQALSVFAQQRFDIALLDINLPDGDGVSLMNQLRAL
EQQQGQTPIPMVAVSAHVFNEEVNHYLASGFDGYLPKPLVKSELARMLVQQLRLSDTPHK
ATNSQSHQDNILNTAQLHDDIEVLGMEKMAEIVRYFRQGAQHTSMQFADQTLSEEAIKQA
AHKLKGSAGSLGLIQLMKLCEEVERAASPRQRASEKLDEIQQTIDASLAALEAEINWS
NT seq
2877 nt
NT seq
+upstream
nt +downstream
nt
atgcgaatcagcaaaaccagcatcggacgtaaattattgttatcgtttatcgcgatggca
tttctggtgctgctatccgcaattatcggcgtgttgggtttttcgcaggtttcaaaaacc
gaacgtcaggtcgtcaacagcgccattccggccatgctggaagcgcgtcaggtggccgaa
ctcagtaatcgcatcattggttcggtgcaaacgctctctaccgctaacaatgaagagcag
cgtaagcaggttggtaaaaccctgtttgaacaactcggccagttgcttgaacacgttaaa
accctgggccaggactcttccgatactcagttgctgagctcactggaagcggatgtgcaa
agtgtgattgatacactgggtctgctcggacaagaagttgaacgtaaactgcaactgacg
gaaacgctaaaccaccaggcgctcaacatgcgcgcttcggcgcaagagcttgaacagctc
acccgcacgcaggtgctcaacaccagcacagtggcggtggccaatgtcacacatatctac
gatctgctaaaggaaaaacgcacggcgcaggtttataaggcgctcgataccttggtcgag
gtcgatttggatttgtccgaacgcctgcacgaattgcatttgctggcgtacaaagtgctt
aatgaaattgaagagacccgcaccgtcacggatattcagcgtatcgtcgcgcttcagcag
gaatttgtcaccaatattgaagtgatgcagcgccgcgtccaggcggttgaagatccaacc
cgttccaaacagatgactctgctgctcactcaattggaacagcagcagactctgtttgat
gatttgatcgcacgccataacagtacgttgcgcgcgcaggatctagccactcaatcgctg
gaccagttcgcctctttgaaccagcgggtcaaccagttggtggatacgtctaaccagtcg
gccactgctgcggtgtatgaactgtcgcgaacattaagtctggcgcaatggacgttgtca
gttcttagcttagttggtctgatcgccacgacgatcattgtctggcgcgtggtgtatcaa
tcggtggttaaacgcttggcgcggcatacatcggcactgctttcggtcgcaaaaggacaa
ttacaagtcgaagtggaaacgcaaggccatgatgagctggcggaaatgggccgcgcgatt
gcgacggctcgtgacaccgcaaaagcgctgaaagttgtcgcggaaagcgaagttaaggcc
aagcgagagctgcaagagcacaaggcgcatctggaagatgtggttgaagagcgcacctta
cagctacgcgaaacgaaccaaaagctcaatcaggaagtactcaaccatgccaaagcgcgt
ctggatgcagagcaggcaagtcgcgctaaatcggtattcctcgccaccatgagccatgaa
attcgcaccccgatgaacggagtattgggtaccgcgcatctgctgcaagatactccgctg
tccgacacgcagcgtcattatgtcaacgtgattgaccgcagcggacagaacttattggcc
attcttaacgatgttttggattactcaaaaatcgaagccggacatttacagattcgccat
gccagctttaatttgcgtcacatgctgcgctgcgtgtatcagctgatggaaagccgggcg
aaggaaaaaggtttagctctcaacctgcacattgattcggatttggcggattactggaaa
ggggatgaaacccgtctacaacaagttctgaacaatttagtgagcaatgcgattaagttc
acgccgcaagggcatgttgacctggcggtttatcctgacccgaatgacgagtgcgacgtg
ctgtttgaagtgtgcgatacgggtattggcatcagtgctgccgatcagcaaaccttgttt
gacgccttcactcaggcggaggctgggcttgcaactcaaggcggaacagggctcggtttg
gccatcagttctcgcttggtggaagcaatgcaaggtgaactgcaggttgaatcgagcctc
aatgaaggtagtcgcttttacttctctctgcctttggaactcggagacgcggtaaccgaa
ccggcggaggtgccgctgaccaatacgtcatcagtcaaggtgttggtggtcgaagataac
gacgttaaccagttggtggcggaaggttttcttaatagcctgggccatcaagtggtgatt
gcagccaatactaaacaagcgctgagcgtgtttgcccagcagcggttcgatattgcgctg
cttgatatcaatctgccggacggagatggcgtgagcctgatgaatcagctcagagcactg
gaacagcagcaagggcaaacaccgataccgatggtggcggtgtcggctcacgtatttaat
gaagaagtgaaccattatctcgcttccggttttgacggttatctgcccaaaccgctggtg
aagtcagaattggcacgcatgctggtgcaacaactgaggctgagcgatacaccgcacaag
gcgacaaacagccagtctcatcaggacaatattctcaatactgcgcaattgcatgacgat
attgaggtacttggcatggagaaaatggccgaaatcgtccgctatttccgacaaggcgcg
cagcacacatcgatgcagtttgctgaccaaacgctcagcgaagaggcgatcaagcaggct
gcccataaactcaaaggatcggccggaagcttgggcttaatacaattgatgaaattgtgt
gaggaggtggagcgcgctgcatcgccacgccaacgagcgagtgagaagctggatgaaatt
cagcaaacgatagacgcttcgctcgctgcactagaggcagaaattaactggtcataa
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