Thiorhodovibrio frisius: Thiofri_01501
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Entry
Thiofri_01501 CDS
T09561
Symbol
cheR_2
Name
(GenBank) Chemotaxis protein methyltransferase
KO
K13924
two-component system, chemotaxis family, CheB/CheR fusion protein [EC:
2.1.1.80
3.1.1.61
]
Organism
tfri
Thiorhodovibrio frisius
Pathway
tfri02020
Two-component system
tfri02030
Bacterial chemotaxis
Brite
KEGG Orthology (KO) [BR:
tfri00001
]
09130 Environmental Information Processing
09132 Signal transduction
02020 Two-component system
Thiofri_01501 (cheR_2)
09140 Cellular Processes
09142 Cell motility
02030 Bacterial chemotaxis
Thiofri_01501 (cheR_2)
09180 Brite Hierarchies
09183 Protein families: signaling and cellular processes
02022 Two-component system [BR:
tfri02022
]
Thiofri_01501 (cheR_2)
02035 Bacterial motility proteins [BR:
tfri02035
]
Thiofri_01501 (cheR_2)
Enzymes [BR:
tfri01000
]
2. Transferases
2.1 Transferring one-carbon groups
2.1.1 Methyltransferases
2.1.1.80 protein-glutamate O-methyltransferase
Thiofri_01501 (cheR_2)
3. Hydrolases
3.1 Acting on ester bonds
3.1.1 Carboxylic-ester hydrolases
3.1.1.61 protein-glutamate methylesterase
Thiofri_01501 (cheR_2)
Two-component system [BR:
tfri02022
]
CheA family
CheA-CheYBV (chemotaxis)
Thiofri_01501 (cheR_2)
Bacterial motility proteins [BR:
tfri02035
]
Flagellar system
Chemotaxis proteins
Two component system proteins
Thiofri_01501 (cheR_2)
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
CheB_methylest
CheR
PAS_10
CheR_N
PAS_4
PAS
PAS_8
PAS_9
CCDC39
OmpH
CENP-F_leu_zip
DUF3450
Methyltransf_25
Methyltransf_12
DUF7260
CCDC93_CC
Methyltransf_23
TMF_TATA_bd
HAUS-augmin3
Methyltransf_11
CC_Bre1
Rod_CreS
ATG16
FKBP15
DUF4795
Fez1
DUF3618
IFT57
Golgin_A5
Exonuc_VII_L
SusF_N
ADIP
CCDC113_CCDC96_CC
bZIP_1
RIMB1_N
DUF1664
Phage_scaffold
FUSC
Fusion_gly
EXOC6_Sec15_N
Motif
Other DBs
NCBI-ProteinID:
WPL21376
LinkDB
All DBs
Position
1556575..1559541
Genome browser
AA seq
988 aa
AA seq
DB search
MVPDDEKGRYIVAVGASAGGLDALERFFQALPERSGAAYVVIQHLSPDHKSMMANLLARH
TLMPVVTVEDGMKIETDRVHLIPPASMMSIANNELRLSPKNPRGLTLPIDLFFTALGREF
GKYAIGVVLSGTGSDGTRGAVAINDAGGFLLAQEPETAKFDGMPRSAIATGLVDAILPPE
ELGPRILDHISQVARISIRSNRATVGYDKDNALEETMHLLYHQGGINFREYKPATVMRRI
ERRMQVRHVPDLENYARLLDGDRTELNALRRELLIPVTNFFRDPESFETLAQNAIHTIVQ
ERGEAQAIRAWVPATSTGEEAYSIAILFAEAFDRLKRWPNFKLFATDVEQHNVDVGSAGV
FSEAITAEVSPERLERWFYKRGNHFVVKNEIRQSIVFARHNLLEDPPFTRMDLVTCRNLL
IYFRSEAQERALRRMQYALAPGGFMFLGSSETLAGLQSDFTAVSSKHKIYRILRHVSLPL
DPSSSSLGRYSNMAGKPRAVNKPGRGMTDAVAIDAGQSLLLRSYAPNTLLLNSNNELLHV
FGDVGRYLRFSEGAVSLDLPKLLPAQVAPVAQALLHKAARGAEPLRSDVLSLKLSDGESE
RLRLVVRRVEIEQREPYLLLSFEPMAAESISVHSPGGMETMDLNHETADRVETLERELAA
TRESLQATIEELETANEELQATNEELMASNEELQSSNEELQSVNEELYTVNAENQEKIEI
LNRLNADLDGMAKAAAIATVFVDSDLRLTRFTPEATGLFKIRDGDLGRNIDDFSNLLNYP
NFIEELRNTIQSGEMLQREITASNGRVYLVRVLPYAVRRGDARGAVATFIDVTTLHDIKH
LQAVLNSLPESVAVLDSHGEITMVNDAWRKFAHHTGDQDLQQHGVGVNYLDMCESPDASP
DANPDEIKDGSKKEQVALAARSGIEAVLSGAKSGFSMEYPCCLDEREHRLVMHVAPIRHP
AGGLIISHVDLTQSLQDGDNLGAEGDES
NT seq
2967 nt
NT seq
+upstream
nt +downstream
nt
atggtgccggatgacgaaaaagggcgctacatcgtcgccgttggtgcctcggccggcgga
ctcgatgcgctggagcggttctttcaggcgctgcccgagcgttccggagcggcctatgtg
gtgattcagcacctctcgccagaccataagagcatgatggccaatctgttggcgcgtcat
acgctgatgccggtggtgacggttgaggacgggatgaagatcgagactgatcgggtgcat
ctgattccgccggccagcatgatgagtatcgccaacaacgagctgcgcctgagtcccaag
aacccccgtggcctgaccctgccgattgatctgttcttcaccgccctggggcgggagttc
ggcaaatacgctatcggtgtggtgctctccggcaccggctcggacggtacccgaggtgcc
gtggccattaatgatgccggcggttttctgctggcccaggagcctgaaacagccaagttt
gacggcatgccgcgcagtgccatcgccaccggtctggtcgatgccatcctgccgccggaa
gaactcggtccgcgcattctcgaccacatcagccaggttgcgcgcattagcatacgcagc
aatcgtgccacggttggctacgacaaggacaatgcgctcgaagagaccatgcatctgctc
tatcaccagggcgggatcaattttcgcgagtacaagccggccaccgtgatgcgccgcatc
gagcgacgcatgcaagtgcgtcatgtgccagatctggaaaactacgctcgtctgctcgac
ggcgaccgcaccgaactcaacgccctgcggcgcgagttgctgattccggtcaccaatttt
tttcgcgatccggagtctttcgaaaccctggcgcagaatgcgattcacaccattgtgcaa
gagcgcggcgaggcgcaggctatccgtgcctgggtgccggctacctccaccggcgaggag
gcctactccattgccatcttgtttgccgaggcattcgatcgtttaaagcggtggccaaac
ttcaagttgttcgccacggatgttgaacagcacaatgtcgatgttggcagtgcgggagtg
ttttccgaggccattactgccgaggtctcgcccgagcggctggagcgttggttctacaaa
cgcggcaatcattttgtggtgaagaacgaaattcgccagagcattgtgtttgcgcgccac
aatctgctggaagacccgccgttcacccgcatggacctggtcacctgccgtaatctgctg
atttatttccgcagcgaggcgcaggaacgggcgttgcggcgcatgcaatatgcactcgcg
cccggtggtttcatgttcctgggctcgagcgagaccctggccggtctccagtcggacttc
accgctgttagttccaagcacaagatttaccgcatcctgcggcatgtctcgctgccgctt
gatccgtcgtcttcatccctggggcgctattcaaacatggcgggcaaaccgcgtgcggtc
aacaagccgggccgtggcatgacggatgctgtggccattgatgccggtcagtcgttgctc
ctgcgcagctatgcacccaacaccctgctgctgaactccaacaacgagttgttgcatgta
ttcggcgacgtcggtcgttacctgcgtttcagtgaaggggcggtgtcgcttgatttgccc
aagctgctgccggcgcaggtggcgcctgtggcgcaggccctgctgcacaaggcagcccgg
ggcgccgagccgctgcgctctgatgtgctcagcctgaaactgtccgatggcgagtccgaa
cgcttgcgcctggtggtgcggcgggtcgagatcgagcagcgcgagccctatctgctgcta
tccttcgagcccatggccgctgagagcatttccgtgcacagccccggtggcatggaaacc
atggacctcaatcacgagaccgctgatcgagtcgagacactcgagcgcgaactggcggcg
acgcgcgagagcttgcaggccacaatcgaggaactcgaaactgccaacgaggaactccag
gccaccaatgaagaactcatggcctcgaacgaagaactgcaaagctccaacgaggagctg
cagtcggtcaacgaggaactctacaccgtcaatgccgagaaccaggaaaagatcgaaatc
ctcaaccggctaaatgccgatctcgacggtatggccaaggctgcggccattgccacagtc
tttgtcgactccgatttgcgtctgacgcgcttcactcccgaggccacggggctgtttaag
attcgcgatggcgatcttggccgcaacatcgatgattttagcaatttgctcaattatcca
aactttatcgaagagttgcgcaataccattcaaagcggtgagatgctgcagcgcgagatt
actgcgagtaacgggcgcgtttatttagtgcgggtgctgccctatgcggtgcgtcgcggc
gatgcgcgcggcgcggtggcgaccttcattgatgtcacgacactgcacgacatcaagcat
ttgcaggcggtactgaattccctgcccgagagtgtcgcagtgctcgattcgcatggtgaa
atcaccatggtgaacgatgcgtggcggaaattcgcgcaccacaccggcgatcaggatctg
caacaacatggtgtcggagtaaattatctcgatatgtgcgagtctccggacgcaagcccg
gacgcaaacccggatgagatcaaggacgggagcaagaaggagcaggtcgcgctggcggcg
agatcgggcatcgaagcggtgctgtcaggagcaaagagcggcttttcgatggagtacccg
tgttgcctggacgagcgcgaacatcgccttgtgatgcacgttgcgccgattcgtcatcct
gcagggggcttgattattagccatgtcgatctgacgcaatccttgcaggatggtgacaac
cttggtgcagagggtgacgaaagctga
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