Natranaerofaba carboxydovora: ACONDI_01354
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Entry
ACONDI_01354 CDS
T07970
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
ncd
Natranaerofaba carboxydovora
Pathway
ncd02020
Two-component system
ncd02030
Bacterial chemotaxis
Brite
KEGG Orthology (KO) [BR:
ncd00001
]
09130 Environmental Information Processing
09132 Signal transduction
02020 Two-component system
ACONDI_01354 (cheR_2)
09140 Cellular Processes
09142 Cell motility
02030 Bacterial chemotaxis
ACONDI_01354 (cheR_2)
09180 Brite Hierarchies
09183 Protein families: signaling and cellular processes
02022 Two-component system [BR:
ncd02022
]
ACONDI_01354 (cheR_2)
02035 Bacterial motility proteins [BR:
ncd02035
]
ACONDI_01354 (cheR_2)
Enzymes [BR:
ncd01000
]
2. Transferases
2.1 Transferring one-carbon groups
2.1.1 Methyltransferases
2.1.1.80 protein-glutamate O-methyltransferase
ACONDI_01354 (cheR_2)
3. Hydrolases
3.1 Acting on ester bonds
3.1.1 Carboxylic-ester hydrolases
3.1.1.61 protein-glutamate methylesterase
ACONDI_01354 (cheR_2)
Two-component system [BR:
ncd02022
]
CheA family
CheA-CheYBV (chemotaxis)
ACONDI_01354 (cheR_2)
Bacterial motility proteins [BR:
ncd02035
]
Flagellar system
Chemotaxis proteins
Two component system proteins
ACONDI_01354 (cheR_2)
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
CheR
CheB_methylest
PAS_10
CheR_N
PAS_9
PAS
CENP-F_leu_zip
UPF0449
DUF5082
Leu_zip
TSNAXIP1_N
LMP
Methyltransf_31
Wtap
OmpH
HAUS-augmin3
EXOC6_Sec15_N
HrpB7
FlgN
TPR_MLP1_2
Syntaxin
Fez1
PAS_8
Exonuc_VII_L
Rootletin
LMBR1
IFT57
DUF4407
Golgin_A5
Not3
Med30
Motif
Other DBs
NCBI-ProteinID:
UMZ73785
LinkDB
All DBs
Position
complement(1422729..1425644)
Genome browser
AA seq
971 aa
AA seq
DB search
MSSSNVDFSVIGIGSSAGGLSALKKFFTNIPSEMDNKAAYVIVHHLSTEHESNLVNLIDK
CTNMEVCEVKDGMKINLNSVYIIPPDRFMNLEKGKLHLSKPSYERGMRLPIDFFFRSLAE
NLKEKSICVLLSGTGTDGTLGLKAIKGEGGMTIVQDPDTTEYDSMPNSAITTGMVDYVLS
PDKMPPQLLAYINYVFEIKERSVAPEGTMEESEQVQKIFDLLRQEVGHDFSGYKLNTIRR
RLERRMAVMQIKSLEEYVRYVENNIEETKALFKDTLVGVTSFFRDPESFEALKEKVIPKL
FEGKEPGEAIRVWVPGCSTGEEAYSIAILIKEELDRRKQHYKVHIFATDIDSDAIEKARQ
GIYPISIAADISNERIMRYFDRNVEGNTYQINRELRDMLIFAEQNVMDDPPFTKLDLITC
RNLLIFLKPKQQEKIFRLFHYALNKNGYLFLGSSESIGEMTDLFESLDQTHKIYKRKGSV
SNLYITPGKDATSSKDILKFSRRPSLKKGDEEKGSIKNLVEKTLLRHYTPAAVVINERGD
IMYIHGRTGKYLEPAAGQASMNIFKMAREGLKLELMEAVRNVNQQNKPVSYEGLRVVSNG
DLSIVNLEVFPVNDSFADLQGMIMIIFKELSSPDVLERLSEKETAVASDLVSEKDKRIVA
LEQELQDKEEYLQSTIEELETYSEELQSVNEEYQSTNEELETSKEELQSVNEELMTVNKD
LQNKIEELRQANNDMNNMLTGTGVGSLFLDESYCIKNFTPAVKEVFNLIEDDIGRPINNI
TSKLNEYYTLEDDIKYTLDTLKQKEREIQTKDGYWYLMRILPYRTMENVVEGAVINFVDI
TRQKDMLDSVNRLAVVVRDSSDVITVQDFEGNIQAWNNKAELIYGWSEAEALQMNISNTI
PSSRKVETMKMIKNIALNEKIEPYETKRLTKEGNVIDIILTATALVDQEGTPYALATTER
CLKIGGDSNGL
NT seq
2916 nt
NT seq
+upstream
nt +downstream
nt
atgtcatcatcaaatgttgacttttcggttattgggataggctcttcagctggaggccta
tcagctttaaaaaaattttttacgaatataccttctgaaatggataataaggctgcttat
gttattgttcatcatttatccacagaacatgaaagcaacctggttaatctaatagataag
tgtactaatatggaagtatgtgaagttaaagacgggatgaaaattaatctaaatagcgtc
tatataattcctcctgataggtttatgaatttggaaaaagggaaacttcatttgagtaaa
ccaagctatgagcgtgggatgagattaccaatagatttcttttttcgttcgcttgccgag
aatctgaaggaaaaatcaatctgtgtcttattatcaggaactgggactgatgggacgtta
ggtcttaaagcgataaaaggtgaaggtggtatgaccattgttcaagatccagataccacc
gagtacgacagtatgcccaatagtgctataacgaccggtatggtggattatgttttatct
ccagataagatgccaccccagcttttagcatatataaactacgtatttgaaataaaagaa
cgttctgtcgctccagaggggacaatggaagagagcgaacaagttcaaaagatctttgat
cttttaagacaagaggtaggacatgatttttctgggtataaattaaatactatcagaaga
agacttgagcgtcgtatggctgtgatgcagattaaatctttagaagaatatgtgcgatat
gtggagaataatattgaagaaactaaagctttattcaaagacaccttggtaggagttacc
agtttctttcgtgatcccgaatcatttgaagctcttaaagaaaaagttataccaaaactt
tttgaaggcaaagaacctggagaagctatcagagtatgggtgccgggctgttctacaggt
gaggaagcttattctatagctatactgatcaaagaagaacttgacagacgaaaacagcat
tataaagttcatattttcgcaactgatattgatagtgatgctatagaaaaagctagacag
ggaatatatccaattagtatagcagccgatatatcaaatgaacgtataatgcggtatttt
gatcgaaatgtagagggtaacacctatcaaataaatcgagaactacgtgatatgttaata
tttgccgaacaaaatgtaatggatgatcctccctttaccaaacttgatttaatcacctgc
aggaatttattaatttttttgaagccaaaacagcaagaaaaaatatttcgcctatttcac
tatgcattaaacaagaatggctatttatttcttggaagttcagagtcgatcggtgaaatg
actgatctctttgaaagtttggaccagacacacaaaatatataaacgaaaaggctcagta
agtaacctgtatataacaccaggaaaagatgctacttcttctaaagatattttaaagttt
tcacgccgtccttcattaaaaaaaggagatgaagaaaagggtagcataaaaaatctggta
gaaaaaacacttctaaggcactatactccggctgcagtagtcataaatgaaagaggagat
attatgtatatccatggacgtaccgggaagtatttggaaccagcggccggacaggctagt
atgaatatttttaaaatggctagagaaggcctaaaacttgaattgatggaagctgtaaga
aatgttaaccaacaaaacaaaccagtatcttatgaaggtctaagggtagtgtcgaacgga
gacttatcaattgttaacttggaggtttttcctgtcaatgatagttttgcagatttgcag
ggaatgattatgataatatttaaagagttaagttcaccagatgtacttgaaaggttaagt
gaaaaagaaacagctgtagctagtgatttggttagtgaaaaagataaaaggattgttgct
ttagaacaggagttacaggacaaagaagaataccttcagtcaaccatcgaggagttagaa
acttatagtgaagaactgcagtcagttaatgaagagtatcagtcaaccaacgaagaatta
gaaacctcaaaggaagagctccaatctgtcaatgaagaactaatgactgttaacaaagac
ctacaaaacaaaatagaagaattaagacaggctaataacgatatgaataatatgcttaca
gggactggagtaggaagtttatttctggatgaatcatattgtatcaaaaatttcacccct
gcagtgaaagaggtttttaatttaatagaagacgatattggtagaccgataaataatata
acttcaaagctaaatgaatattacaccttagaggatgatataaagtatacacttgataca
cttaaacaaaaagagcgagagattcaaacaaaggatggctattggtacttgatgcgtatc
ttgccgtatagaacaatggagaatgttgttgaaggagctgtgataaattttgttgacata
acaaggcaaaaagatatgttggattcagttaatcgactggcagttgtggtgcgtgattct
agtgatgtgataacagttcaggactttgagggtaatatacaggcttggaacaacaaggca
gaattaatatacggttggagtgaagctgaagcattacaaatgaatatcagtaatacaata
ccttctagtagaaaagtagagactatgaaaatgattaaaaacattgccttaaacgaaaaa
atagaaccttacgaaaccaaaagacttacaaaagaaggtaatgttatagacataatatta
acagctacagcattagtagatcaggaagggaccccttacgccttagctactaccgagcgt
tgtttaaaaataggaggtgattcaaatggtctatag
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