Pseudobutyrivibrio xylanivorans: FXF36_04750
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Entry
FXF36_04750 CDS
T06217
Name
(GenBank) methyl-accepting chemotaxis protein
KO
K03406
methyl-accepting chemotaxis protein
Organism
pxv
Pseudobutyrivibrio xylanivorans
Pathway
pxv02020
Two-component system
pxv02030
Bacterial chemotaxis
Brite
KEGG Orthology (KO) [BR:
pxv00001
]
09130 Environmental Information Processing
09132 Signal transduction
02020 Two-component system
FXF36_04750
09140 Cellular Processes
09142 Cell motility
02030 Bacterial chemotaxis
FXF36_04750
09180 Brite Hierarchies
09183 Protein families: signaling and cellular processes
02035 Bacterial motility proteins [BR:
pxv02035
]
FXF36_04750
Bacterial motility proteins [BR:
pxv02035
]
Flagellar system
Chemotaxis proteins
MCPs
FXF36_04750
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
MCPsignal
dCache_1
HAMP
DUF1664
MCP-like_PDC_1
BLOC1_2
NPV_P10
DUF16
DUF948
GAS
Tup_N
BORCS6
TACC_C
FlgN
MbeD_MobD
Fib_alpha
CREPT
IFT57
CC4_CEP85
COG3_N
Fez1
Laminin_II
ATG17_like
Baculo_PEP_C
Nup88
CENP-F_leu_zip
NET2A
WEMBL
YscO
DASH_Dad1
Motif
Other DBs
NCBI-ProteinID:
QFJ54225
UniProt:
A0A5P6VNI1
LinkDB
All DBs
Position
1:complement(1053525..1055546)
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AA seq
673 aa
AA seq
DB search
MAKNSSSPKKQAHISAQLLIILVPLVIVALAVVAFILAIQAKNVIEREAKKDLLHETMAN
ANSIETTAQGIMVYYDGIADIIETSTYEEDSEIVIDLALSMKKYEGIITDAYIGLSNKQF
FDGSGWTPDAGYDPTSRAWYQSGESSAAMHIGPPSLDLTTGAMVAIGSRSITLKDGRKGV
MSIDITLGRLSEQVSGYTPGETGSCICFDGTTILGSVESEYVGTDVSEHTDDTFLQSISS
AVVAGTTDTVVPMKGNDGKAYYVAITPIEGTSWTLVSYVKTADVLSDLRKFELISIIVAT
IILFVLVVILQLVITKLVAHPVRNLTDSILKIASGDFTVEIPEGGSNEIGTMNNNMHDYV
EKMRHTLKEIKTTTEQLASEANYSKDVSGDLNRQADEQASAMQQIQHTMDDMSAAVGDLA
ENATSLAQQVSDLTQQSETTKATMEDLVTTAQEGQRDMNAVQSGMTSVAESMREMNEVVR
NVDASAKQIDSIVDMINSISSQTNLLSLNASIEAARAGEAGRGFAVVADEIGALAQNSAE
STRQISEIIKEITAQIAELSAKAEANVEEINTSMESVNTAGETFEKIFKSLDEASETVGE
MISKIGSVDEIATSMAAISEEQSASTEEVSSTATVLAEGAEAVAENSRGVDSSATAVSDS
SIKIEDLINIFKV
NT seq
2022 nt
NT seq
+upstream
nt +downstream
nt
atggcaaagaattcttcttcaccaaaaaagcaggcacatattagcgcgcagcttctcatt
attttagtgccactggtaattgtagcactggcagttgtagcgtttatccttgcgattcaa
gcgaagaatgttattgaacgtgaggctaaaaaagatcttttacatgagacaatggctaat
gccaacagcattgagacaacagctcagggaatcatggtttactatgatggtatcgctgat
atcattgagacgtcgacgtatgaagaagattccgagattgttattgacttggccctctca
atgaaaaaatatgagggtataattactgatgcatacataggactgtctaacaaacagttc
tttgatggctctggatggacacctgatgctggatacgacccaacaagccgtgcttggtat
caaagcggtgagtcttctgctgctatgcatattggtccacctagtcttgatttaactaca
ggtgccatggtagcaattggttcccgttcaattacactcaaagacggacgtaagggtgtt
atgtcaattgatatcactcttggcagattatcagaacaagttagtgggtacacacctggt
gaaacaggttcttgtatctgctttgatggcactacaatccttggttcagtggaatctgaa
tacgttggtacagacgtatctgaacatactgatgacacatttttgcagagcatatcttct
gctgttgtagcaggcacgacagataccgtcgttccaatgaagggtaatgatggtaaggca
tactacgtagccatcactcctatagagggtacaagttggactcttgtttcctatgtcaag
actgcagatgttctttcagatttacgaaaattcgaattgatttctattatcgtagccaca
ataatcctatttgtacttgtcgttattcttcaacttgtaattacaaagctggttgcacat
ccagtacgtaatcttacagacagtattttaaagattgcaagtggtgatttcacagtagaa
attcctgaaggtggttcgaacgaaattggcaccatgaacaacaacatgcacgattatgtt
gagaagatgcgccataccctaaaagagattaaaactactactgaacaacttgcttcggaa
gccaactatagtaaggatgtctctggtgatttgaataggcaggctgatgaacaggcaagt
gcaatgcaacagattcagcacacaatggatgatatgtcagctgcagttggagatttggca
gaaaatgcaacaagtctggctcagcaggtaagcgaccttactcaacagtctgaaactaca
aaggccacaatggaagatcttgttactacagcccaggaaggacagcgtgacatgaacgcc
gttcagtctggaatgacaagcgttgcggagtctatgcgcgaaatgaacgaagttgtaaga
aacgtagatgcgtctgcaaaacagatcgattctattgttgatatgattaactctatttca
agccagaccaaccttctttcacttaacgcttctattgaagctgcacgtgcaggagaagca
ggacgaggctttgcagttgttgctgatgaaattggtgctcttgctcagaatagtgccgaa
tctacaagacagatttcggaaattattaaggaaatcacagctcagattgcagaactttcg
gccaaggcagaagcaaacgtagaggaaatcaacactagcatggaatctgtaaacaccgca
ggcgaaaccttcgagaagattttcaagagtcttgatgaagcaagcgaaactgtaggtgag
atgattagcaagattggtagcgttgatgaaatcgcaacctctatggcagctatctccgaa
gagcagtcagcaagtacagaagaggtaagctcaactgctacagttctcgcagaaggcgca
gaagcagtggctgagaactctcgtggtgttgatagcagtgctacagctgtttctgattcc
tctataaagattgaagacttaattaacatatttaaggtataa
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