Rheinheimera sp. F8: ATY27_18230
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Entry
ATY27_18230 CDS
T09854
Name
(GenBank) chemotaxis protein
KO
K03406
methyl-accepting chemotaxis protein
Organism
rhei
Rheinheimera sp. F8
Pathway
rhei02020
Two-component system
rhei02030
Bacterial chemotaxis
Brite
KEGG Orthology (KO) [BR:
rhei00001
]
09130 Environmental Information Processing
09132 Signal transduction
02020 Two-component system
ATY27_18230
09140 Cellular Processes
09142 Cell motility
02030 Bacterial chemotaxis
ATY27_18230
09180 Brite Hierarchies
09183 Protein families: signaling and cellular processes
02035 Bacterial motility proteins [BR:
rhei02035
]
ATY27_18230
Bacterial motility proteins [BR:
rhei02035
]
Flagellar system
Chemotaxis proteins
MCPs
ATY27_18230
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
MCPsignal
HAMP
4HB_MCP_1
HAMP_2
Motif
Other DBs
NCBI-ProteinID:
ALZ77509
UniProt:
A0A0U4VJ74
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All DBs
Position
4131281..4133293
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AA seq
670 aa
AA seq
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MKLTVALRIIGGFGVISVLLLIIGLTSYSSLNNISDSTSQVNTISIPALENSATLKSEFV
IMSKITLQAFYTDEVKKITAFETAFAAEKDAYDAAAKNLQSVVGNEPVLAASFKDVTGQY
DEFIPTSNNLFAQLKKSLSLRDSINSKLGDLESNADDSASLILDFSDVRDVSRRFPKAAE
AASVLETSMNSMVSTVVDLTRTNAANTSETLSNEIKNRMTDIVAKMAIIKAEAGGAVDMV
ADLDEKITTINELLTAEDGILALKSNKLAAEASAAKLLATAEQQTTDASAALSKLLTKAR
EAAGEIQEESESSVSSAIVLIFGVMAFSFVAAAAIALWTRNSITTPLGKVNAILGVVASG
DLTKQLDDSAQDEFGELARNCNQVIGNLRQLIQGIISRSTQLAAASEQTSAITVQSTAAI
REQKSQVTQAATATTEMSSTSQGVLQSSNDALAEIKHADAEAERVKGISSNNKQTILQLS
QEVEQASKVINKLHQDSASIGSILDVIRGIAEQTNLLALNAAIEAARAGEQGRGFAVVAD
EVRSLASKTQSSTQEIQAMIQVLQSGAHAAVEAMNKGRRQAENCVAQTEVADQALDSITH
AVHMAHDMSEQISHAAKEQNQVSHEISKLLESIVNIAEETASGAEQTSDSSHEVARLAEE
LRLSVDQFKV
NT seq
2013 nt
NT seq
+upstream
nt +downstream
nt
atgaagttaaccgttgcattgcgcatcatcggcggctttggtgtgatatcagtgttgtta
ctgattatcggccttacctcctactccagcctgaacaatatcagtgattcaacaagccag
gtaaataccatttcgatcccggcactggagaacagcgccacgctgaaaagtgaattcgtg
atcatgagtaaaatcactttgcaggcgttttataccgatgaagtgaaaaaaataacggct
tttgaaacagcatttgctgcagaaaaagatgcgtatgatgccgctgcaaaaaatcttcag
tctgtggttggtaatgaacccgttctcgccgcaagcttcaaagacgttactggtcaatac
gacgaatttattccaaccagcaataatctgtttgctcagctgaaaaaatcactgtcactg
cgcgattcaatcaacagcaaactgggtgatttagaaagtaacgctgacgattctgcttcg
ttaatccttgatttcagtgatgtgcgggatgtcagtcgtcgtttcccgaaagctgccgaa
gccgcttctgtcctcgagaccagcatgaactcgatggtgagtactgtggtggatttaacc
cggactaatgcagctaatacctcagaaacgctcagcaatgagattaaaaaccggatgacg
gatatcgtggcgaagatggcaatcatcaaagccgaagccggtggtgctgttgatatggtg
gctgatttagacgaaaaaattaccactatcaatgaattactcaccgctgaagatggaatt
ctggctttaaaatcgaataaattagcggcagaagcttcagccgcgaaattattggcaaca
gctgaacaacaaacgacagacgcaagtgcagctctcagtaaactgctgactaaagcccgt
gaagctgcaggcgagattcaggaagaatcagagtctagcgtctccagtgctattgtgttg
atttttggcgtcatggctttctccttcgttgcagctgctgcaatcgcattgtggacgcgt
aacagcatcaccacaccgctgggtaaagtgaatgcgattctgggcgtggttgcatctgga
gatttgaccaaacagttagacgattcggcgcaggatgaatttggcgaactagcgcgaaac
tgtaatcaggtgattggtaatttgcgtcaattgattcagggtatcatttcacggtcaacg
caattagccgcagcttcagagcagacttctgctattactgtacagtcaaccgcagcgatc
cgtgagcagaaatcacaggtcacacaggccgcgaccgcaacgaccgagatgagcagcact
tcacaaggtgtactgcaaagttcaaacgatgcactggctgaaatcaaacacgctgatgca
gaagcagaacgtgtcaaaggcatctcctccaacaacaaacagaccattctgcagttgtca
caggaagttgaacaggcttccaaagttatcaataaactgcatcaggacagcgcctcgatt
ggcagtatcctcgatgtaattcgtggtatcgctgagcaaaccaacttactggcgctgaac
gccgcaatcgaagcagcgcgggccggtgaacaaggtcgcggttttgcggtagttgcagac
gaagtacggtcactggccagtaaaacacaaagctcaacgcaggaaattcaggcgatgatt
caagtgctgcaaagtggtgcgcatgcagcagttgaggcgatgaacaaaggtagacgtcag
gcagaaaactgtgtggcgcagactgaagtggctgatcaggcgttagattcaatcacccat
gctgtacatatggctcatgacatgagtgagcaaatctctcatgctgcgaaagaacagaat
caggtatcgcatgagatcagcaagctgctggaatcaatcgtcaatatcgccgaggaaacg
gcttctggtgcagagcaaacctcagactccagccatgaagtagcacgcctggcagaagaa
ctgcggttgtcggttgatcaatttaaagtctga
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