Dickeya dadantii 3937: Dda3937_00563
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Entry
Dda3937_00563 CDS
T01305
Name
(GenBank) Methyl-accepting chemotaxis protein I (serine chemoreceptor protein)
KO
K05874
methyl-accepting chemotaxis protein I, serine sensor receptor
Organism
ddd
Dickeya dadantii 3937
Pathway
ddd02020
Two-component system
ddd02030
Bacterial chemotaxis
Brite
KEGG Orthology (KO) [BR:
ddd00001
]
09130 Environmental Information Processing
09132 Signal transduction
02020 Two-component system
Dda3937_00563
09140 Cellular Processes
09142 Cell motility
02030 Bacterial chemotaxis
Dda3937_00563
09180 Brite Hierarchies
09183 Protein families: signaling and cellular processes
02035 Bacterial motility proteins [BR:
ddd02035
]
Dda3937_00563
Bacterial motility proteins [BR:
ddd02035
]
Flagellar system
Chemotaxis proteins
MCPs
Dda3937_00563
SSDB
Ortholog
Paralog
GFIT
Motif
Pfam:
MCPsignal
TarH
HAMP
NDC80_loop
Vip3A_N
DUF948
YPEB_N
Motif
Other DBs
NCBI-ProteinID:
ADM98420
UniProt:
E0SBF1
LinkDB
All DBs
Position
complement(2346970..2348673)
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AA seq
567 aa
AA seq
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MSTSAPSRSGFLGRVRQYRLSFLSGLLLIIGLFSLLQLLSVGMISKTMTEVRQDSAANEA
LRQQQALMDQARMEVMNASDKLNRAGIYLMFDKETGSVGSWNSLMTEAEESLTHAQAYYQ
KLEHFSGAARNDAAFNELKSSYQQLYNGLLELAQGIKKTNEIDIFFAVPIQAYQTLFTQK
YASYLQGNDVRQKQHAQQLLNNLDDAHTLFIVILGLLLAISLVVWIGVNKVIVHPLKRIT
DHLRLIAAGDLSHDIGIERRTTREIALLNSSVVQMQGGLVELISQVRQGMGTMMRQVSHV
TTDNRQLSEQANRQSEELKVTTEHIIQLSQHLEQNAQYTEQAGHHAEETSHIAEQGETMM
NDVRNAMQNISSRSKEMTEVISLIENVAFQTHILSLNAAIEAARAGEMGKGFSVVAREVG
TLASQSSQSAQNINALIHESDSSVATGARLVGHLNDSLQEIIQAAKGTSTFLNEITDISQ
QQNQSIHEVSNRIRSLNDTVKQNALQVETSARTCLQLLEQTEQLNLSVSLFQLPGTEAAA
VQPDALRTAPAPVANGYVALPQHSPAL
NT seq
1704 nt
NT seq
+upstream
nt +downstream
nt
atgtcaacatccgccccgtcacgctccggttttctgggcagagtgcgtcagtaccgcctg
agttttctttccggtctgttgctaatcatcgggttgttttccttacttcagctgttgtcc
gtagggatgatatcgaaaaccatgactgaagtgcgccaggacagcgccgccaacgaagcc
ttgcgccaacaacaggcgctgatggatcaggcccgcatggaagtgatgaacgccagcgat
aaacttaatcgcgccggcatttacctgatgtttgacaaagaaaccgggtcggtcggcagt
tggaacagcctgatgaccgaagccgaagagtcgttaactcacgcgcaggcgtattaccaa
aagctggaacacttttctggcgccgctcgcaatgacgctgccttcaacgagctaaaaagc
agctatcagcagctctataacggactgctggaactggcgcaaggcatcaaaaaaaccaat
gaaatcgatatcttctttgccgttcccattcaggcttaccagaccctgtttacccaaaaa
tacgcgagttacctgcagggaaacgacgtccgccagaaacagcatgctcagcaactgttg
aataatcttgatgatgcccacaccctgtttatcgtcattctggggctattgctggcgatt
tcgctggtggtctggattggcgtaaacaaggtgatagttcatccgcttaagcgcattacc
gaccacctgaggctgatcgcagccggcgatctatcccatgacatcggcatagaaagacgt
acaacccgtgaaatcgcgctgctaaacagcagtgtggtgcagatgcagggcgggctggtg
gaactgataagtcaggttcgtcagggtatgggaaccatgatgcggcaggtcagccatgtc
accaccgacaaccgccaactgtccgaacaggccaatcgacagtctgaagagctgaaggtc
accaccgagcacattatccagctcagtcagcatctggaacagaatgcccagtacaccgag
caagccggccatcatgcggaagaaaccagtcatatcgccgaacagggcgaaaccatgatg
aacgacgtcagaaacgcgatgcagaatatttccagtcgcagcaaggaaatgacggaagtc
atctcgctgattgaaaacgtggcgttccagacgcacatcctgtcgcttaatgccgccatt
gaagcggctcgggccggcgagatgggcaaaggtttctcggtcgtcgcccgcgaggtaggc
acgctggcttcacagagtagtcagtcagcccaaaacatcaatgcgttgattcatgaatcg
gacagcagcgtcgctaccggcgccagactggtcggtcacctcaacgacagtctgcaggaa
atcattcaggcggccaaaggcaccagcacattcctgaatgaaatcaccgatatttcgcaa
caacagaatcagagcatccatgaagtgagcaaccgtatccgttcactcaacgatacagtg
aaacagaatgccctacaggtggagacctctgcccgcacctgcctgcaattacttgagcag
accgaacagctcaatctgtcggtatccctgttccagttgcccggcacggaagcagcggcg
gtccagcctgacgcgcttcgcaccgcgcctgctccggtcgccaatggctatgtcgccctg
ccacaacactcgccagcgctgtaa
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