Sciurus vulgaris (Eurasian red squirrel): 306662536
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Entry
306662536 CDS
T11892
Symbol
TLR3, ACX6B4_024968
Name
(RefSeq) toll-like receptor 3
KO
K05401
toll-like receptor 3
Organism
svul Sciurus vulgaris (Eurasian red squirrel)
Pathway
svul04142
Lysosome biogenesis
svul04217
Necroptosis
svul04620
Toll-like receptor signaling pathway
svul05160
Hepatitis C
svul05161
Hepatitis B
svul05164
Influenza A
svul05165
Human papillomavirus infection
svul05167
Kaposi sarcoma-associated herpesvirus infection
svul05168
Herpes simplex virus 1 infection
svul05171
Coronavirus disease
Brite
KEGG Orthology (KO) [BR:
svul00001
]
09140 Cellular Processes
09141 Transport and catabolism
04142 Lysosome biogenesis
306662536 (TLR3)
09143 Cell growth and death
04217 Necroptosis
306662536 (TLR3)
09150 Organismal Systems
09151 Immune system
04620 Toll-like receptor signaling pathway
306662536 (TLR3)
09160 Human Diseases
09172 Infectious disease: viral
05161 Hepatitis B
306662536 (TLR3)
05160 Hepatitis C
306662536 (TLR3)
05171 Coronavirus disease
306662536 (TLR3)
05164 Influenza A
306662536 (TLR3)
05168 Herpes simplex virus 1 infection
306662536 (TLR3)
05167 Kaposi sarcoma-associated herpesvirus infection
306662536 (TLR3)
05165 Human papillomavirus infection
306662536 (TLR3)
09180 Brite Hierarchies
09183 Protein families: signaling and cellular processes
04054 Pattern recognition receptors [BR:
svul04054
]
306662536 (TLR3)
04090 CD molecules [BR:
svul04090
]
306662536 (TLR3)
Pattern recognition receptors [BR:
svul04054
]
Membrane-bound pattern recognition receptors
Toll-like receptors
306662536 (TLR3)
CD molecules [BR:
svul04090
]
Proteins
306662536 (TLR3)
SSDB
Ortholog
Paralog
GFIT
Motif
Pfam:
LRR_8
LRR_4
LRR_5
Tlr3_TMD
LRR_1
TIR
LRR_9
TIR_2
LRRNT
LRR_NXF1-5
Motif
Other DBs
NCBI-GeneID:
306662536
NCBI-ProteinID:
XP_078998465
LinkDB
All DBs
Position
5:38864352..38918236
Genome browser
AA seq
905 aa
AA seq
DB search
MRLHLPYYIYFFWGLWPHWILYTSSTNKCTVRREEADCSHLKLTEIPDDLPTNITTLNLS
HNQLRRLPPANFTRYSQLAILDGGFNSISKLEPELCQNLPFLKILNLQHNELSHLSDTTL
AFCLNLTELHLMSNSIQKIQNNPFKNQKNLIKLDLSHNGLSSTKLGTQLQLENLQELLLS
NNKIHALRSEELDFLGNSSLQKLELSSNQIKEFSPGCFHAIGKLFGLFLNNVQLGPSLTE
KLCLELSSTSIQNLSLSNTQLYRTSNTTFSGLKRTNLTMLDLSRNNLNVIGNNSFVWLPH
LKYFFLEYNNIQHLSSYSFYGLSNVRYLNLKRSFTKQGISLASLPQIDDFSFQWLECLEF
LTMEDNNLPGIKSNMFTGLVNLKYLILSNSFTSLQTLTNETLLSLAHSPLLLFNLTKNKI
SKIESGAFSWLGHLKVLDLGLNEIGQELTGQEWRGLENIYEIYLSYNKYLQLTSNSFALV
PSLRQLMLRRVALKNLDSSPSPFSPLHNLTILDLSNNNIANINDELLKGLERLEILDLQH
NNLARLWKHANPGGPVHFLKGLSHLHILNLESNGFDEIPVKVFKDLFELKSINLGLNNLN
VLPPSVFDDQVSLKSLNLQKNLITSVEKNVFGPVFKNLSNLDMSFNPFDCTCESIAWFVN
WINQTHTNISELSSHYLCNTPPQYHGFPVMLFDTSSCKDSAPFQLLFMINTSLILIFTFI
VLLIHFEGWRISFYWNVSVHRVLGFKEIDGQAEKFEYTAYIIHAHKDRDWVWEHFSLMEE
KVQSLKFCLEERDFEAGVLGLEAIVNSVKRSRKIIFVVTQHLLKDPLCKRFKVHHAVQQA
IEQNLDSIILIFLEEIPDYKLNHALCLRRGMFKSHCILDWPVQKERINAFHHKLQVALGS
RNLVH
NT seq
2718 nt
NT seq
+upstream
nt +downstream
nt
atgagactgcatttaccttattatatttacttcttttggggactatggcctcattggatt
ctgtatacatcctccaccaacaaatgcactgtgagacgtgaagaagctgactgcagtcat
ctaaagttgactgaaatacctgacgacctcccaacaaacataaccacattgaatctttcc
cataaccaactcagaagattgccccctgccaattttacaagatatagccaacttgccatc
ttggatggaggatttaattccatttcaaaactggagccagaattgtgccaaaatctccct
ttcctgaaaattttgaacctccaacacaatgagctgtctcacctttctgatacaaccttg
gccttctgcttgaatttgacagagctccatctaatgtccaactcaatccagaaaattcaa
aacaacccttttaaaaaccagaagaatttgatcaaattagacctgtcccataatggttta
tcatctacaaaattaggaacccaactccaactggaaaatctccaagagcttctattatca
aataataaaatccatgcactaagaagtgaagaacttgatttccttggcaattcttcttta
caaaaattagagttgtcatcaaatcaaattaaagagttctctccaggttgttttcatgca
attggaaaactgtttggcctctttttgaacaatgtccaactgggccccagtctcacagag
aagctgtgtttagaattatcaagcaccagtatccagaatctctctttgagtaacacccag
ctgtacagaaccagcaacacgactttctctggactcaaacggacaaatctcaccatgctc
gatctttcccgcaacaacttaaatgtgatcggtaacaattcctttgtttggcttccacat
ctgaaatatttcttcctggagtataataatatacagcatttgtcttcttactccttttat
ggactttccaatgtgagatacctgaatttgaagagatcctttactaaacaaggtatttcc
cttgcttcacttccccagattgatgacttttcctttcagtggctagaatgcttggagttc
cttaccatggaagataacaatcttcccggcatcaaaagcaatatgttcacgggattggta
aatctgaaatacttaattctatccaactctttcacaagtttgcaaaccctaacaaatgaa
acacttttatcacttgctcattctcctttactcttattcaacttaaccaaaaacaaaatc
tcaaaaatcgagagtggtgcgttctcttggttgggccacctaaaggtgcttgacctgggc
cttaatgaaattgggcaagaactcacaggccaagaatggagaggcctagaaaatatttat
gaaatctacctttcctacaacaaatacctacaattgactagcaactcctttgcattggtt
ccgagccttcgtcaactcatgcttcgaagggtagccctgaaaaatctggacagctcccct
tcgcctttcagccctcttcataacttgaccattctggatctaagcaacaacaatatagcc
aatataaatgacgaactgttgaagggtcttgagagactagaaattctggatttgcagcat
aacaatttagcacgactgtggaaacatgcaaaccctggtggtcccgttcattttctgaag
ggtctttctcacctccacatcctgaacttagagtctaatggctttgacgaaatcccagtc
aaggtgttcaaggacttattcgaactcaaaagcatcaatttaggactgaataatttaaat
gtacttccgccctctgtctttgatgaccaggtgtctctcaagtccctgaaccttcagaag
aacctcataacatcagttgaaaagaatgtgtttgggccagtttttaagaacctgagtaac
ttagatatgagctttaacccatttgattgtacctgtgaaagtattgcctggtttgttaat
tggattaatcagacccatactaacatctctgagctatcaagtcattacctctgcaacact
ccacctcaatatcatggattccccgtgatgctttttgatacgtcgtcatgcaaagatagt
gctccctttcaactcctgttcatgatcaataccagcttgatattgatttttaccttcatt
gtactgctcatccactttgagggttggaggatatcgttttattggaatgtttcagtacac
cgagttcttggtttcaaggaaatagatggtcaagcagagaagtttgaatatacagcatat
ataattcatgcccataaagatagagattgggtctgggaacacttctccttgatggaagaa
aaagtccaatctctcaaattttgtttggaagaaagggactttgaggcaggtgtccttgga
ctggaagcaattgttaatagcgtcaaaaggagcagaaaaattatttttgttgtaacgcag
catctattaaaagatccattatgcaaaagattcaaggtacaccatgcagttcagcaagca
attgaacaaaatctggattccattatattgatttttcttgaggagattccagattataaa
ctaaatcacgcactctgtttgcgaagaggaatgtttaaatctcactgcatcttggactgg
ccagttcagaaagaacggataaatgccttccatcataaattgcaagtagcacttggatcc
cgaaatttagtgcattaa
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