Mus caroli (Ryukyu mouse): 110300361 Help Entry 110300361         CDS       T05910                                  Symbol Tlr3 Name (RefSeq) toll-like receptor 3   KO K05401   toll-like receptor 3 Organism mcal  Mus caroli (Ryukyu mouse) Pathway mcal04217   Necroptosis mcal04620   Toll-like receptor signaling pathway mcal05160   Hepatitis C mcal05161   Hepatitis B mcal05164   Influenza A mcal05165   Human papillomavirus infection mcal05167   Kaposi sarcoma-associated herpesvirus infection mcal05168   Herpes simplex virus 1 infection mcal05171   Coronavirus disease - COVID-19 Brite KEGG Orthology (KO) [BR:mcal00001]  09140 Cellular Processes   09143 Cell growth and death    04217 Necroptosis     110300361 (Tlr3)  09150 Organismal Systems   09151 Immune system    04620 Toll-like receptor signaling pathway     110300361 (Tlr3)  09160 Human Diseases   09172 Infectious disease: viral    05161 Hepatitis B     110300361 (Tlr3)    05160 Hepatitis C     110300361 (Tlr3)    05171 Coronavirus disease - COVID-19     110300361 (Tlr3)    05164 Influenza A     110300361 (Tlr3)    05168 Herpes simplex virus 1 infection     110300361 (Tlr3)    05167 Kaposi sarcoma-associated herpesvirus infection     110300361 (Tlr3)    05165 Human papillomavirus infection     110300361 (Tlr3)  09180 Brite Hierarchies   09183 Protein families: signaling and cellular processes    04054 Pattern recognition receptors [BR:mcal04054]     110300361 (Tlr3)    04090 CD molecules [BR:mcal04090]     110300361 (Tlr3) Pattern recognition receptors [BR:mcal04054]  Membrane-bound pattern recognition receptors   Toll-like receptors    110300361 (Tlr3) CD molecules [BR:mcal04090]  Proteins   110300361 (Tlr3) BRITE hierarchy SSDB OrthologParalogGene clusterGFIT Motif Pfam:  LRR_8 LRR_4 LRR_5 LRR_1 Tlr3_TMD TIR LRR_9 TIR_2 LRRNT LRRCT Motif Other DBs NCBI-GeneID:  110300361 NCBI-ProteinID:  XP_021026180 Ensembl:  MGP_CAROLIEiJ_G0031020 UniProt:  A0A6P7RG73 LinkDB All DBs Position 8:complement(39038930..39052926) Genome browser AA seq 905 aa AA seqDB search MKGCSSYLIYSFGGLLSLWILLVSSTNQCTVRYNVADCSHLKLTHIPDDLPSNITVLNLT HNQLRRLPPTNFTRYSQLAILDAGFNSISKLEPELCQILPLLKVLNLQHNELSQISDQTF VFCTNLTELYLMSNSIHKIKSNPFKNQKNLIKLDLSHNGLSSTKLGTGVQLENLQELLLA KNKILALRSEELDFLGNSSLQKLDLSSNPLKEFSPGCFQTIGKLFTLLLNNAQLNPHLTE KLCWELSNTSIQNLSLANNQLLATSESTFSGLKWTNLTWLDLSYNNLRDVGNGSFSYLPR LRYLSLEYNNIQRLSPHSFYGLSNLRYLSLKRAFTKQSVSLASHPIIDDFSFQWLKYLEY LNMDDNNIPSTKNNTFTGLVSLKYLSLSKTFTSLETLTNETFVSLAHSPLLTLNLSKNHI SKIANGTFFWLGQLRILDLGLNEIEQKLSGQEWRGLRNIFEIYLSYNKYLQLSSSSFALV PSLQRLMLRRVALKNVDISPSPFRPLRNLTILDLSNNNIANINEDLLEGLENLEILDFQH NNLARLWKRANPGGPVNFLKGLSHLHVLNLESNGLDEIPVGVFKNLFELKSINLGLNNLN KLEPFIFEDQTSLRSLNLQKNLITSVEKDVFGPPFQNLNSLDMRFNPFDCTCESISWFVN WINQTHANISELSTHYLCNTPHHYYGFPLKLFDTSSCKDSAPFELLFITSTSMLLVFILM VLLIHIEGWRISFYWNVSVHRILGFKEIDTQAEQFEYTAYIIHAHKDRDWVWEHFSPMEE QDRSLKFCLEERDFEAGVLGLEAIVNSIKRSRKIIFIITHHLLKDPLCRRFKVHHAVQQA IEQNLDSIILIFLQNIPDYKLNHALCLRRGMFKSHCILNWPVQKERINAFHHKLQVALGS RNSAH NT seq 2718 nt NT seq  +upstreamnt  +downstreamnt atgaaagggtgttcctcttatctaatatactcctttgggggacttttgtccctatggatt cttctggtgtcttccacaaaccaatgcactgtgagatacaacgtagctgactgcagccat ttgaagctaacacacatacctgatgaccttccctctaacataacagtgttgaatcttact cacaaccaactcagaagattaccacctaccaattttacaagatacagccaacttgctatc ttggatgcaggatttaactccatttcaaaactggagccagaactgtgccaaatactccct ttgttgaaagtattgaacctgcaacataacgagctctctcagatttctgatcaaaccttt gtcttctgcacgaacctgacagaactctatctaatgtctaactcaatacacaaaattaaa agcaaccctttcaaaaaccagaagaatctaatcaaattagatttgtctcataatggttta tcatcgacaaagttgggaacgggggtccaactggagaacctccaagaactgctcttagca aaaaataaaatccttgcactgcgaagtgaagaacttgattttcttggcaattcttcttta caaaaattggacttgtcatcaaatccacttaaagagttctccccggggtgtttccagaca attggcaagttattcaccctcctcttgaacaacgcccaactgaacccccacctcacagag aagctttgctgggaactttcaaacacaagcatccagaatctctctctggctaacaaccag ctgctggccaccagtgagagcactttctctgggctgaagtggacaaacctcacctggctc gatctttcctacaacaacctccgagatgtcggcaacggttccttctcctatctcccacgc ctgaggtatctgtctctggagtacaacaatatacagcgtctgtcccctcactctttttat ggactctccaacctgaggtacctgagtttgaagcgagcatttactaagcaaagtgtttca cttgcttcacatcccatcattgacgatttttcctttcagtggttaaaatacttggaatat ctcaacatggatgacaataatattcctagtaccaaaaacaataccttcacgggattggtg agtctgaagtacctaagtctttccaaaactttcacaagtttggaaactttaacaaatgaa acatttgtgtcgcttgctcattctcccttgctcactctcaatttatcgaaaaatcacatc tcaaaaatagcaaatggtactttcttttggttgggccaactcaggatacttgatctcggc cttaatgaaattgaacaaaaactcagcggccaggaatggagaggtctgagaaatatattt gagatctacctatcctataacaaatatctccaactgtctagcagttcctttgctttggtc cccagccttcaaagactgatgctcaggagggtggcccttaaaaatgtggatatctcccct tcacctttccgccctcttcgtaacttgaccattctggacttaagcaacaacaacatagcc aacataaatgaggacttgctggagggtcttgagaatctagaaattctggattttcagcac aataacttagccaggctctggaagcgcgcaaaccccggtggtcccgttaatttcctaaag ggtctgtctcacctccacgtcttgaatttagagtccaacggcttagatgaaatcccagtc ggggttttcaagaacttattcgaactaaagagcatcaatctaggactgaataacttaaac aaactggaaccattcatttttgaggaccagacatctctgaggtcactgaacctccagaag aacctcatcacatccgttgagaaggatgttttcgggccgccttttcaaaacctgaacagt ttagatatgcgcttcaatccgttcgactgcacgtgtgaaagtatttcctggtttgttaac tggatcaaccagacccacgctaatatctctgagctgtccactcactacctctgtaacact ccacatcattattatggcttccccctgaagcttttcgatacatcatcctgtaaagacagc gccccctttgaactccttttcataaccagtaccagtatgctcctggtttttatacttatg gtactgctcattcacatcgagggttggaggatctctttttactggaatgtttcggtgcat cggattcttggtttcaaggaaatagacacacaggctgagcagtttgaatatacagcctac ataatccatgcccataaagacagagactgggtctgggaacatttctccccaatggaagaa caagaccgatctctcaaattttgcctagaagaaagggactttgaagcaggcgtccttgga cttgaagcaattgttaatagcatcaaaagaagccgaaaaatcattttcattatcacacac catctattaaaagaccctctgtgcagaagattcaaggtacatcacgcagttcagcaagct attgagcaaaatctggattcaattatactgatttttctccagaatattccagattataaa ctaaaccatgcactctgtttgcgaagaggaatgtttaaatctcattgcatcttgaactgg ccagttcagaaagaacggataaatgcctttcatcataaattgcaagtagcacttgggtct cggaattcagcacattaa

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