Salmo trutta (river trout): 115198035 Help Entry 115198035         CDS       T08542                                  Name (RefSeq) toll-like receptor 2   KO K10159   toll-like receptor 2 Organism stru  Salmo trutta (river trout) Pathway stru04145   Phagosome stru04620   Toll-like receptor signaling pathway stru05132   Salmonella infection stru05168   Herpes simplex virus 1 infection Brite KEGG Orthology (KO) [BR:stru00001]  09140 Cellular Processes   09141 Transport and catabolism    04145 Phagosome     115198035  09150 Organismal Systems   09151 Immune system    04620 Toll-like receptor signaling pathway     115198035  09160 Human Diseases   09172 Infectious disease: viral    05168 Herpes simplex virus 1 infection     115198035   09171 Infectious disease: bacterial    05132 Salmonella infection     115198035  09180 Brite Hierarchies   09182 Protein families: genetic information processing    04131 Membrane trafficking [BR:stru04131]     115198035   09183 Protein families: signaling and cellular processes    04147 Exosome [BR:stru04147]     115198035    04054 Pattern recognition receptors [BR:stru04054]     115198035    04090 CD molecules [BR:stru04090]     115198035    00536 Glycosaminoglycan binding proteins [BR:stru00536]     115198035 Membrane trafficking [BR:stru04131]  Endocytosis   Phagocytosis    Toll-like receptors     115198035 Exosome [BR:stru04147]  Exosomal proteins   Exosomal proteins of breast milk    115198035 Pattern recognition receptors [BR:stru04054]  Membrane-bound pattern recognition receptors   Toll-like receptors    115198035 CD molecules [BR:stru04090]  Proteins   115198035 Glycosaminoglycan binding proteins [BR:stru00536]  Hyaluronan   Cell surface receptors    115198035 BRITE hierarchy SSDB OrthologParalogGene clusterGFIT Motif Pfam:  LRR_8 LRR_4 TIR LRR_1 TIR_2 LRR_9 LRR_5 LRRCT Motif Other DBs NCBI-GeneID:  115198035 NCBI-ProteinID:  XP_029615554 Ensembl:  ENSSTUG00000004703 LinkDB All DBs Position 8:1658255..1688571 Genome browser AA seq 806 aa AA seqDB search MESLAMLVLLFFSQGQSSTPEVEKRSTCDRCDERLFCDCSSRNYRHVPTVTVTEVVTLDL SFNDITTVAEDDLREYTWLRTLDLRSNRIQSIHEWAFHLLQGLESLDLSYNQLAALNPVW FSKLLSLQHLNLLGNCYRTLGPGGTLSLFRSLTRLRFLRFGNPALEEVRRGDLAGVRQLD QLEVYGNNLKRYDPGSLGDLWPLRVVTLRLRGPFQDNLTLVSSIFHDVSYSETFLVVADV LLSEKTSAAPFSEINRRRVRSILFQNATLTDEAMIHVLEVMDGASLESFGLEDATFYGTG AWKPARRTHLVNMDTVYFRNIEVMEVFKFTSFLNLGFLLKYLRQISIINCKVYVMPCLTS HLLTQLEYLDLSSNLLTDLTLTESLCHGHGILRNLRVINVSDNALKSLSIVSKLVTRLDK LIHLDISQNAYTSMPPTCSWPQTLTHLNISWAKLQRVTHCLPLTLEILDLGHNDLTAFHS VALPVLRELHLSGNKLRRLPPGWLFPSLEVLLIQSNTLNMFGPMDLQLYRKLRALQAGQN RFVCSCEFVYFMVWRWGGAVEGSVELTDRWDNYLCDSPLPLQGQRVDRVRLSPFQCHRIL VVSALCGCVLASGILFVILLWKLHVVWYVRMMWAWLKAKRNSGNQRRRDAAGNAEPLCYD AFVSYSEQDAEWVEEFLVPELENSQPPLSLCLHKRDFLPGHWIIDNIINAMERSRRTLFV LSEHFVHSNWCRYELDFSHFRLFDGDSEAAVLVLLEPISKDDVPKRFCKLRKLMSSRTYL EWPQEDERRAEFWSNLRLAVRGGDEL NT seq 2421 nt NT seq  +upstreamnt  +downstreamnt atggagtctctggccatgctggtcctcctcttcttctctcagggtcaaagttcaacccca gaggttgagaagaggtcaacgtgtgatcgatgtgacgagcgtctcttctgcgactgctcc tcccggaactaccgacacgttcccacggtaaccgtcaccgaggtcgtaaccctcgacctc tccttcaacgacatcaccacggttgctgaggacgatctgagagagtacacgtggttacga acccttgatctccgtagcaacaggatccagagtatccacgaatgggccttccaccttctg cagggcctggagtctctggacttgtcttataaccagctggctgctctgaatccggtctgg ttctccaagctcctctccctacaacacctcaacctgctgggcaactgttacaggaccctc ggccctggagggacgctgtctctcttcaggtctctgaccaggctgaggtttctgaggttt gggaaccctgctctggaggaggtgaggagaggagatctggctggagtcagacagttggac cagctggaggtctacgggaataacctgaagaggtatgaccctggaagccttggtgatctt tggcctctaagggtcgtgaccctgcgtctccgaggacctttccaggacaacctgacactc gtctcctctatcttccatgacgtctcctactccgaaacctttctggtagtcgctgacgtc ctgctgtccgagaagacctccgccgcaccgttcagcgagatcaaccggagacgggtacgg tccatattgttccagaacgcaaccttgacggacgaggccatgattcacgtcctggaggtt atggacggggcttctcttgagtccttcggattagaggatgcaacgttctatggtacaggc gcctggaagccggctagacggactcaccttgtcaacatggacacagtctacttcagaaac atagaggtcatggaagtctttaagttcacctccttcctgaacctggggtttctactgaaa tacctcagacagatctctatcattaactgtaaggtgtatgtgatgccgtgtctgacctct cacctgttgacccaactggagtacctggacttgagtagtaacctgctgactgacctgacc ttgacggaatctctgtgtcacgggcatgggatcctgaggaatctcagagttattaacgtc agcgacaacgccttaaagtccctttccatcgtcagcaaactcgtcacccgtctggacaaa ctaatccacctggacatcagtcagaacgcctacacctccatgcctcccacttgctcctgg ccacagaccctgactcacctcaacatctcgtgggctaagctgcagagggtcacccactgt ctgcccctgaccctggagatcctggatctgggacacaacgacctgacggctttccatagt gttgctctcccggtcctgagggagctgcacctctctgggaacaagttgaggcgtctgccc cctggatggttgttccctagcctggaggttctcctgatccagagcaacactctcaacatg tttggacccatggacctccaactctacaggaagctccgagcactgcaggccggtcagaac aggtttgtgtgttcctgtgagtttgtctacttcatggtctggaggtggggtggagcagta gagggcagcgttgagctaacagacagatgggataactacctttgtgactcaccgctgccc ctgcagggccagagggtcgaccgcgtccggctctcaccgttccaatgccaccgcatcctc gtcgtgtccgcactctgcggttgcgtgctcgcttccggaatcctgtttgtaattctgctc tggaagctccacgtggtgtggtacgtgaggatgatgtgggcgtggcttaaagccaaacgg aattccgggaaccagaggcgccgggatgccgcaggaaacgccgagcccctctgctatgac gcgttcgtgtcgtacagcgagcaagacgcagagtgggtcgaagaattcctggttccagag ctggagaattcccagcctccgctctccctctgcctccacaagagagacttcctgccaggc cactggatcatcgacaacattatcaatgcaatggaacgcagccgacgtacactcttcgtc ctgtcggaacacttcgtccactccaactggtgccggtatgagttggacttttcccacttc cgtctgtttgacggggactccgaggcggccgtcctggtgcttctggaacccatctccaag gacgacgttcccaaacgcttctgcaagctccgcaagttgatgagctctcgtacctacctg gagtggccgcaggaggacgagaggagggcagaattctggagcaacctccgtctggccgtg agggggggagatgagctgtga

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