Mus caroli (Ryukyu mouse): 110295004 Help Entry 110295004         CDS       T05910                                  Symbol Tlr6 Name (RefSeq) toll-like receptor 6   KO K10169   toll-like receptor 6 Organism mcal  Mus caroli (Ryukyu mouse) Pathway mcal04145   Phagosome mcal04620   Toll-like receptor signaling pathway mcal05132   Salmonella infection mcal05142   Chagas disease mcal05152   Tuberculosis mcal05417   Lipid and atherosclerosis Brite KEGG Orthology (KO) [BR:mcal00001]  09140 Cellular Processes   09141 Transport and catabolism    04145 Phagosome     110295004 (Tlr6)  09150 Organismal Systems   09151 Immune system    04620 Toll-like receptor signaling pathway     110295004 (Tlr6)  09160 Human Diseases   09171 Infectious disease: bacterial    05132 Salmonella infection     110295004 (Tlr6)    05152 Tuberculosis     110295004 (Tlr6)   09174 Infectious disease: parasitic    05142 Chagas disease     110295004 (Tlr6)   09166 Cardiovascular disease    05417 Lipid and atherosclerosis     110295004 (Tlr6)  09180 Brite Hierarchies   09182 Protein families: genetic information processing    04131 Membrane trafficking [BR:mcal04131]     110295004 (Tlr6)   09183 Protein families: signaling and cellular processes    04054 Pattern recognition receptors [BR:mcal04054]     110295004 (Tlr6)    04090 CD molecules [BR:mcal04090]     110295004 (Tlr6) Membrane trafficking [BR:mcal04131]  Endocytosis   Phagocytosis    Toll-like receptors     110295004 (Tlr6) Pattern recognition receptors [BR:mcal04054]  Membrane-bound pattern recognition receptors   Toll-like receptors    110295004 (Tlr6) CD molecules [BR:mcal04090]  Proteins   110295004 (Tlr6) BRITE hierarchy SSDB OrthologParalogGene clusterGFIT Motif Pfam:  TIR LRR_8 LRR_4 TIR_2 LRR_14 LRR_9 LRRNT LRRCT DXPR_C Motif Other DBs NCBI-GeneID:  110295004 NCBI-ProteinID:  XP_021019100 Ensembl:  MGP_CAROLIEiJ_G0027240 UniProt:  A0A6P7R7G7 LinkDB All DBs Position 5:complement(58230777..58247687) Genome browser AA seq 804 aa AA seqDB search MVKSLLDSLCNMSQDRKPIVGSFHFVCTLALIVGSMAPFSNDLESMVDYSNRNLTHVPKD LPPRIKALSLSQNSISELRMPDISFLSELRVLRLSHNRIRSLDFHVFLFNQDLEYLDVSH NWLRNISCCPMVSLKHLDLSFNDFDVLPVCKEFGNLTKLTFLGLSAAKFRQLDLLPVAHL HLSCILLDLVSYHIKGGETESLRIPNTTALHLVFHPNSLFSVQVNMSVNAVGHLQLSNIK LNDENCQRLMTFLSELTRGPTLLNVTLQHIETTWKCLVQLFQFFWPRPVEHLNIYNLMIT ERIDREEFTYLETALKSLTIEHVKNQVFLFSKEALYSVFAEMNIKMLSISDTPFIHMVCP PSPSSFTFLNFTQNVFTDSVFQDCSTLKRLETLILQRNGLKNFFKVALMTKNMSSLETLD VSLNSLNSLAYDRTCAWAESILVLNLSSNMLSGSVFRCLPPKVKVLDLHNNRIMSIPKDV THLQALQELNVASNSLTDLPGCGAFSSLSVLVIDHNSVSHPSEDFFQSCQNVGSLTAGNN PFRCTCELRDFVKNIGQIAREVVEGWPDSYSCDYPESSKGTALQDFHMSPLSCDTVLLTV TIGATMLVLAVTGAFLCLYFDLPWYVRMLCQWTQTRHRARHIPLEELQRNLQFHAFVSYS EHDSAWVKNELLPNLEKDDIRICLHERNFVPGKSIVENIINFIEKSYKSIFVLSPHFIQS EWCHYELYFAHHNLFHEGSDNLILILLEPIPQNNIPSRYHKLRALMAQRTYLEWPTEKGK RGLFWANLRALFIMKLALVNEDDA NT seq 2415 nt NT seq  +upstreamnt  +downstreamnt atggtaaagtccctcttggatagcctctgcaacatgagccaagacagaaaacccatcgtg gggagtttccactttgtttgcaccctggccttaatagtcggaagcatggccccgttctct aatgatcttgagtctatggtagactattcaaacaggaaccttactcatgtccccaaagac ctgccaccaagaataaaagccttgagtctgtctcaaaactctatatctgagcttcggatg cctgatatcagctttctgtcagagctgagagttctgagactctcccacaacaggatacgg agcctcgatttccatgtattcttgttcaatcaggacttagaatacctggatgtctcacac aattggttgcgaaacatctcttgctgccctatggtgagcctgaagcatctagacctctct ttcaatgactttgatgtgctgcctgtgtgtaaggaatttgggaacctgacgaagctgact ttcctgggattaagcgctgcaaagttccgacaactggatctgctcccagttgctcacttg catctaagctgcattcttctggacttagtgagttatcacataaaaggcggggaaacagaa agtcttcggattcccaacaccaccgctctccatttggtctttcatccaaatagcttgttc tctgtgcaagtgaacatgtctgtaaacgctgtaggacatttacaactgagtaatattaaa ttgaacgatgaaaactgtcaaaggttaatgacatttttatcagaactcaccagaggtcca accttattgaatgtgaccctccagcacatagaaacaacctggaagtgcttggttcaactt ttccaattcttttggccccgaccggtggagcacctcaatatttacaacttaatgataact gagaggatcgacagggaagaatttacttacttggagacagcactgaagtcactgacaata gagcacgtcaaaaaccaagtgttcctcttttcaaaggaggcgctatactcagtgtttgct gagatgaacatcaagatgctctctatctcagacacccctttcatccacatggtgtgcccg ccatccccaagctcatttacatttctgaactttacccagaatgttttcactgacagtgtt tttcaagactgttccaccttaaagagattggagacacttatcttacaaaggaatggtttg aagaacttttttaaggtagctctcatgactaagaatatgtcctctctggaaactctggat gttagtttgaattctttgaactctcttgcgtatgacaggacatgcgcctgggctgagagc atattggtgttgaatttgtcttcgaatatgctttcaggctctgtcttcagatgcttacct cccaaggtcaaggtccttgaccttcacaacaacaggataatgagcatccctaaagatgtc acccacctgcaggctttgcaggaactcaatgtagcatccaactccttaactgaccttcct ggatgcggggccttcagcagcctttctgtgctggtcatcgaccataactcagtttcccat ccctctgaggatttcttccagagctgtcagaatgttggatccctaacagcaggaaacaac ccattccgatgcacatgtgagctgagggactttgtcaagaacataggccagatagcaaga gaagtggtggagggctggcctgactcttacagctgtgactacccagaaagctctaaggga accgcactgcaggacttccacatgtctccattgtcctgtgatactgttctgctgactgtc accatcggggccactatgctggtgctggctgtcactggggctttcctctgtctctacttt gacctgccctggtatgtgaggatgctgtgtcagtggacacagaccaggcacagggccagg cacatccccttagaggaactccagagaaacctccagttccatgcttttgtctcatacagt gagcatgattctgcctgggtgaagaacgaattactacccaacctagagaaagatgacatc cggatttgcctccatgagaggaactttgtccctggcaagagcattgtggagaacatcatc aatttcattgagaagagttacaagtccatctttgtgctgtctccccacttcatccagagt gagtggtgccattatgaactctattttgcccatcataatctcttccatgaaggctctgat aacttaatcctcatcttgctggaacccattccacagaacaacattcccagtagataccac aagctgcgggctctcatggcacagcggacttacttggaatggcctactgagaagggcaaa cgtgggctgttttgggccaaccttagagctttgtttattatgaagttagccttagtcaat gaggatgatgcgtaa

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