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• W2890158831 abstract "The chemosensory gene families of insects encode proteins that are crucial for host location, mate finding, oviposition, and avoidance behaviors. The insect peripheral chemosensory system comprises odorant receptors (ORs), gustatory receptors (GRs), ionotropic receptors (IRs), odorant binding proteins (OBPs), chemosensory proteins (CSPs) and sensory neuron membrane proteins (SNMPs). These protein families have been identified from a large number of insect species, however they still remain unidentified from several taxa that could provide important clues to their evolution. These taxa include older lepidopteran lineages and the sister order of Lepidoptera, Trichoptera (caddisflies). Studies of these insects should improve evolutionary analyses of insect chemoreception, and in particular shed light on the origin of certain lepidopteran protein subfamilies. These include the pheromone receptors (PRs) in the “PR clade”, the pheromone binding proteins (PBPs), general odorant binding proteins (GOBPs), and certain presumably Lepidoptera-specific IR subfamilies. Hence, we analyzed antennal transcriptomes from Rhyacophila nubila (Trichoptera), Eriocrania semipurpurella and Lampronia capitella (representing two old lepidopteran lineages). We report 37 ORs, 17 IRs, 9 GRs, 30 OBPs, 7 CSPs, and 2 SNMPs in R. nubila; 37 ORs, 17 IRs, 3 GRs, 23 OBPs, 14 CSPs, and 2 SNMPs in E. semipurpurella; and 53 ORs, 19 IRs, 5 GRs, 29 OBPs, 17 CSPs, and 3 SNMPs in L. capitella. We identified IR members of the “Lepidoptera-specific” subfamilies IR1 and IR87a also in R. nubila, demonstrating that these IRs also occur in Trichoptera. Members of the GOBP subfamily were only found in the two lepidopterans. ORs grouping within the PR clade, as well as PBPs, were only found in L. capitella, a species that in contrast to R. nubila and E. semipurpurella uses a so-called Type I pheromone similar to the pheromones of most species of the derived Lepidoptera (Ditrysia). Thus, in addition to providing increased coverage for evolutionary analyses of chemoreception in insects, our findings suggest that certain subfamilies of chemosensory genes have evolved in parallel with the transition of sex pheromone types in Lepidoptera. In addition, other chemoreceptor subfamilies show a broader taxonomic occurrence than hitherto acknowledged." @default.
• W2890158831 created "2018-09-27" @default.
• W2890158831 creator A5024755690 @default.
• W2890158831 creator A5026568016 @default.
• W2890158831 creator A5078530978 @default.
• W2890158831 creator A5089804401 @default.
• W2890158831 date "2018-09-27" @default.
• W2890158831 modified "2023-09-25" @default.
• W2890158831 title "Antennal Transcriptome Analysis of the Chemosensory Gene Families From Trichoptera and Basal Lepidoptera" @default.
• W2890158831 cites W1538063469 @default.
• W2890158831 cites W1691083204 @default.
• W2890158831 cites W176927904 @default.
• W2890158831 cites W1844345479 @default.
• W2890158831 cites W1968125085 @default.
• W2890158831 cites W1972201383 @default.
• W2890158831 cites W1980293887 @default.
• W2890158831 cites W1980699239 @default.
• W2890158831 cites W1982124226 @default.
• W2890158831 cites W1987839184 @default.
• W2890158831 cites W1988065447 @default.
• W2890158831 cites W1990113572 @default.
• W2890158831 cites W1990458976 @default.
• W2890158831 cites W1994106790 @default.
• W2890158831 cites W2002258749 @default.
• W2890158831 cites W2004026630 @default.
• W2890158831 cites W2005111341 @default.
• W2890158831 cites W2007377332 @default.
• W2890158831 cites W2007469595 @default.
• W2890158831 cites W2007838711 @default.
• W2890158831 cites W2021003518 @default.
• W2890158831 cites W2034637679 @default.
• W2890158831 cites W2036335143 @default.
• W2890158831 cites W2036909529 @default.
• W2890158831 cites W2042059357 @default.
• W2890158831 cites W2051438256 @default.
• W2890158831 cites W2052906061 @default.
• W2890158831 cites W2054211352 @default.
• W2890158831 cites W2054478667 @default.
• W2890158831 cites W2057582929 @default.
• W2890158831 cites W2058427806 @default.
• W2890158831 cites W2065390054 @default.
• W2890158831 cites W2071202857 @default.
• W2890158831 cites W2071871190 @default.
• W2890158831 cites W2075925574 @default.
• W2890158831 cites W2078997561 @default.
• W2890158831 cites W2082788644 @default.
• W2890158831 cites W2084811410 @default.
• W2890158831 cites W2091710280 @default.
• W2890158831 cites W2101972919 @default.
• W2890158831 cites W2103112501 @default.
• W2890158831 cites W2103387155 @default.
• W2890158831 cites W2108915415 @default.
• W2890158831 cites W2110450887 @default.
• W2890158831 cites W2112580014 @default.
• W2890158831 cites W2113251355 @default.
• W2890158831 cites W2113302697 @default.
• W2890158831 cites W2115542528 @default.
• W2890158831 cites W2116348125 @default.
• W2890158831 cites W2118040936 @default.
• W2890158831 cites W2118324425 @default.
• W2890158831 cites W2118398316 @default.
• W2890158831 cites W2124702795 @default.
• W2890158831 cites W2126419817 @default.
• W2890158831 cites W2127016153 @default.
• W2890158831 cites W2128474132 @default.
• W2890158831 cites W2130255659 @default.
• W2890158831 cites W2137591910 @default.
• W2890158831 cites W2141052558 @default.
• W2890158831 cites W2152282949 @default.
• W2890158831 cites W2157665519 @default.
• W2890158831 cites W2159283243 @default.
• W2890158831 cites W2160320872 @default.
• W2890158831 cites W2163325183 @default.
• W2890158831 cites W2171295428 @default.
• W2890158831 cites W2171574782 @default.
• W2890158831 cites W2177863086 @default.
• W2890158831 cites W2298892451 @default.
• W2890158831 cites W2308524458 @default.
• W2890158831 cites W2327289347 @default.
• W2890158831 cites W2347072380 @default.
• W2890158831 cites W2412640454 @default.
• W2890158831 cites W2429162459 @default.
• W2890158831 cites W2505917853 @default.
• W2890158831 cites W2510028056 @default.
• W2890158831 cites W2536338283 @default.
• W2890158831 cites W2610045016 @default.
• W2890158831 cites W2738968467 @default.
• W2890158831 cites W2750564982 @default.
• W2890158831 cites W2760275602 @default.
• W2890158831 cites W2794619455 @default.
• W2890158831 cites W2804241059 @default.
• W2890158831 cites W2804609199 @default.
• W2890158831 cites W2807022633 @default.
• W2890158831 cites W2885633614 @default.
• W2890158831 cites W2951257985 @default.
• W2890158831 cites W417274082 @default.
• W2890158831 cites W4241303123 @default.
• W2890158831 doi "https://doi.org/10.3389/fphys.2018.01365" @default.
• W2890158831 hasPubMedCentralId "https://www.ncbi.nlm.nih.gov/pmc/articles/6171000" @default.
• W2890158831 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/30319455" @default.

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