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• W2911141845 abstract "The citrus leaf-mining beetle, Podagricomela weisei Heikertinger, is an important citrus pest that ingests the mesophyll and new shoots. The mechanism underlying the xenobiotic metabolism of P. weisei is not well understood, in part because of a lack of available genomic and transcriptomic data, which has hampered the development of novel pest management approaches [e.g., RNA interference (RNAi)]. In this study, we completed the deep sequencing of the P. weisei transcriptome to identify factors potentially involved in xenobiotic metabolism and the core RNAi machinery. The sequencing of the P. weisei transcriptome generated >27 million clean reads, ultimately yielding 90,410 unigenes with an N50 of 1065 bp. The unigenes were used as queries to search the Nr database, which revealed that 21,847 unigenes were homologous to known genes in various species. Transcripts encoding genes involved in xenobiotic metabolism were identified, including genes encoding cytochrome P450 monooxygenase (P450, 47 unigenes), glutathione S-transferase (GST, 12 unigenes), esterase (EST, 25 unigenes), and the ATP-binding cassette transporter (ABC transporter, 32 unigenes). A parallel sequencing of small RNAs detected 30 conserved miRNAs, with the most abundant being Pwe-miR-1-3p, with an expression level reaching 517,996 reads in the prepared library, followed by Pwe-miR-8-3p (149,402 reads). Genes encoding components of the miRNA, siRNA, and piRNA pathways were also identified, and the results indicated that P. weisei possesses only one of each gene in all three pathways. In summary, this is the first detailed analysis of the transcriptome and small RNAs of P. weisei. The datasets presented herein may form the basis for future molecular characterizations of P. weisei as well as the development of enhanced pest control strategies." @default.
• W2911141845 created "2019-01-25" @default.
• W2911141845 creator A5006683331 @default.
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• W2911141845 date "2019-03-01" @default.
• W2911141845 modified "2023-10-17" @default.
• W2911141845 title "RNA-sequencing of a citrus bud-feeder, Podagricomela weisei (Coleoptera: Chrysomelidae), reveals xenobiotic metabolism/core RNAi machinery-associated genes and conserved miRNAs" @default.
• W2911141845 cites W1119060871 @default.
• W2911141845 cites W1521995446 @default.
• W2911141845 cites W1586431739 @default.
• W2911141845 cites W1613046033 @default.
• W2911141845 cites W1847862900 @default.
• W2911141845 cites W1862304579 @default.
• W2911141845 cites W1927526647 @default.
• W2911141845 cites W1965014950 @default.
• W2911141845 cites W1967111913 @default.
• W2911141845 cites W1971894293 @default.
• W2911141845 cites W1981472111 @default.
• W2911141845 cites W1986007748 @default.
• W2911141845 cites W1992925265 @default.
• W2911141845 cites W1997617373 @default.
• W2911141845 cites W2005366120 @default.
• W2911141845 cites W2006500919 @default.
• W2911141845 cites W2007480067 @default.
• W2911141845 cites W2010404725 @default.
• W2911141845 cites W2012032617 @default.
• W2911141845 cites W2014770412 @default.
• W2911141845 cites W2027182484 @default.
• W2911141845 cites W2029320289 @default.
• W2911141845 cites W2040667858 @default.
• W2911141845 cites W2055650078 @default.
• W2911141845 cites W2058816652 @default.
• W2911141845 cites W2060664866 @default.
• W2911141845 cites W2066423889 @default.
• W2911141845 cites W2067788689 @default.
• W2911141845 cites W2073695830 @default.
• W2911141845 cites W2086120038 @default.
• W2911141845 cites W2094305346 @default.
• W2911141845 cites W2097255766 @default.
• W2911141845 cites W2113452202 @default.
• W2911141845 cites W2115324145 @default.
• W2911141845 cites W2124791602 @default.
• W2911141845 cites W2127818500 @default.
• W2911141845 cites W2128412621 @default.
• W2911141845 cites W2128957837 @default.
• W2911141845 cites W2129692964 @default.
• W2911141845 cites W2132632499 @default.
• W2911141845 cites W2141995867 @default.
• W2911141845 cites W2143427287 @default.
• W2911141845 cites W2145968299 @default.
• W2911141845 cites W2161105599 @default.
• W2911141845 cites W2162526536 @default.
• W2911141845 cites W2254495989 @default.
• W2911141845 cites W2281946538 @default.
• W2911141845 cites W2300141009 @default.
• W2911141845 cites W2358541904 @default.
• W2911141845 cites W2399680983 @default.
• W2911141845 cites W2406404683 @default.
• W2911141845 cites W2411345191 @default.
• W2911141845 cites W2512139872 @default.
• W2911141845 cites W2512669386 @default.
• W2911141845 cites W2522374707 @default.
• W2911141845 cites W2526911412 @default.
• W2911141845 cites W2553809735 @default.
• W2911141845 cites W2560848508 @default.
• W2911141845 cites W2572117645 @default.
• W2911141845 cites W2577930381 @default.
• W2911141845 cites W2601993062 @default.
• W2911141845 cites W2760275602 @default.
• W2911141845 cites W2761223929 @default.
• W2911141845 cites W2765655013 @default.
• W2911141845 cites W2768488644 @default.
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• W2911141845 cites W2805742487 @default.
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• W2911141845 doi "https://doi.org/10.1016/j.cbd.2019.01.005" @default.
• W2911141845 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/30682656" @default.
• W2911141845 hasPublicationYear "2019" @default.
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