Xiang Nong1,2,3,*, Yao-jun Yang1,2, Guang-you Yang3, Feng-zheng Chen2, Mei Tang1,2 and Gang Wang2
...ntrol group treated with fenvalerate. Furthermore, the dead state of mites treated with stigmasterol was different from that of mites of the negative control group. This result confirmed the insecticidal activity of stigmasterol. We conducted a thorough research on the insecticidal molecular mechanism of stigmasterol to lay the foundation for the development of stigmasterol as nontoxic and pollution-free pesticides that can be introduced into the environment.<...
Farah Rauf Shakoori1,*, Tanzeela Riaz2, Uzma Ramzan1, Anum Feroz1 and Abdul Rauf Shakoori2,3,*
...aluate the toxicity of esfenvalerate on carbohydrate metabolism and macromolecular concentrations of 4th and 6th instar larvae of a stored grain pest, Trogoderma granarium. The LC50 values of esfenvalerate for 4th and 6th instar larvae of Phosphine and deltamethrin-susceptible population was 34.29 and 28.05ppm, respectively, while 39.30 and 32.67ppm were for the 4...
Guo-dong Zhao1,2*, He-ying Qian1,2, Yi-ling Zhang1,2, Gang Li1, 2, Jian Tang1, 2 and An-ying Xu1,2*
...bility after exposure to fenvalerate. The results showed that a total of 2363 differentially expressed genes were detected in the Lan5 DGE library and 1611 were detected in the Mysore DGE library, respectively. The possible functions of all DEGs were determined using the gene ontology (GO) classification system. Pathway enrichment analysis was carried out using the Kyoto Encyclopedia of Genes and Genomes (KEGG) database. Furthermore, some selected differential...
