The development of pest management methods for healthy, sustainable agriculture can benefit substantially from creating a data filtering platform. Lifeasible is committed to life sciences research and seeks to offer more environmentally friendly, secure, and effective insect pest management solutions. We use big data to analyze gene function, sequence homology, and possible RNAi effects. Our solutions can improve the research and applications in insect pest control and play an important role in pest management.
By using gene functional analysis, describing, and confirming their function, we may anticipate, characterize, and comprehend the involvement of particular genes in pest biology for the sake of pest control. Currently, we can modify target pest genes using gene knockout and antisense techniques, bioinformatics analysis of genes, spatial and temporal expression profiling of genes, functional prediction of genes, and experimental characterization and validation of gene functions. For instance, we can interfere with genes involved in mosquito egg-laying to slow population development. Big data-based gene function analysis can also pinpoint the genes causing pesticide resistance. This aids scientists in creating pest management strategies that are more effective.
In pest control, sequence homology comparison combined with extensive data plays a crucial role in identifying conserved genes in various pest species. Conserved genes can serve as potential targets for RNAi-based pest control. High sequence similarity suggests that the target genes may have similar functions in different species. Therefore, homology sequence comparison analysis can guide researchers in developing broad-spectrum insecticides. For example, we can develop RNAi-based treatments against various aphid pests by identifying homologous genes in different aphid species.
RNAi has shown effective application in pest control, mainly by inhibiting the expression of pest target genes and thus enabling the prevention and control of pests. Short interfering RNAs (siRNAs) can be delivered to pests orally, by injection, or by topical application. Evaluating the insecticidal effects of specific siRNAs on pests is critical for identifying effective RNAi-based insecticides. For example, targeting essential genes in the chitin biosynthesis pathway can disrupt insect molting, resulting in pest death.
Lifeasible provides a data filtering platform that is important in insect pest control research and applications. If you are interested in us, please feel free to contact us.
Lifeasible has established a one-stop service platform for plants. In addition to obtaining customized solutions for plant genetic engineering, customers can also conduct follow-up analysis and research on plants through our analysis platform. The analytical services we provide include but are not limited to the following:
