Research
- Understand the RNA interference (RNAi) phenomenon in insects
- Using RNAi to control pest or protect beneficial insects from pathogens.
Study of the mechanism of action of RNAi (RNA interference) in insects
Understanding the mechanism of RNA interference in insects
Understanding the mechanism of action using molecular biology and insect physiology
Multifaceted understanding using transcriptome analysis (RNA-seq analysis) and various molecular biology techniques
Elucidation of the intracellular delivery mechanism of dsRNA (RNAi inducer)
Identifying differences in RNAi sensitivity across insects
Gene function research
Gene Function Study
Various applications through “gene function research” using RNAi
Elucidating the function of genes that are still unknown using model insects
Research on insect hormones and growth-related genes
Selection of pest control substances through genetic research
Study on the mechanism of dsRNA transfer between cells using exosomes
Exosome studies in insects
Elucidating the RNA transport mechanism in insects
Study of RNA transfer mechanisms between insect cells and cells
Studying the Role of Exosomes as dsRNA Transporters
Maximizing dsRNA delivery efficiency using exosome-like delivery vehicles
dsRNA encapsulation studies
Insect disease research
Insect Pathogen Study
using Bioinformatics
and Molecular Biology
Insect virus sequence and structure analysis
Viral research through transcriptomics and genomics
Research on viral vaccines using dsRNA
Research on the insect industry
Various industrial concepts utilizing insects, the food of the future
Research for mass production of standardized brown mealworms
Research on fertilizer production using eco-friendly insect-derived manure