Novel mosquito repellent R2 with plant essential oil complexes
Discover the novel mosquito repellent R2, which offers efficacy comparable to DEET. This solution combines R2 with plant essential oils to create a cost-effective, efficient repellent. Developed by Jiangxi Agricultural University, it is ready for large-scale production.
Overview
The novel mosquito repellent R2, developed by Jiangxi Agricultural University, exhibits efficacy comparable to DEET, the industry standard. This innovative solution is designed to combine R2 with various plant essential oils, enhancing its repellent properties while maintaining cost-effectiveness and safety. The resulting formulation promises to provide a potent and affordable alternative to existing mosquito repellents, making it ideal for markets seeking effective pest control solutions.
Technical specifications
Key features:
- Repellent R2: Synthesized and laboratory-tested for high efficacy and safety, showing comparable performance to DEET in repelling mosquitoes.
- Plant essential oils: Used in combination with R2, these oils are selected for their natural repellent properties, aiming to enhance the overall effectiveness through synergy.
- Production scalability: R2 has been successfully pilot-tested for large-scale production, ensuring readiness for mass manufacturing.
Technology readiness level
The project is currently at Technology Readiness Level 6, indicating that the R2 repellent and its formulation with plant essential oils have been validated in relevant environments. Future steps include further development of the formulation and comprehensive evaluation of its repellent activity, toxicity, and safety.
About Jiangxi Agricultural University
Jiangxi Agricultural University is a mid-sized, agriculture-focused public research university in Nanchang, with more than 24,000 full-time students, 17 schools, doctoral and postdoctoral training, and a broad, practice-oriented institutional character. Its large campus and extensive experimental and practice infrastructure support applied research, field validation, and engagement with industry and public-sector partners. The university has strategic and science-and-technology cooperation relationships with more than 80% of Jiangxi’s counties and works with agricultural enterprises, local governments, and rural communities to move technologies, improved varieties, and technical services toward use. Research is supported by the National Natural Science Foundation of China, the Ministry of Education, the Ministry of Agriculture and Rural Affairs, and the National Forestry and Grassland Administration, alongside competitive provincial funding. A university science and technology office supports research management and the transfer and commercialization of results.
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