RNAWay develops an RNA delivery platform that enables the efficient application of RNA molecules to plants via spray or irrigation, enhancing crop resilience and yield while reducing reliance on harmful chemicals. The technology specifically targets viral infections and metabolic pathways, addressing significant agricultural challenges posed by pathogens and climate change.
Funding
Funding not disclosed
Founders
Product
Problem
The agricultural industry faces significant challenges from climate change, environmental conditions, and pathogens, while current solutions often fail to meet the demands for improved crop yield and resilience. Reliance on harmful chemicals poses environmental risks, and there is an urgent need for solutions that improve farmer profitability and ensure global food security.
Solution
RNAway has developed a novel RNA delivery platform that enables the efficient application of RNA molecules to plants via spray or irrigation. This technology enhances crop resilience and yield while reducing the need for harmful chemicals. The platform protects RNA molecules from degradation and facilitates their uptake into plant cells, allowing for targeted intervention in viral infections and metabolic pathways. RNAway's approach is eco-friendly, as the delivery platform is biodegradable and does not harm the environment or biodiversity.
Target Audience
RNAway's primary customers are solution providers in crop protection, fertilizers, and seeds, as well as farmers seeking to improve crop yield and resilience while reducing reliance on harmful chemicals.
Features
- Cutting-edge delivery platform for RNA molecules into plants through spray or irrigation
- RNA protection from degradation, ensuring stability regardless of the sequence
- Biodegradable delivery platform that is safe for wildlife and the environment
- Compatibility with existing spray or irrigation practices for easy application
- High efficacy in enabling RNA molecule uptake into plant cells
- Demonstrated effectiveness in preventing and treating viral diseases in tomatoes, grapevines, and cucumbers
- Ability to develop specific RNA molecules for various crop enhancement and pathogen resistance applications