RNA sprays as epigenetic biostimulants for stress-resilient agriculture
Innovative RNA sprays engineered to enhance plant resilience against environmental stresses and pathogens. Utilizing GMO-free approaches, these sprays support epigenetic reprogramming in crops like soybean, tomato, and wheat, offering a sustainable solution for stress-resilient agriculture.
Overview
RNA sprays represent a breakthrough in agricultural biotechnology, providing a GMO-free method to bolster plant resilience against environmental stresses and pathogens. Developed by APOLO Biotech, these sprays utilize RNA technology to modify plant epigenetic responses, enhancing their ability to withstand heat, drought, and other stressors. This innovative approach leverages proprietary RNA carriers for effective stabilization and delivery across multiple crop types, offering significant potential for sustainable agriculture.
Technical specifications
Key features:
- RNA technology: Utilizes long noncoding RNAs (lncRNA) and double-stranded RNAs (dsRNA) to modulate plant stress responses.
- Proprietary carriers: Ensure stable and efficient delivery of RNA molecules to plants.
- Field-validation: Proven efficacy across 15 crops in controlling over 10 fungal pathogens.
- Multiomics integration: Combines RNA biology, nanotechnology, and bioinformatics for precision agriculture solutions.
Technology readiness level
This technology is currently at TRL 4, with successful lab-based proof of concepts and initial pilot plant production. Future steps involve greenhouse and field trials with agricultural partners to further validate drought resilience and explore applicability to additional stresses.
About Apolo biotech
Apolo Biotech is an Argentina-based agricultural biotechnology company founded in 2022 that specializes in developing non-GMO, RNA-based solutions for sustainable crop protection and production. The company utilizes proprietary technology to design and stabilize exogenous RNA molecules, which are applied to crops to modulate gene expression in plants and pathogens without altering the plant's DNA. This approach mimics a vaccine-like effect, activating the natural defense systems of crops against fungi, viruses, and insects, while providing a stable, room-temperature application that eliminates the need for specialized storage or equipment. By offering a versatile, environmentally friendly alternative to traditional synthetic pesticides, the technology seeks to enhance agricultural yields while reducing the health risks associated with chemical agrochemicals. The platform leverages bioinformatics, artificial intelligence, and synthetic biology to address global agricultural challenges.
The company's solutions are particularly significant for modern agriculture as they provide a path toward reducing chemical dependency and improving sustainability in food production. Apolo Biotech operates primarily on a B2B model, targeting international markets with a focus on sustainable agricultural development and climate-resilient farming. The company has gained traction through participation in global accelerator programs, recognition from organizations like CONICET, and collaboration with industry partners to integrate RNA technology into existing agricultural practices. By focusing on crop-specific defense mechanisms, the company aims to protect environmental health and human consumers, positioning its technology as a pioneering tool in the AgTech, BioTech, and GreenTech sectors.
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