Crop enhancement through foliar-applied histone deacetylase inhibitors
Remote Epigenetics offers a novel solution using natural volatile organic compounds to control crop traits by inhibiting histone deacetylase enzymes. This enables enhanced gene expression, improving plant responses to environmental cues and stress with competitive application costs.
Overview
Remote Epigenetics has developed an innovative approach to crop trait enhancement using natural volatile organic compounds as histone deacetylase (HDAC) inhibitors. These compounds, applied via foliar sprays, modulate gene expression by reducing DNA compactness, thereby enhancing plant responses to environmental and stress cues. This solution allows for the controlled timing of crop traits such as bolting, flowering, and ripening, providing significant advantages in agricultural productivity.
Technical specifications
- Natural HDAC inhibitors: Utilizes a library of naturally occurring compounds that are generally recognized as safe (GRAS) or current food additives.
- Application method: Formulated as foliar sprays, compatible with standard agricultural equipment.
- Competitive cost: Low application rate and abundant availability of active compounds ensure cost-effective solutions for growers.
- Regulatory efficiency: Classified as a biochemical, offering faster and less costly regulatory pathways compared to genetically modified organisms.
Technology readiness level
Currently at Technology Readiness Level 4, the solution has demonstrated efficacy in early-stage research. Remote Epigenetics seeks partners to accelerate screening and development, aiming for commercial product introduction within 4-5 years. Partnerships will support resource enhancement, regulatory expense sharing, and field testing across various geographies.
About Remote Epigenetics
Remote Epigenetics is an agricultural biotechnology company that has developed a proprietary suite of natural, affordable small molecules designed to reprogram chromatin structure in plants. By utilizing these molecules—which include a class of volatile epigenetic modifiers known as Epi Volatiles—the company enables major shifts in gene expression to improve plant development and resilience. These modifiers can be applied to plants from a distance, offering a convenient delivery mechanism compared to traditional methods. The company further supports its technology through bioinformatics software tools that analyze and interpret complex gene expression changes, allowing for the identification of molecular markers linked to phenotypic development and stress response.
The company's solutions are aimed at addressing global agricultural challenges by enhancing crop yields and improving plant responses to abiotic stresses such as drought, cold, salinity, and flooding. By providing sustainable, technology-driven interventions, Remote Epigenetics seeks to reduce the negative environmental impacts of traditional farming while contributing to global food security. Founded in 2022 and based in San Diego, the company focuses on advancing agricultural productivity through its specialized platform.
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