About Our Company
Empowering Nature's Own Defense
The global food eco-system and agricultural produce increasingly demands elegant solutions for identifying nature's more insidious compounds which is selective and environment friendly. Mycotoxins—those silent molecular infiltrators of agricultural bounty—must now be revealed with unprecedented swiftness, economic prudence, and unwavering accuracy. This imperative transcends mere quality assurance; it represents our commitment to unsullied harvests, consumer protection, and the sophisticated regulatory choreography that enables agricultural commerce to flow seamlessly across international boundaries. As markets become more interconnected, the artful detection of these fungal metabolites emerges not simply as scientific necessity, but as the cornerstone of agricultural diplomacy and public trust.
​We restore crops' innate ability to triumph over disease through the elegant revival of their natural resistance mechanisms. Our pioneering technology awakens dormant R-genes, rekindling the sophisticated defense systems that evolution designed but circumstance silenced. By resurrecting these molecular guardians, we return to plants their ancestral power to protect themselves—transforming vulnerability into resilience through the art of genetic restoration.
There is a growing need for rapid, cost-effective, and reliable mycotoxin detection in agricultural products to ensure quality, prevent contamination, and comply with food safety regulations for global trade.
Natural elegance emerges when plant and microbial compounds become nature's own weed management solution. Bioherbicides—sophisticated botanical and microbial formulations—disrupt unwanted vegetation through refined biological pathways that synthetic alternatives cannot replicate. These living technologies preserve agricultural harmony while maintaining ecosystem integrity, safeguarding soil vitality, crop health, and beneficial organisms. Unlike their chemical counterparts, these botanical innovations leave no toxic legacy in our environment nor pose the subtle health risks that have long shadowed conventional weed control approaches.
AgriRNA harnesses cutting-edge RNA and genetic technology to revolutionize agriculture and combat climate change. Through our innovative applications of Small Interfering RNA (siRNA), Antisense oligonucleotides (ASOs), and mRNA combined with advanced gene editing, genome engineering, bio-herbicides and rapid toxin detection test, we create breakthrough solutions for sustainable food production.​
Our Core Focus
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Engineering selective Bio-pesticides for pathogen-resistant crops and enhanced agricultural products
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Development of Eco-friendly Bio-herbicides targeting invasive weeds
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Development of rapid pathogen detection test for food and high value agricultural produce
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Developing revolutionary RNA-based vaccines to reduce livestock methane emissions
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Advancing sustainable farming practices through biotechnology
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Ensuring food security for future generations
Our Impact
We're transforming agriculture and animal products across the entire spectrum of food production—from pathogen and weed resilient crops to climate-smart livestock solutions — while maintaining our commitment to environmental stewardship and global food security.
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Novel selective Bio-pesticides against plant Pathogens
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Bio-herbicides targeting invasive weeds
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Rapid, cost-effective, and reliable test for toxin detection in agricultural products
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Post-harvest technologies for rapid, real-time detection and prevention of spoilage in food and agricultural produce
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Dairy and livestock optimization
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Enhanced fruits and vegetables by introducing natural preservatives, coatings, and storage solutions
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Improved grains and cereals
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Sustainable farming solutions​​​​
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Theme: Agriculture & Allied
10.Nature derived herbicides (bioherbicides) targeting invasive weeds (e.g., Lantana Camara, Sorghum halepense).
Brief Overview: Bioherbicides, derived from plants or microbes, provide an eco-friendly alternative to synthetic herbicides by disrupting weed growth through natural mechanisms. They are safe for the environment, crops, and organisms, avoiding soil pollution and health risks associated with synthetic chemicals.
11.Nature derived pesticides (biopesticides) targeting pathogens, particularly viruses, by stimulating systemic immune responses in plants.
Brief Overview: Natural biopesticides from plants, microbes, or minerals offer an eco-friendly alternative to chemicals, targeting pathogens and viruses by boosting plant immune responses, enhancing defence mechanisms, and improving crop health and yield.
12.Accurate and rapid detection methods for mycotoxins, especially aflatoxins, in food and high-value agricultural products.
Brief Overview: There is a growing need for rapid, cost-effective, and reliable mycotoxin detection in agricultural products to ensure quality, prevent contamination, and comply with food safety regulations for global trade.
13.Efficient post-harvest technologies for rapid, real-time detection and/or prevention of spoilage in high-value agricultural produce, especially cereals and fruits.
Brief overview: There is a commercial need for rapid, accurate, and cost-effective preservation methods to minimize spoilage from microbes, pests, and environmental factors. Technologies like natural preservatives, coatings, and storage solutions are key to maintaining product quality.
14.Bacteriophage based alternatives for disease management in agriculture and animal husbandry.
Brief Overview: Bacteriophage-based solutions offer a natural, targeted method to combat bacterial infections in crops and livestock, promoting animal health, reducing antibiotic use, and providing an eco-friendly alternative to chemical bactericides preventing AMR.
15.Technologies for large-scale production of Germacrene D, Menthofuran and Sabinene Hydrate and Viridiflorol.
Brief Overview: The synthesis of key chemicals like Germacrene D, Menthofuran, Sabinene Hydrate and Viridiflorol faces challenges such as complex multi-step protocols and harsh conditions, leading to low yields and unscalable for large-scale production. Improved, scalable methods are needed for efficient large-scale production.
Theme: Agriculture & Allied
10.Nature derived herbicides (bioherbicides) targeting invasive weeds (e.g., Lantana Camara, Sorghum halepense).
Brief Overview: Bioherbicides, derived from plants or microbes, provide an eco-friendly alternative to synthetic herbicides by disrupting weed growth through natural mechanisms. They are safe for the environment, crops, and organisms, avoiding soil pollution and health risks associated with synthetic chemicals.
11.Nature derived pesticides (biopesticides) targeting pathogens, particularly viruses, by stimulating systemic immune responses in plants.
Brief Overview: Natural biopesticides from plants, microbes, or minerals offer an eco-friendly alternative to chemicals, targeting pathogens and viruses by boosting plant immune responses, enhancing defence mechanisms, and improving crop health and yield.
12.Accurate and rapid detection methods for mycotoxins, especially aflatoxins, in food and high-value agricultural products.
Brief Overview: There is a growing need for rapid, cost-effective, and reliable mycotoxin detection in agricultural products to ensure quality, prevent contamination, and comply with food safety regulations for global trade.
13.Efficient post-harvest technologies for rapid, real-time detection and/or prevention of spoilage in high-value agricultural produce, especially cereals and fruits.
Brief overview: There is a commercial need for rapid, accurate, and cost-effective preservation methods to minimize spoilage from microbes, pests, and environmental factors. Technologies like natural preservatives, coatings, and storage solutions are key to maintaining product quality.
14.Bacteriophage based alternatives for disease management in agriculture and animal husbandry.
Brief Overview: Bacteriophage-based solutions offer a natural, targeted method to combat bacterial infections in crops and livestock, promoting animal health, reducing antibiotic use, and providing an eco-friendly alternative to chemical bactericides preventing AMR.
15.Technologies for large-scale production of Germacrene D, Menthofuran and Sabinene Hydrate and Viridiflorol.
Brief Overview: The synthesis of key chemicals like Germacrene D, Menthofuran, Sabinene Hydrate and Viridiflorol faces challenges such as complex multi-step protocols and harsh conditions, leading to low yields and unscalable for large-scale production. Improved, scalable methods are needed for efficient large-scale production.
Theme: Agriculture & Allied
10.Nature derived herbicides (bioherbicides) targeting invasive weeds (e.g., Lantana Camara, Sorghum halepense).
Brief Overview: Bioherbicides, derived from plants or microbes, provide an eco-friendly alternative to synthetic herbicides by disrupting weed growth through natural mechanisms. They are safe for the environment, crops, and organisms, avoiding soil pollution and health risks associated with synthetic chemicals.
11.Nature derived pesticides (biopesticides) targeting pathogens, particularly viruses, by stimulating systemic immune responses in plants.
Brief Overview: Natural biopesticides from plants, microbes, or minerals offer an eco-friendly alternative to chemicals, targeting pathogens and viruses by boosting plant immune responses, enhancing defence mechanisms, and improving crop health and yield.
12.Accurate and rapid detection methods for mycotoxins, especially aflatoxins, in food and high-value agricultural products.
Brief Overview: There is a growing need for rapid, cost-effective, and reliable mycotoxin detection in agricultural products to ensure quality, prevent contamination, and comply with food safety regulations for global trade.
13.Efficient post-harvest technologies for rapid, real-time detection and/or prevention of spoilage in high-value agricultural produce, especially cereals and fruits.
Brief overview: There is a commercial need for rapid, accurate, and cost-effective preservation methods to minimize spoilage from microbes, pests, and environmental factors. Technologies like natural preservatives, coatings, and storage solutions are key to maintaining product quality.
14.Bacteriophage based alternatives for disease management in agriculture and animal husbandry.
Brief Overview: Bacteriophage-based solutions offer a natural, targeted method to combat bacterial infections in crops and livestock, promoting animal health, reducing antibiotic use, and providing an eco-friendly alternative to chemical bactericides preventing AMR.
15.Technologies for large-scale production of Germacrene D, Menthofuran and Sabinene Hydrate and Viridiflorol.
Brief Overview: The synthesis of key chemicals like Germacrene D, Menthofuran, Sabinene Hydrate and Viridiflorol faces challenges such as complex multi-step protocols and harsh conditions, leading to low yields and unscalable for large-scale production. Improved, scalable methods are needed for efficient large-scale production.