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BASF Strengthens Its Agricultural Biotech Platform with New Fermentation Plant

BASF Agricultural Solutions has recently launched its BioHub in Ludwigshafen, a fermentation site dedicated to the production of biological fungicides and insecticides. This multi-million euro investment aims to enhance its portfolio of biotechnology-based solutions while improving production flexibility and the resilience of supply chains.

Brazil: National Development Bank Accelerates Bio-input Deployment through Family Farming Financing Program

Biocontrol Fungi: Genetic Mapping Reveals Thousands of Potential Antifungal and Insecticidal Compounds

A recent study reveals that Hypocreales fungi, in symbiosis with plants, could provide a natural alternative to synthetic pesticides that help combat pests. Four biosynthetic pathways for fungal compounds with promising biocontrol properties have been proposed. Researchers identified over 5000 gene groups in the production of natural compounds, of which 80% are unknown.

Biostimulants, Micronutrients, and Predictive Agriculture: ICL Develops a New Generation of Crop Nutrition Tools

At the NutriExperts 2026 conference, ICL showcased advanced nutrient management technologies to enhance the resilience of agricultural systems against climate challenges. New solutions like Axius Plant, which boosts plants' metabolic resilience and improves yields by over 15% across various crops, MIB Boro, addressing boron deficiencies in Brazilian soils, and Translok Air, designed for drone applications to enhance grain filling, aim to improve crop performance.

Disease-Resistant Wheat: A Global Alliance Accelerates Genetic Selection Against Fungal Risks in Africa and Asia

The Global Wheat Health Alliance (GWHA) is a new international initiative aimed at protecting wheat from diseases in South Asia and East Africa. Co-led by CIMMYT and Cornell University, this alliance will integrate gene discovery, field testing, and preventive breeding to develop more resilient wheat varieties. With a financial backing of $2.7 million, the alliance aims to train 100 scientists in disease assessment and resistance breeding.

Biomanufacturing and Next-Generation Ingredients: Startup Aims to Replace Petrochemical Emulsifiers with Fermentation

Ruby Bio, a California-based startup, is poised to revolutionize the emulsifier market with a fermentation-derived range, allowing for the replacement of palm oil and petrochemical-derived additives with clean-label alternatives. Utilizing non-GMO yeast strains and a streamlined production process, the company aims to achieve cost parity with synthetic emulsifiers. With $8 million in funding, Ruby Bio is positioned for rapid scaling and plans to commercialize by 2027.

Canadian Aplantex Raises $5 Million to Scale Up Green Biotechnology

Soy-derived dairy proteins: Mozza Foods bets on molecular agriculture to industrialize casein without fermentation

An American Startup Secures Funding from the USDA to Accelerate Wheat Gene Editing and Improve Nitrogen Efficiency

Novin AgriTech, a startup from Purdue University, has received $174,906 in funding from the U.S. Department of Agriculture (USDA) to develop innovative traits for wheat, particularly enhancing nitrogen use efficiency. This project employs InPACT technology, enabling direct genetic manipulation without tissue culture, promising rapid and scalable validation.

A New Seed Coating Significantly Reduces Cotton Fusarium While Improving Yields

Cotton fusarium severely compromises yields and crop quality. A recent study developed an eco-friendly seed coating agent (DIF) based on Difenoconazole, replacing toxic formulations. Trials demonstrated a 98.67% effectiveness against fusarium, while enhancing seedling growth and cotton yield, without negatively impacting fiber quality.