AI-assisted international press reviewPress review

A New Gene Discovered That Protects Rice from Bacterial Disease

Chinese researchers have identified the Xa48 gene, capable of protecting rice from a threatening bacterial disease, a crucial advancement for global food security in the face of climate challenges. By combining this gene with an ancient one, they have created a strengthened immune network, enabling the development of more resilient rice varieties while reducing pesticide use and maintaining high yields even under extreme climatic conditions.

Source: Agropages, published under the title "New gene found to shield rice from global pathogen" - 15 April 2026

Breast Milk: Could Plants Replace Microbes? The Bet by Totality Biosciences

Human milk oligosaccharides (HMOs), crucial for infants' immune development, are currently produced through costly microbial fermentation. Emerging from the ecosystem of the University of California, Berkeley, startup Totality Biosciences is developing a plant synthetic biology approach to transform plants into 'factories' for HMOs, aiming to reduce costs, expand diversity, and extend their use beyond infant formulas.

Elaine Watson, Source: Agfundernews, published under the title "🎥Totality Biosciences bets on plants to scale human milk ol..." - 28 March 2026

Peru Modernizes Its Regulations on Genetically Modified Crops

Peru has taken a significant step in modernizing its biotechnology regulations by approving new guidelines that establish how organisms modified by genome editing will be assessed under national biosafety rules. Peru is aligning with an international trend towards differentiated regulation of modified organisms, joining countries like Argentina and Chile, while maintaining rigorous standards for environmental and food safety, potentially boosting innovation in the agricultural sector.

Source: Agropages, published under the title "Peru advances regulatory framework for gene-edited crops" - 26 March 2026

Cauldron Ferm Raises $13.25 Million to Scale Up Continuous Fermentation Technology

Australian startup Cauldron Ferm has raised $13.25 million to accelerate the deployment of its large-scale continuous fermentation technology. Its platform enables continuous production in 10,000-liter tanks, aiming to reduce costs and industrialize bioproductions. The funds will be used to modernize its facilities and expand operations in Australia and the United States.

SEPEHR ACHARD, Source: Igronews, published under the title "Cauldron Ferm Raises $13.25M Series A2 to Scale Hyper-Fermen..." - 25 March 2026

Crop Genetics: A Strategic Shift Towards Wheat and Rice

Investments in crop genomics are shifting focus from corn and soybeans to wheat and rice, which are vital for global food security. This change is accompanied by a new priority on survival traits, addressing the growing climate challenges. Recent regulatory approvals and initiatives in India illustrate this dynamic, while innovative collaborations aim to integrate smallholders into this genomic revolution.

SEPEHR ACHARD, Source: Igronews, published under the title "The Staple Crop Shift: How Crop Genomics Is Turning to Wheat..." - 24 March 2026

Resurrect Bio and Corteva Partner to Enhance Corn Disease Resistance

American biotech Resurrect Bio has entered into a development agreement with Corteva to combat some of the major corn diseases in the United States. The company is developing a technology that combines artificial intelligence and in-plant screening to identify and reactivate natural resistance genes bypassed by pathogens. This partnership aims to accelerate the development of more resistant varieties while reducing reliance on chemical inputs.

Source: Agropages, published under the title "Resurrect Bio and Corteva join forces to unlock nature’s own..." - 18 March 2026

Enza Zaden Develops 18 Tomato Varieties Resistant to ToBRFV in Seven Years

Dutch seed company Enza Zaden has developed 18 high-resistance tomato varieties against the Tomato Brown Rugose Fruit Virus (ToBRFV), a disease that has rapidly spread worldwide since 2015. The company published in the scientific journal Breeding Science the methodology that enabled the development of these varieties in seven years, utilizing molecular tools such as marker-assisted selection.

Source: Agropages, published under the title "How Enza Zaden developed 18 ToBRFV HR resistant tomato varie..." - 18 March 2026

Crop Genomics: R&D Infrastructure Surpasses Patents

The plant genomics sector is undergoing a strategic shift: competitiveness no longer primarily relies on intellectual property, but on research infrastructures capable of accelerating breeding cycles. Companies like Enza Zaden and Syngenta are investing in platforms that allow for the multiplication of crop generations each year, reducing varietal development timelines from over ten years to just a few years.

SEPEHR ACHARD, Source: Igronews, published under the title "Crop Genomics’ New Moat: Why Physical Infrastructure Now Bea..." - 17 March 2026

Deregulation of GMOs/NGTs: 71 French MPs Oppose the Government

Following a shift in the French government's stance towards the deregulation of GMOs derived from new genomic techniques, 71 MPs from La France insoumise have submitted a resolution proposal. They urge the government to oppose this European text, advocating for a strict framework of health and environmental protection in response to non-binding commitments from the European Commission.

Source: Info Ogm, published under the title "71 députés enjoignent le gouvernement français à rejeter la ..." - 16 March 2026

Tropic Raises $105 Million to Develop Genetically Modified Tropical Crops

Tropic, a global leader in genetically modified tropical crops, has recently announced the closing of a $105 million funding round to support the commercial expansion of its banana and rice varieties. This funding, co-led by the Forbion Bioeconomy fund and Corteva, addresses a growing global demand for sustainable and resilient food solutions. With non-browning and long shelf-life banana varieties already on the market, Tropic plans to accelerate its production and expand its crop portfolio to tackle food security challenges.

Source: Agropages, published under the title "Tropic raises $105 million Series C to scale commercial roll..." - 13 March 2026

Crop Diagnostix: An Early Warning System for Crop Health Based on RNA

The California startup Crop Diagnostix has developed an innovative system using RNA sequencing to monitor crop health. This technology enables the detection of environmental stresses, such as nutrient deficiencies or diseases, well before visible symptoms appear. By leveraging big data and machine learning models, the company provides farmers with crop health insights, optimizing yields and reducing inputs. With promising results in trials, Crop Diagnostix positions itself as a key player in agritech, with no direct competitors in this niche.

Elaine Watson, Source: Agfundernews, published under the title "Crop Diagnostix launches RNA-based crop health early-warning..." - 13 March 2026

KOMO Biosciences and Syngenta Explore a New Approach to Corn Genome Editing

The agrochemical group Syngenta has entered into an agreement with the American biotech KOMO Biosciences to evaluate a targeted DNA insertion technology that does not use viral vectors. This approach, applied to corn, aims to enable the controlled introduction of complex genetic programs, paving the way for a new generation of more resilient and better-managed crops.

Source: Agropages, published under the title "KOMO Biosciences grants research evaluation license to Synge..." - 13 March 2026

European Commission Approves GM Soybean DBN9004 from Dabeinong

On March 10, 2026, the European Commission approved the import and processing of genetically modified soybean DBN9004, developed by Beijing Dabeinong Biotechnology Co., Ltd. This authorization, based on a positive assessment from EFSA, allows its use in the food and animal feed chain in Europe, while imposing strict traceability rules. DBN9004, which offers dual herbicide tolerance, has also received approvals in other major soybean importing regions.

Source: Agropages, published under the title "European Commission Authorizes Import and Processing of Dabe..." - 13 March 2026

Protealis Launches MagNfix™ and Five New Soybean Varieties in Europe

Protealis, a European specialist in non-GMO legume seeds, announces the approval of its biological inoculant MagNfix™ and the registration of five new soybean varieties. These advancements aim to strengthen local soybean production in Europe, addressing the needs of farmers in cooler climatic regions. With improved yields and increased protein content, Protealis is poised for significant commercial expansion in the European soybean market.

Source: Agropages, published under the title "Protealis announces regulatory approval of its first biologi..." - 12 March 2026

Living Models Raises $7 Million to Map the Language of Plants

American biotech company Living Models has announced a $7 million funding round to develop artificial intelligence models applied to plant genomics. With its BOTANIC platform, the company uses transformer-type models to analyze DNA sequences as a language. The goal is to accelerate the development of new plant varieties, a process that can currently take over a decade. The funds raised will enhance the startup's research capabilities and explore new AI applications in plant breeding.

SEPEHR ACHARD, Source: Igronews, published under the title "Living Models Exits Stealth with $7M Seed Round to Map the L..." - 12 March 2026

Towards AI-Designed Bioinsecticides: IBI Ag Takes a Major Step Forward

Israeli biotech IBI Ag Ltd. announces a proof of concept for an artificial intelligence platform capable of designing novel insecticidal proteins. By moving beyond natural molecules, this technology paves the way for a new generation of biocontrol that is more precise and potentially more sustainable.

Source: Agropages, published under the title "IBI Ag announces successful development of AI-driven de novo..." - 11 March 2026

Agricultural Yields: Are Advances in Variety Selection Overestimated?

A study by researchers from the University of Nebraska published in Nature Communications suggests that yield gains attributed to variety selection may be largely overestimated. By analyzing 849 wheat varieties across several countries, the researchers demonstrate that a significant portion of the observed progress is actually due to maintenance selection aimed at sustaining performance against diseases and climate, rather than increasing yield potential.

Source: Agropages, published under the title "Global study reports crop yield gains from breeding may be o..." - 11 March 2026

Traditional Philippine Rice Reveals Key Genetic Traits for Climate Adaptation

A sequencing program of 1,001 traditional rice varieties, led by the Philippine Rice Research Institute and the University of the Philippines Los Baños, highlights early maturity traits and flood tolerance. These genetic resources could support the selection of more resilient and nutritious varieties in the face of climate challenges.

Source: Agropages, published under the title "Genomics study finds early maturing traits in PH heirloom ri..." - 11 March 2026

Cytotrait Raises $4 Million for Chloroplast Engineering Technology

Cytotrait, a spin-off from the University of Manchester, has secured $4.03 million in funding to develop its MOSS technology, which enables targeted genetic modifications in chloroplasts and mitochondria. This innovative approach aims to enhance the yield and resilience of key crops while addressing food security and sustainability challenges. New research will focus on crops such as wheat, corn, potatoes, and rapeseed, offering practical benefits for commercial agriculture.

SEPEHR ACHARD, Source: Igronews, published under the title "Cytotrait Secures $4M to Advance MOSS Crop Technology" - 10 March 2026

AI-Designed Toxins Could Revolutionize Biopesticides

A study shows that peptide toxins targeting insect sodium channels can serve as a basis for new biopesticides. Researchers have resolved the structure of the NavPaS channel bound to two insect-selective toxins, Av3 and LqhαIT, using cryo-EM. With AI-assisted protein design tools, the insecticidal efficacy of LqhαIT has been doubled, paving the way for more targeted and potentially safer pest control agents.

Source: Agropages, published under the title "Structural insights into insect-selective sodium channel tox..." - 9 March 2026