Darwin Project

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New Genomic Techniques, New Food Systems #Darwin_NGT is a #HorizonEU funded project. Account managed by ICONS Innovation Strategies #EUFarm2Fork Learn more: https://darwin-ngt.eu/

New publication alert 📢 DARWIN-supported researchers advanced the detection of genome edited crops in complex food mixtures using adaptive sampling & genomic analysis. Led by partner @sciensano.be, the study supports stronger traceability and food transparency. #FoodInnovation #HorizonEU #DARWIN_NGT

DARWIN researchers advance detection of genome-edited crops in food mixtures - Darwin

The EU project DARWIN explores innovative approaches to improve the detection and identification of genome-edited organisms.

darwin-ngt.eu

This latest study reviews strategies based on metabolomics, proteomics, microRNA, methylation, and glycosylation profiling. These #non-genomic approaches are presented as relevant tools for the detection of new plant varieties, as well as for supporting regulatory compliance. Learn more:

Study reviews detection methods beyond DNA in genome-edited plants - Darwin

As genome editing technologies continue to evolve, there is a growing need for methods capable of detecting and characterising the changes they introduce in crops.

darwin-ngt.eu

As new genomic techniques are evolving, important questions are raising about traceability, regulation, and consumer choice. Why is developing reliable detection tools crucial for a transparent and trustworthy food system? Read more ➡️ darwin-ngt.eu/news-events/... #GMO #NGT #HorizonEU

Cracking the code of hidden food edits - Darwin

As new genomic techniques blur the line between natural and engineered plants, detecting tiny DNA edits has become a scientific puzzle.
Researchers are developing tools capable of spotting even single...

darwin-ngt.eu

Our team is proud to share that a new scientific publication has just been accepted — an important milestone in the detection of genome-edited organisms. 🙌 🔬 Genome-edited organisms, especially those with single nucleotide variations, remain difficult to detect.