Italian research foundation specializing in plant genome editing (CRISPR), food quality analytics, and sustainable agriculture in Trentino's apple and wine region.
Fondazione Edmund Mach is an Italian research foundation based in Trentino that specializes in agricultural genomics, plant breeding, and food science. They develop disease-resistant crop varieties (particularly apple), apply CRISPR and cisgenesis techniques to improve plant traits, and conduct advanced analytical work using mass spectrometry for food quality and safety. Their research spans from fundamental plant genetics to applied solutions in sustainable agriculture, food waste reduction, and environmental monitoring.
Core expertise demonstrated across GENEVABREED (apple scab resistance cloning), MalusEdit (CRISPR/Cas9 for apple disease resistance), CHIC (chicory breeding via CRISPR), and INTERFUTURE (microbial biopesticides).
Consistent thread from MASSTWIN (mass spectrometry methods), FoodTraNet (food traceability via stable isotopes), SISTERS (food waste reduction), and FNS-Cloud (food nutrition data).
Deep apple breeding focus in GENEVABREED (scab resistance), MalusEdit (fire blight and powdery mildew via CRISPR), and OVOC (grapevine ozone resistance).
Supported by WILDGUT (gut biota for wildlife conservation), PARACORT (parasite co-infection in rodents), and TRuStEE (remote sensing for ecosystem modelling).
Contributed to ZIKAlliance (Zika virus control) and MOOD (epidemic intelligence and outbreak monitoring using big data).
Growing presence through GAIN (green aquaculture), RELACS (organic farming inputs replacement), and SISTERS (food waste reduction in supply chains).
In their early H2020 period (2015–2018), FEM focused on fundamental plant genetics, disease ecology, and analytical methods — projects like GENEVABREED (classical resistance gene cloning in apple), PARACORT (parasite transmission), and MASSTWIN (mass spectrometry capacity building). From 2018 onward, a clear shift toward applied gene editing technologies (CRISPR/Cas9) and food system sustainability emerged, with projects like MalusEdit, CHIC, SISTERS, and RELACS addressing real-world agricultural challenges. This evolution reflects a move from understanding biological mechanisms to actively engineering solutions for crop improvement and food chain resilience.
FEM is converging its genomics expertise with food system challenges, positioning itself as a go-to partner for projects that need both gene editing capability and food chain impact assessment.
FEM balances leadership and partnership roles — they coordinated 6 of 20 projects (30%), mostly smaller focused grants like Marie Skłodowska-Curie fellowships and targeted research actions, while joining larger consortia as a specialist contributor. With 302 unique partners across 43 countries, they maintain an exceptionally broad network rather than relying on repeat collaborators. This makes them an accessible and experienced consortium partner who can both lead niche projects and contribute deep expertise to large multi-partner initiatives.
FEM has collaborated with 302 unique partners across 43 countries, giving them one of the broader networks for a mid-sized research foundation. Their partnerships span well beyond Europe into global health and agriculture networks.
FEM combines deep plant genomics and CRISPR expertise with strong food analytical capabilities under one roof — a rare combination that lets them follow a crop from genetic improvement through to food quality verification. Based in the agricultural heartland of Trentino (a major apple and wine region), their research is directly grounded in real farming challenges rather than purely academic pursuits. Their track record of coordinating gene editing projects (MalusEdit, GENEVABREED) while also contributing to large food system consortia makes them a versatile partner who can bridge the gap between lab-scale genetics and field-level impact.
