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Discover how Eurofins demonstrates a proof of concept for Whole Genome Sequencing (WGS) using Oxford Nanopore Technologies to accurately serotype and track Salmonella. Learn how this harmonized NGS approach improves global food safety with reliable, reproducible results.
Keywords:
Scientific Research
Microbiology
This research poster demonstrates how BACGene real-time PCR enables accurate STEC detection in frozen vegetable matrices.
This research poster demonstrates how BACGene real-time PCR enables accurate Salmonella detection in frozen vegetable matrices.
This research poster demonstrates how BACGene real-time PCR enables accurate Listeria monocytogenes and Listeria species detection in frozen vegetable matrices.
Discover why CFIA mandates 1500g lettuce testing for romaine imports from U.S. regions, how larger sample sizes improve detection of E. coli O157:H7, and the differences between pooling subsamples and direct 1500g testing methods. Learn key compliance, validation, and risk management considerations for growers, shippers, and buyers to ensure food safety and maintain market access.
The demand for speed in food production and distribution continues to increase, driven by consumer expectations for freshness, short product shelf lives, and regulatory compliance requirements. In this environment, rapid pathogen detection methods have become essential tools for timely decision-making and effective food safety management. This webinar will provide a technical overview of commercially available rapid methods for detecting key foodborne pathogens, including Salmonella, Listeria spp., and L. monocytogenes. Originally Recorded on August 20, 2025.
Ensure compliance and product safety with Eurofins' USP Microbiology Services. Learn how USP Testing and Suitability Testing help validate methods for dietary supplements, probiotics, and botanicals while avoiding false negatives and regulatory pitfalls.
Eurofins Microbiology Laboratory (EML) New England adds Alicyclobacillus spp. testing to its ISO 17025:2017 scope of biological services. This is an expansion to their existing scope that includes routine pathogen and indicator organism testing for food, food products, beverages, environmental samples, and pet food.
Learn how data-driven E. coli testing improves process control and food safety in beef plants. Explore sampling strategies, harvest monitoring, and microbial analytics to reduce contamination risks and enhance regulatory compliance.
Low water activity foods (LWAFs) have historically been considered low-risk for microbiological hazards because their limited “free” (unbound) water in the formulation prevents bacterial growth. However, foodborne illness outbreaks revealed that pathogens can survive for extended periods in LWAFs, even in the absence of growth. Watch now to learn what is required to validate control measures to reduce microbial risks in LWAFs. Originally Aired on June 18, 2025.
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