A newly funded UK-wide research network is bringing together farmers, vets, industry and policymakers to address one of the most pressing challenges facing food production — antimicrobial resistance in agrifood systems.
A chemical-free light-based treatment has demonstrated the ability to kill all 64 Campylobacter strains tested, including antibiotic-resistant varieties.
PFAS regulation is expanding and analytical methods are becoming more capable. How far should food businesses test?
PFAS regulation is expanding and analytical methods are becoming more capable. How far should food businesses test?
With new EU limits on PFAS in food-contact packaging now in force, New Food speaks to VTT experts about balancing product performance requirements with viable PFAS-free alternatives.
Successful process NIR starts before installation. This checklist helps manufacturers assess readiness, identify gaps and make the right decisions early to accelerate deployment and results.
How laboratories can manage contamination, matrix effects, expanding analyte lists and regulatory change – while reducing the environmental cost of high-throughput LC–MS/MS.
The UK Government has asked the FSA to develop national oversight of large food businesses. Walker Morris’ Chris McGarvey explains what it could mean for the industry.
Food and beverage laboratories face growing pressure to innovate without compromising safety. This article explores how agentic AI can connect siloed data, strengthen predictive quality and accelerate R&D.
Can laboratories increase sensitivity without compromising routine reliability, workflow efficiency or resource use? The LCMS-8065XE was designed to address these growing analytical demands.
The seafood industry is enormous, so too its supply chains. With consumers willing to pay premium prices for the healthy protein source, fraudulent practices have inevitably followed – on shocking scales. Chris Elliott reveals how the industry is responding and what businesses can do to boost credibility and protect consumers.
What it means to deserve the world’s trust.
Food may be the world’s most global product, but trust remains its most personal ingredient.
How can beverage manufacturers catch concentration errors and contamination quickly? This study explores how UV-Visible spectroscopy and custom pass/fail criteria can support faster, straightforward quality checks.
AI can improve forecasting, traceability and customer communications, but food businesses remain accountable when failures create safety or compliance risks. Here is what technical and compliance leaders should consider before moving AI from pilot to production.
A practical guide for QA, QC and laboratory leaders navigating rapid reformulation, complex matrices and escalating regulatory scrutiny.
The recent successful conviction of Kismet Kebabs Ltd is as encouraging as it is concerning… Professor Chris Elliott explains why.
As food safety laboratories strive for faster, reliable, and audit-ready pathogen detection, success depends on more than advanced molecular methods. Robust workflows, contamination control, and compliance are now just as critical as PCR performance.
Few things spread fear more effectively than mistrust of the food supply. Professor Chris Elliott demonstrates how decisive cold chains are to the safety of food systems and why their protection must be a top priority and collective effort.
Microplastics are a growing concern for consumers and the food industry. But how much of the coverage reflects the evidence? Laura Stewart, Executive Director at NAPCOR, argues that conclusions about PET should be based on robust science and its long-established safety record.
Taking a novel approach to engaging the brains and imagination of its participants, Chris Elliott reflects on the success of the Food Fraud Festival and why this strategy is what we need to tackle tenacious fraudsters.
Shimadzu’s new Nexis GC-2060 combines analytical intelligence with innovative hardware to cut gas and energy consumption, reduce manual workload and simplify complex sample analysis. Designed for maximum flexibility and efficiency, it helps laboratories lower operating costs without compromising performance or accuracy.