This poster was developed in response to limited regulatory guidance on impurity reference standards, highlighting gaps in ICH guidelines and proposing practical approaches for accurate impurity quantification.
This whitepaper examines the potential of smart nanoparticles in drug delivery, highlighting expert insights, clinical trials, and regulatory milestones.
This poster presents a case study in which LGC collaborated with Waters to develop a reliable UPLC/MS/MS method for quantifying trace levels of the example NDSRI contaminant N-nitroso-sertraline in sertraline drug substance and drug product.
LGC provides a wide range of ISO/IEC 17025 and ISO 17034 reference materials and research chemicals for Cathinone and Nitazene testing through our LoGiCal, Lipomed, TRC brands, and trusted partners.
From humble beginnings to a leading name in pesticide reference materials, we now offer over 14,000 products for food, beverage, and environmental testing—with more on the way.
LGC Dr Ehrenstorfer now offers microplastic reference materials to support environmental research and testing, including common types like polyethylene, polypropylene, nylon, and polyester fibres.
LGC Standards’ colour reference materials that are manufactured and tested according to USP and EP ensure accuracy, consistency, and full traceability – so you can test with confidence and meet pharmacopoeial requirements every time.
To support biodiesel testing requirements, LGC Standards has launched a new range of ISO 17034-accredited, United Kingdom Accreditation Service (UKAS) approved, certified reference materials specifically developed for physical property analysis.
Explore TRC’s extensive portfolio of research chemicals and analytical standards designed for life sciences, drug discovery, pharmaceutical QC, clinical testing, food safety, and environmental analysis.
This whitepaper outlines global regulatory requirements for VMPs, covering MRLs, Codex guidance, drug residue control, testing methods, and international trade approval for food exporters.
This whitepaper explores the effectiveness of current methods, such as Hazard Index (HI) and Relative Potency Factors (RPF) in the evolving field of Cumulative Risk Assessment (CRA) for pesticide residues in food.
We offer a full range of reference materials and research chemicals to support your polydrug testing, emerging drug studies, and the development of new analytical methods.
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