Videos

The quality and safety of infant formula and baby food are a major concern for parents, public health authorities, and regulatory bodies worldwide. Infant formula and baby food producers need to design comprehensive testing plans to ensure that their supply chain and finished products are free of harmful chemicals and pathogens. In this article Lukas Vaclavik, Contaminants Senior Staff Scientist for Eurofins Food Chemistry Testing discusses potential contaminants, the challenges and solutions around testing for contaminants and pesticide residues.

Eurofins presents a validation of USP <467> residual solvent methodology for testing on CBD and hemp-based products at the North American Chemical Residue Workshop.

In this document, you will see the list of chemicals on the Proposition 65 list and learn how Eurofins is prepared to help you develop your products, qualify your supply chain, and conduct ongoing quality control to minimize the risk of incomplete labeling.

Read this article to learn more about hemp contaminant testing and how you can be prepared to correctly test your hemp-derived products.

This paper discusses the theory behind supercritical fluids, key method information, and the benefits to testing fat soluble vitamins in supplements as well as mycotoxins in food products by this unique and green chemistry methodology.

This Proposition 65 Guide will help food, ingredient, and supplement companies navigate the regulatory and testing challenges that Proposition 65 presents when selling products into the state of California.

In this digital conference Eurofins experts, industry partners and food safety thought leaders guide attendees through a discussion of the latest solutions and controls for persistent pet food manufacturing issues.

Eurofins’ Pesticide Residue Monitoring Plan provides an understanding of how to implement a pesticide residue monitoring plan.

Eurofins’ Arsenic Testing Guide provides awareness of arsenic in food and the importance of detecting both inorganic and organic forms.