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Foreign materials and off-odor or off-flavors in a product may result in loss of consumer trust or a damaged brand reputation. In the worst cases, these issues can be dangerous. The first step in eliminating foreign material and off-odor or off-flavor risk is understanding the sources of contamination, including packaging and production issues and chemical and microbial contamination. This blog explains the benefits of foreign material, off-odor, and off-flavor analysis, the sources of contamination, and the tests available for testing.
The Hemp Industry often needs support for testing the safety and quality of their products from seeds to finished products. Read this white paper to learn more about
how developers can make use of hemp-specific analytical tests, including potency,to ensure their products are safe and deliver the highest quality, key factors to
establishing and maintaining a role in today’s competitive cannabinoids marketplace.
Learn about the most common food pathogens and their impact in food handling and production. Testing your products can help manage risk of contamination from pathogens. Partner with Eurofins for all of your food safety testing needs.
Off-flavor and off-odor issues can damage your brand reputation and even result in recall. Watch our webinar to learn how Eurofins uses gas chromatography with mass spectral detection (GC-MS) to provide solutions for off-flavors, off-odors, and flavor scalping caused by improper product packaging, or production or transportation issues. This webinar was originally recorded on October 01, 2020.
Eurofins offers rapid pesticide testing, tailored to the produce industry, with custom service to the west coast growing regions.
Keywords:
Produce
Contaminants
Eurofins now offers validated methods for chondroitin testing on sports nutrition and joint health supplements.
This poster discusses research focused on the co-enrichment detection of Salmonella and STEC on produce matrices.
This poster discusses research with the purpose of demonstrating a proof of concept for a reliable methodology evaluating postbiotic materials as characterized by inanimate cells by flow cytometry.
This poster discusses research with the purpose to demonstrate proof of concept of the EPRI tool with real-world samples by comparing against a validated pathogen method and culture.
This poster discusses research with the purpose to evaluate the performance of a commercial real-time PCR Salmonella detection method with spice matrices having antimicrobial and PCR inhibitory properties and to determine if any method modifications are required to obtain acceptable results.