Andrzej Benkowski
Technical Manager, Probiotics & Dietary Supplements
As the Technical Manager at Eurofins Center of Excellence for Probiotics, Andrzej Benkowski brings over 18 years of expertise in biotics quality management, testing, and technology. With a strong technical background in food microbiology, Andrzej specializes in contract R&D, method development, and pioneering technologies for probiotic evaluation.
Since 2019, Andrzej has chaired the International Probiotic Association (IPA) Technical Committee and has been a member of the IPA Board of Directors since early 2024. He also contributes to the IPA Postbiotics Committee and has served as the IPA expert liaison with the International Organization for Standardization (ISO) TC34/SC9 Working Group 11 since 2022, co-convening their Enumeration Subgroup.
Andrzej is dedicated to advancing the biotics industry by setting rigorous standards and driving innovation with a focus on quality.
Outside of his professional and scientific achievements, Andrzej is a member of the Eurofins Madison Site Employee Engagement Team and manages the Community Supported Agriculture (CSA) Program for the site. A founding member of the funk band Steez, he also plays saxophone, synthesizers, and vocals. Andrzej enjoys the outdoors, spending time with his family, and pretending to be a coffee aficionado. Additionally, he has a passion for collecting sneakers and fitted hats.
Below are resources from Andrzej:
As popularity of dietary supplements continues to grow, recent challenges in supply chain have shown an emergent growth in adulteration. Find out more on what the problem with adulteration is, and how is it being addressed.
Botanical reference materials play a critical role in herbal product testing. Learn about the importance of botanical reference materials, and how choosing a lab with a large reference material library impacts analytical outputs.
The COVID-19 pandemic created a favorable environment for increased economically motivated adulteration of ingredients and finished products. Adulterated ingredients entering your product can result in serious risk for your company. How can you reduce your company's risk?
Turmeric has faced authenticity issues as instances of economic-adulterations to reduce the cost. We used carbon-14 and HPLC analyses as complementary methods to verify “all-natural” label claims of commercial dietary supplements containing turmeric ingredients.
This presentation discusses further on adulteration risks in botanicals, reviews various quality control analytical strategies and research advances in analytical sciences for dietary supplements and ingredients.
Food fraud, also known as economically motivated adulteration, is widespread worldwide. Food fraud involves deliberate and intentional substitution, addition, tampering or misrepresentation of food, food ingredients or food packaging, labeling, product information or false or misleading statements made about a product for economic gain. Food fraud can adversely impact consumer health, product quality, and brand reputation.
Learn more about the similarities and differences between the terms: fraud, defense, authenticity, and adulteration when it comes to foods, ingredients, and supplements.
We are proud to share the publication of a new scientific article from our team overseas. This article details the optimization of the NMR method, and the validation of the enhancements made. This unique analysis can differentiate agave inulin/syrup/alcohol from cane or corn adulterants.
As Minneola, a hybrid between grapefruit and mandarin, has become more popular it may be susceptible to fraud and/or adulteration. This poster shows the phenolic pattern of this fruit, in relation to other orange, grapefruit and mandarin fruits that may be used to identify its juice or juice concentrate.
Eurofins presents at AOAC 2020 Virtual Annual Meeting & Exposition. Adulteration to fruit juices has been a long-standing problem in food processing. While analytical tests exist to detect cheaper juices in more expensive ones, an ongoing problem arises when lime juice is blended with lemon juice. Due to their chemical similarities, this requires new in-depth methods.
