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IEH & Brooks Applied Labs Use Carbon Isotope Analysis to Uncover Vanillin Authenticity Patterns

IEH & Brooks Applied Labs Use Carbon Isotope Analysis to Uncover Vanillin Authenticity Patterns

Protein Powder and shakesTogether with IEH, Brooks Applied Labs conducted a study evaluating the authenticity of commercial vanilla products using bulk carbon isotope analysis (EA-IRMS) and compound-specific isotope analysis (GC-C-IRMS). Natural vanillin derived from vanilla beans is one of the most valuable flavor compounds globally and is often subject to adulteration with synthetic or non–bean-derived vanillin. Fifteen products labeled as containing natural vanillin were analyzed in this study. Several samples showed isotopic values inconsistent with vanilla-bean origin. These results highlight the role of isotope ratio mass spectrometry in detecting economically motivated adulteration and verifying authenticity within the food and flavor industries.    

IEH and Brooks Applied Labs Contribute to Consumer Reports Study on Protein Powders and Shakes

IEH and Brooks Applied Labs Contribute to Consumer Reports Study on Protein Powders and Shakes

Protein Powder and shakesIEH and Brooks Applied Labs, LLC conducted analytical testing for Consumer Reports latest study, “Protein Powders and Shakes Contain High Levels of Lead.”The study analyzed popular protein products for heavy metals, reinforcing the importance of ultra-sensitive detection methods and transparent data practices across the nutrition and wellness industry.

With advanced trace metals and speciation capabilities, IEH and Brooks Applied Labs support food safety professionals in ensuring product quality, regulatory compliance, and consumer confidence.

For detailed findings and methodology, checkout the full article:
https://www.consumerreports.org/lead/protein-powder-and-shakes-contain-high-levels-of-lead-a4206364640/

 

Brooks Applied Labs Expands Its Presence in Canada

Brooks Applied Labs Expands Its Presence in Canada

Baby FoodWe are pleased to announce the successful launch of our new lab in Calgary! On June 12th, 2024, we celebrated the grand opening of Brooks Applied Labs’ new Calgary location. Thank you to everyone who joined us! The new lab will expand our reach to conduct advanced analytical testing, enhancing our capabilities in environmental chemistry, trace metals, and speciation analysis. For more information or inquiries, please contact us at: Calgary@brooksapplied.com

Brooks Applied Labs is Moving! 

Brooks Applied Labs is Moving! 

Brooks Applied Labs Logo

Brooks Applied Labs is moving to a new laboratory facility starting June 20, 2022!  At that time, our physical address will change to the following: 

Brooks Applied Labs, LLC  

13751 Lake City Way NE, Suite 108  

Seattle, WA  98125 

 

Please update your records and route any samples or other shipments to this new location.   

 

We are excited by our move and the opportunities to expand our service offerings that it will allow.  While our entire staff are working hard to obviate any impacts of the move to our regular operations, please contact your Project Manager or Account Representative (or email us) if you have any additional questions or work planned around this time. 

 

Concerned about Heavy Metals in Baby Food?

Concerned about Heavy Metals in Baby Food?

Baby FoodWhile heavy metal contamination of foods, particularly those for infants, has been known about for years, recent events have once again brought it to public attention.

On February 4th the U.S. House of Representatives Subcommittee on Economic and Consumer Policy published a report calling for more rigorous regulatory standards and testing for the toxic elements arsenic, cadmium, lead, and mercury in baby foods. This comes as the Baby Food Council – a coalition of food manufacturers, consumer advocacy groups, and scientists from academia and government agencies – is also working to develop and implement best practices to reduce these contaminants in infant food.

Brooks Applied Labs (BAL) is proud to have supported efforts to identify and reduce heavy metals exposures from the food supply for over a decade. BAL is currently one of only two commercial laboratories in the United States to meet the Baby Food Council’s independently-developed criteria for testing food for metals contamination. We also are industry leaders in the application of speciation analysis – the measurement of specific molecular forms of an element (e.g., inorganic arsenic or methylmercury) – to more fully characterize health risks and determine how to remove these toxic elements from foods as well as the water, soil, and nutrients involved in their production.

To learn more about Brooks Applied Labs’ testing services for food or other sample types, please contact us today!

 

The Importance of Low Quantitation Limits for Compliance Measurements

The Importance of Low Quantitation Limits for Compliance Measurements

Selenium Working GroupOn November 9th one of Brooks Applied Labs’ Technical Services staff, Ben Wozniak, spoke at the North American Metals Council – Selenium Working Group on the critical importance of quantitation limits (QLs) when performing analyses for regulatory compliance.  Because of variation in how they are defined by regulatory agencies and how laboratories may establish acceptance limits at the QL, best practice is to ensure that the quantitation limit be no more than one-fifth the regulatory compliance level.  For example, if a discharge limit is set at 1 µg/L, the laboratory should ideally achieve a quantitation limit of 0.2 µg/L or less in the sample matrix.  Doing so will reduce uncertainty in the concentration as it approaches the regulatory limit, so industry and regulators can have greater confidence that any results above the compliance limit are representative and not simply due to method variability.

Brooks Applied Labs has been providing ng/L quantitation limits for Se and many other elements for decades, using advanced ICP-MS methods.  We also offer innovative methods to meet the diverse needs of our clients, like quantifying total Se at the ng/L level in seawaters or organoselenium species at the ng/L level in treated effluents and receiving waters.  Please contact us to learn more about how our services may be of assistance for your next project!

FDA Approves Inorganic Arsenic Limits in Baby Rice Cereal

FDA Approves Inorganic Arsenic Limits in Baby Rice Cereal

Inorganic Arsenic in Baby Rice CerealIn August, the US FDA finalized their previously-issued guidance on inorganic arsenic in rice cereals for infants. After evaluation of the health risks associated with infant exposure to inorganic arsenic, as well as the testing results of commercially-available products, the FDA has concluded that good manufacturing practices can reliably produce rice cereals with no more than 100 µg/kg (ppb) inorganic arsenic.  Consequently, 100 µg/kg inorganic arsenic has been set as the action level for these products.

What does this mean for companies manufacturing or selling rice-based infant cereals? Products should undergo reflexive testing, wherein they are initially evaluated for total arsenic content. Any products containing greater than 100 ppb total arsenic should then be further analyzed for inorganic arsenic.  Companies should also consider testing incoming sources of rice and other raw ingredients for inorganic arsenic content to help ensure that the finished products made from them will fall within the FDA guideline.  Any finished products containing greater than 100 ppb inorganic arsenic may be considered adulterated under section 402(a)(1) of the FD&C Act and potentially subject to enforcement action by the FDA.

Brooks Applied Labs (BAL) has been supporting the safety of the food supply by offering testing services for metal contaminants (e.g., arsenic, cadmium, lead, and mercury) and inorganic arsenic for over a decade.  In fact, partly because of our expertise, BAL was the only commercial laboratory involved in the recent certification of a new reference material for infant food testing, BARI-1.

To learn more about how our services can help with your products or project, please contact us today! 

BAL Under New Ownership

BAL Under New Ownership

BAL under new ownership IEHBrooks Applied Labs LLC (BAL) is excited to announce that we have joined the IEH Laboratories & Consulting Group laboratory network! IEH operates over 100 ISO17025 accredited laboratories across North America, Europe, Australia, and Asia offering full microbiological and chemistry testing services.

IEH is an innovative company whose core principles align with BAL for risk mitigation and pioneering solutions for the food, pharma, nutraceutical, consumer, energy, mining and environmental industries’ testing and consulting needs.  IEH Laboratories and Consulting Group is a recognized global leader in food safety testing and consulting services with a commitment to providing dynamic food safety solutions delivering cost- and time-saving solutions at the highest level of quality.

BAL’s extensive background in trace metals and metals speciation, serving a variety of industries, perfectly rounds out IEH’s existing offerings.  With an expanded network, our resources here at BAL are exponentially greater allowing us to continue to offer new methods to meet your needs. We look forward to continuing to provide outstanding quality and customer service that is synonymous with Brooks Applied Labs.

Please contact us with any questions or to see how we can support your next project!

Dr. Nausheen Sadiq Authors Book Chapter

Dr. Nausheen Sadiq Authors Book Chapter

Nausheen SadiqBAL Research Scientist Dr. Nausheen Sadiq has contributed to a recently-published book, Sample Introduction Systems in ICP-MS and ICP-OES, edited by Dr. Diane Beauchemin of Queen’s University. Nausheen joined the BAL family in 2018 and has since moved up the ranks in our Research & Development Group working to develop new and improved analytical methods to meet our clients’ needs. Nausheen’s book chapter, co-authored by Dr. Beauchemin, focuses on liquid chromatography, a common technique used for metals speciation at BAL. The chapter provides an easy to read overview of principles, instrumentation, optimization, limitations, calibration, and applications of liquid chromatography coupled to ICP-MS and ICP-OES instruments. Congratulations Nausheen on your latest publication, and we look forward to seeing what you do next!