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This white paper explores off-flavor and odor investigations performed by Eurofins SFA. Authored by Eurofins' scientist Jamie Willems Ph.D.
This study seeks to establish the detectability of Listeria species in probiotic cultures and estimate the sensitivity of detection.
This study seeks to develop and validate a method for identifying and quantifying four bioactive forms of vitamin B12 (adenosylcobalamin, cyanocobalamin, hydroxocobalamin, and methylcobalamin) from dietary ingredients and supplements, as a consensus quality control protocol for dietary supplement labeling and manufacturing.
Pathogen detection in foods and environmental samples is a critical element in a food management system. This study set out to compare the robustness of Loop Mediated Amplification (LAMP) with that of PCR as illustrated by the detection threshold of Listeria and Salmonella spiked into culture broths previously incubated with various spices.
Enumeration provides the most basic required information with methodologies evolving to provide improved accuracy, precision, and turnaround times. Acoustic-assisted hydrodynamic flow cytometry incorporates the advance of using sound waves to align the particles in the fluid stream for counting, reducing the time to result.
Probiotic Enumeration by Flow Cytometry: Method Scope Extension of ISO 19344 - Benkowski and Schoeni
As probiotic consumption rates continue to grow, stakeholders are demanding more information about the quantity, quality, and identity of organisms in probiotic products. Increasingly, flow cytometry is being used to address manufacturers’ and consumers’ demands, and has shown promise in rapidly providing precise quantitative and qualitative probiotic information.
Fingerprinting Fruits Using Coumarins & Psoralens, Authentication Tool for Meyer Lemons
This poster describes some of the work Eurofins has conducted on procedures to help control the quality of agave syrups.
Salmonella depends on an effective food safety program supported by robust Salmonella detection methods. Our objective is to explore recovery of Salmonella from a background of probiotic cultures and demonstrate and validate as effective, sensitive method for detecting Salmonella in probiotic cultures to protect public health.
Originally showcased at the 2016 annual AOAC meeting, this poster presents data for the “new” variety that will be valuable to anyone who buys or uses this type of fruit for processing.
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