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Next generation culture media technology for food testing

Reliable detection of pathogens in foods, ingredients and in samples taken from the production environment using culture media-based methods can be challenging, resource intensive, and time-consuming. 

 

The introduction of chromogenic agars in recent years has made it possible to simplify the workflow to a single enrichment followed by a single plating step, but this has sometimes been at the expense of test sensitivity and specificity. Many proprietary chromogenic methods attempt to mitigate these issues with increased inoculation volumes or increased incubation temperatures, however this creates potential for cross-contamination or human error and necessitates the need for additional incubators. 

 

Thermo Scientific Precis and Brilliance Methods have been expertly designed to overcome sensitivity and specificity issues without the need to carry out non-standard steps. Offering multiple benefits in handling, performance, and time to result, our workflows help laboratories to streamline testing, save costs and provide more accurate rapid results - first time.

Features

Easier differentiation

The chromogens used in our Thermo Scientific Brilliance media ensure vivid colors, enabling easy differentiation of colonies.

Faster time to result

Results in as little as two days, with rapid confirmation options for presumptive positives, allows for faster product release or intervention. 

Simpler handling

Plate inoculation with a disposable loop, rather than a pipette, minimizes handling time and risk of cross-contamination.

Improved accuracy

Superior enrichment media means right first-time results from a single plate.

Fully validated

Our chromogenic workflows are validated for a broad range of foods, animal feed and environmental samples. All Precis Methods are granted ISO 16140-2 certification by NF Validation. Salmonella and Cronobacter Precis Methods have been granted certification by AOAC PTM.

Flexible confirmation

A choice of confirmation solutions, including reference standard tests or alternative rapid and simple methods, are available for each organism. 

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