30th January 2018 Content supplied by: Neogen Europe Limited
What if Listeria Detection Was Possible in < 60 mins Without Enrichment?
Neogen’s new ANSR® Listeria Right Now™ test system can detect Listeria species, including the pathogenic L. monocytogenes, in less than 60 minutes through their ribosomal RNA (rRNA). The system’s effectiveness has been validated by NSF International to detect low levels of Listeria in environmental samples. The test is also under review for AOAC Performance Tested certification to further validate its accuracy.
“The advanced technology in Listeria Right Now truly changes everything about testing the environment for Listeria. Contamination of Listeria in the environment can now be determined, and cleaned as necessary, before food production begins and the quality and safety of a food product is compromised,” said Ed Bradley, Neogen’s vice president of Food Safety. “The new test system enables food safety professionals to very quickly implement corrective actions, which could include improving hygiene efforts or processes. Using Listeria Right Now also means that companies no longer have to grow potentially dangerous cultures in their facilities during the testing process, nor store test cultures for potential follow-up testing.”
The innovative Listeria Right Now process starts with taking an environmental sample to capture any Listeria present. The entire swab sample is placed in a tube that contains a lysis buffer that breaks up any bacteria present, and releases its rRNA. If Listeria is in the sample, the test’s reagents will amplify thousands of copies of its rRNA — and make the Listeria easily detectable by Listeria Right Now.
In the validation study of Listeria Right Now comparing the test against the reference cultural method, NSF International confirmed the effectiveness of this new test. The evaluation determined that under the conditions employed in this study, the enrichment-free Listeria Right Now method is as sensitive as the enrichment-based culture reference method for detection of L. monocytogenes on a stainless steel surface.
For more information visit foodsafety.neogen.com
Date Published: 30th January 2018