PerkinElmer, Inc. launches its AuroFlow® AQ Mycotoxin Platform. This new solution includes strip test versions for Total Aflatoxin, Deoxynivalenol (DON), Fumonisin, Ochratoxin A, Zearalenone and T-2/HT-2.
Lab professionals, technicians and farmers can utilize this platform for first-round screening of corn and wheat for key, regulated mycotoxin compounds with convenience, speed and accuracy.
The expanded offering builds on PerkinElmer’s existing AuroFlow AQ Afla strip test (for B1, B2, G1, G2) and leverages the PerkinElmer QuickSTAR™ Horizon strip reader. Results are delivered in six minutes or less, detection levels as low as 2 ppb, depending on the mycotoxin being detected.
PerkinElmer’s AuroFlow AQ Mycotoxin kits use a single-step, water-based extraction method with lateral flow testing at room temperature. This enables safer and easier sampling and removes the need for incubators and centrifuges during analysis. The handheld reader is battery operated and ruggedized for portable testing. Once results are viewed on the reader’s menu-driven, color touchscreen, the information is stored for future access and archiving, creating clear and accurate audit trails.
The new kits are part of PerkinElmer’s comprehensive portfolio of solutions for grain toxin testing workflows which span from screening tools to confirmatory analyses with instruments such as the QSight® 400 Series Triple Quad Mass Spectrometer. They also complement the company’s overall food safety and quality testing offerings which include instruments, software, testing kits, reagents and services for a variety of food matrixes.
“Mycotoxins are a very prevalent issue for the grain industry, with multiple forms often being seen in single samples,” said Greg Sears, vice president and general manager, Food, PerkinElmer. “With the 2020 harvest rapidly approaching, it is essential that food safety professionals have innovative testing options to help ensure the safety of corn and wheat entering the global food chain. Our mycotoxin solutions help them detect and fight these unwanted and highly regulated contaminants from the grain elevator to the lab.”
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