Rapid, Specific Method Detections Melamine In Infant Formula, Milk
Waters Corporation (NYSE: WAT) today published a rapid method for the detection of melamine in infant formula and liquid milk as outlined by requirements of China's Ministry of Science and Technology (M.O.S.T.). The new method uses Waters ACQUITY TQD, liquid chromatography combined with tandem quadrupole mass spectrometry (UPLC/MS/MS) operated in Multiple Reaction Monitoring (MRM) mode, and Waters MassLynx 4.1 Software with IntelliStart technology for data acquisition and MS parameters optimization.
Following an increased incidence of kidney stones and renal failure in infants in China believed to be associated with the ingestion of contaminated infant formula, M.O.S.T. issued guidelines for the development of melamine detection methods to be used throughout the nation. Specifically, M.O.S.T. is seeking accurate, reproducible detection of melamine of less than or equal to 2 mg/kg (ppm). Moreover, authorities in the US have declared that no tolerance can be set for the presence of melamine in infant formula. This indicates the need for an analytical method capable of accurately quantifying melamine across a wide range of concentrations.
Waters published method meets or exceeds these requirements. Specifically, Waters UPLC/MS/MS detection method can detect melamine contamination as low as 1 microgram/Kg (ppb) with an achievable sample throughput better than one sample every 15 minutes. Read about how FDA sets melamine safety standard just in the nick of time.
"Waters has a history of working with China's Ministry of Science and Technology by listening to their needs and providing solutions," said James Willis, Senior Director, Chemical Analysis Business for the Waters Division. "Analytical instrument companies in China are all providing training to assist food safety scientists throughout the nation. What is most important is that the foundation of this training is a scientifically sound, reproducible method that meets the requirements of China's highest scientific authorities for detection of melamine in milk and infant formula -- and that is what Waters has published today."