An ultra-high sensitivity quantification method of veterinary drugs residues in food
SCIEX’s Global Technical Leader for food and environmental presents a quantitative approach to testing for veterinary drug resides in food.
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SCIEX’s Global Technical Leader for food and environmental presents a quantitative approach to testing for veterinary drug resides in food.
Efforts to meet global food demands must be balanced with the need to protect the health of the planet. Here, SCIEX presents the main obstacles encountered during pesticide analysis along with some effective means of assuring pesticide residue limits are adhered to.
In our latest webinar, SCIEX will demonstrate a new way forward for food and environmental testing using the SCIEX ZenoTOF 7600 system.
New Food hears about the potential of hemp as a meat analogue from Victory Hemp, and gets the regulatory lowdown from Jörg Konetzki.
Following an insightful live webinar on the benefits of a highly sensitive mass spectrometer, Robert Di Lorenzo takes the opportunity to answer several audience questions…
Watch In Ovo’s important on-demand webinar on how a single piece of machinery could prevent the culling of billions of male chicks every year through mass spectrometry.
With every new mass spectrometry technology, the first question is always: “How much lower can we go?”
The extensive use of pesticides in agriculture has led to the demand for comprehensive and sensitive analytical techniques to achieve lower limits of quantification.
Food analysis presents many difficult challenges for the analytical chemist.
In 2004 the US Food and Drug Administration (FDA) passed a law that describes the requirements for allergen labelling and customer protection (Public law 108 – 282 Title II).
This application note discusses how some polar compounds are not amenable to the extraction procedure. It discusses how chromatographic methods or poor ionisers require additional single-residue methods which involve time-consuming preparation and separation, and often involve derivatisation to improve detection.