This eBook aims to provide a short background on the advantages of using LC-MS/MS for the determination of mycotoxins and plant toxins in foodstuffs.

Inside this comprehensive eBook, you’ll find valuable resources to enhance your toxin testing capabilities. Whether you’re a manufacturer, contract testing laboratory, or government agency, Waters offers a complete portfolio of natural toxin testing solut...

This brochure describes about Waters sample preparation products, chemistries, and consumables are built on reliable quality manufacturing that ensures methods developed to enhance sensitivity on testing cannabis.

This case study describes about increasing the longevity of analytical records and the ability to share the data they contain across the research community makes it possible for many to leverage that information far into the future.

The case study describes Waters NuGenesis SDMS and SDMS2LIMS application extension introduced to one of the global biotechnology companies based in South Korea. The company solves its previous challenges with reliable data integration tools that extracts ...

This application note demonstrates that it is possible to reduce the volume of extract for immunoaffinity column chromatography (AflaTest WB), decreasing the time required for cleanup whilst maintaining sufficient sensitivity.

This application notebook supports your development and implementation of new testing methods and technologies.

This application note demonstrates the significant reduction of carryover for fumonisins by almost 20% compared to a conventional UPLC. In addition, very good method performance was achieved, in terms of linearity, precision, peak shape, and retention tim...

This infographic provides details about Mycotoxins Detection From Farm to Lab - Infographic

This application note describes the methodology to determine pesticides and mycotoxins in Dried Cannabis Flower currently regulated by any of the US states or Canada at the AOAC-recommended LOQ.

Quality and safety testing are essential for ensuring cannabis and hemp products comply with industry and regulatory requirements.

In this application note, we show performance of three methods: aflatoxins in various types of nuts, ochratoxin A in coffee and cocoa, and aflatoxins and ochratoxin A in black pepper.

In this application note we describe the performance of a multi-toxin UPLC-MS/MS Method for 50 regulated and emerging mycotoxins, atropine, and scopolamine in cereal-based products.

This application note describes an analytical method for the determination of Pyrrolizidine Alkaloids in a variety of food commodities (tea, herbs, spices, cumin seeds, and honey).

In this white paper we will learn appropriate clean-up can improve the robustness of an LC-MS/MS method for the determination of multiple mycotoxins in a range of food matrices.

The objective of this study was to evaluate the performance of the VICAM’s AflaTest WB SR+ column, using two separate HPLC/UPLC platforms.

This application note demonstrates the method suitable for monitoring compliance with regulatory limits set for AFM1 in milk globally.

This application note describes the performance of a simple and quick sample preparation protocol and LC-MS/MS analytical method for 31 regulated and emerging mycotoxins in three different food types (cereals, nuts, figs) and animal feeds.

Ochratoxin A:Causes and effects of a naturally occurring toxin

Aflatoxin Regulations: The Public Health and Economic Implications of Compliance

As pet food companies continue to strengthen their efforts to maximize the quality and safety of their products, the issue of mycotoxins in raw materials has risen to the top of their priorities list.

In this application note, we present the use of sample extraction and dSPE cleanup with analysis by UPLC-MS/MS and/or GC-MS/MS for monitoring pesticides and mycotoxins in cannabis to meet California regulations.

This poster presented for NACRW 2021.

For feed chain stakeholders in an increasingly competitive marketplace, the bottom line can rise or fall with the contaminant levels in grain and other raw materials.

Read our in-depth application notes to learn about the latest analytical methods for pesticides, food allergens, veterinary drugs, food contact materials, natural toxins, food authenticity, and food ingredients testing.