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Location: Postillion Hotel & Convention Centre WTC Rotterdam

Join our SCIEX workshop on June 11 or visit our shared booth with Phenomenex at booths #11 and #12

SCIEX workshop at EPRW 2026

Multiresidue testing in food products plays a critical role in protecting public health, yet it presents significant analytical challenges.

Today’s laboratories are expected to monitor hundreds to thousands of chemically diverse compounds—including pesticides, veterinary drugs, mycotoxins, and other natural toxins—while still meeting stringent regulatory performance criteria.

This demand has driven the rise of large-scale “mega methods,” where method robustness, data quality, and sample throughput must all be carefully balanced.

In this seminar, we will explore how advances in ultrafast MRM acquisition on a new-generation triple quadrupole mass spectrometer are reshaping large-panel food analysis. Using a rapid shortened LC method with fast positive/negative polarity switching, we demonstrate the reliable analysis of more than 2,000 transitions—and up to 3,600 scheduled MRMs—without compromising peak quality or quantitative performance, even in regions of extreme MRM concurrency.

We will discuss how unprecedented sub millisecond dwell and pause times enable shorter gradients, wider retention time windows, and faster method development, while still meeting SANTE guidelines for LOQs, ion ratios, and accuracy.

Join us to learn how ultrafast MRM workflows can simplify mega methods, increase throughput, and deliver confident results in complex food matrices.

Key learning points:

• Why mega multimethod for food contaminates analysis is increasingly necessary—and where its main analytical bottlenecks lie.
• How ultrafast MRM acquisition enables large compound panels without sacrificing data quality.
• How sub millisecond dwell times allow shorter LC methods
• How high throughput workflows can meet SANTE guidelines

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