[Case Study] Growing Demand for Rapid Food Contaminant Detection Spurs New Method Development at NofaLab

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NofaLab BV, a leading testing laboratory in the Netherlands, is responding to the increased demand for rapid food contaminant detection with innovative method development.
By leveraging Waters Xevo TQ-S and TQ-S micro systems combined with atmospheric pressure gas chromatography (APGC), NofaLab is enhancing its analytical capabilities. Wim Broer, NofaLab's science and development manager, highlights the significance of APGC advancements in meeting customer needs for swift and accurate analysis in food, feed, and environmental safety.

• Slides on HDX-MS principles, assay technologies, and applications showing key insights on protein structure and dynamics
• Important literature citations and a summary of main points compiled by Waters experts
• Proof of HDX-MS in action with Waters solution and application examples

Complete the form to download the case study and learn how you can overcome the growing demands for rapid contaminant detection while achieving time and cost savings.

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Get the resources you need to show your lab the value of HDX-MS

You’ve learned that HDX-MS is the right technology to address your lab’s characterization challenges, but informing your colleagues is another matter.

With the Waters HDX-MS Toolbox, you’ll get:

• Slides on HDX-MS principles, assay technologies, and applications showing key insights on protein structure and dynamics
• Important literature citations and a summary of main points compiled by Waters experts
• Proof of HDX-MS in action with Waters solution and application examples

Fill out the form to access your Waters HDX-MS Toolbox now, giving you the technical background you need to advocate for HDX-MS within your own organization.