Thought Leadership

Gloved hand extracting water sample from river in a conical flask
Thought Leadership
Three specialists share what they learned developing PFAS methods and supporting laboratories at production scale.
Thought Leadership
Pairing ion mobility with mass spectrometry enables labs to extend PFAS testing beyond target lists, separating overlooked compounds in snow, soil, and water.
Thought Leadership
This executive summary details LC-MS/MS practices—smaller injections, selective clean-up, isomer separation, and QC checks—that keep PFAS testing reliable at ultra-trace levels.
Thought Leadership
As mass spec sensitivity rises, learn how labs are replacing complex SPE steps with high-performing supported liquid extraction (SLE).
crop spraying in agricultural field
Thought Leadership

Flexible LC-MS/MS Workflows for Complex Food Matrices

surgical glove holding blister packs
Thought Leadership

Ensuring Accuracy in Dissolution Testing: Expert Advice from USP

Close-up of battery cells with colored signal lines illustrating data flow, representing quality control in battery production.
Thought Leadership

Optimizing Midstream Battery QA with ICP-OES and TOC

Wastewater discharge pipe at shoreline, illustrating pollution monitoring and TOC/TNb analysis needs
Thought Leadership

The Case for TOC/TNb Analysis in Modern Wastewater Labs

water droplet
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Stay Ahead When PFAS Testing Gets Tough

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Improving Efficiency with Challenging ICP-OES Applications

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Faster, Smarter Gas Chromatography: The Role of Method Optimization

This image illustrates laboratory precision in water analysis, highlighting key elements of Karl Fischer titration. With advanced drift control and automation, modern titration systems ensure reproducible results, reducing errors in complex sample analysis.
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Expert FAQ: Drift Control and Automation Strategies for Karl Fischer Titration

This image depicts hydrogen molecules against a scientific abstract background, symbolizing the molecular purity and efficiency of hydrogen as a carrier gas. It complements discussions on transitioning from helium to hydrogen, maintaining gas purity, and preventing leaks in GC/MS systems.
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Expert FAQ: Transitioning to Hydrogen for GC and GC/MS Systems

This image features a digitally-rendered helix with blue and purple tones, representing the complexity of data in oligonucleotide analysis. It underscores themes of precision, automation, and efficient data handling in QC workflows, as discussed in the context of using fit-for-purpose software solutions.
Thought Leadership

Expert FAQ: How Can Software Boost Efficiency in Oligonucleotide QC?

This image shows vapors rising from a car’s air vent, representing the emission of volatile organic compounds (VOCs) from interior materials. VOC testing helps manufacturers detect and reduce such emissions, improving air quality within enclosed environments like vehicle cabins.
Thought Leadership

Expert Q&A: How Pre-Concentration, GC-MS, and Olfactometry Advance VOC Emissions Testing

Thought Leadership

Electron Capture Dissociation: A Gentle Approach to Biomolecule Analysis