Takeout containers illustrating the importance of PFAS detection in food safety.

pfas-detection-in-food

Discover the advancements in PFAS detection in food, focusing on HPLC&#39;s role in food safety and health implications.

Modern HPLC Applications in PFAS Food Analysis: Technological Progress and Regulatory Implications

Articles

Lush green tea fields, context for PFAS contamination studies

ultra-shortpfas-detection

As regulations tighten around the world, a new method promises more complete PFAS analysis in a single run, covering even the elusive ultra-short chains.

Expanding PFAS Detection: LC-MS/MS Breakthrough Targets Ultra-Short Chains

A laboratory scientist operates a compact GC–MS system on a stainless-steel bench, demonstrating modern, space-efficient analytical instrumentation designed for fast, reliable testing in industrial or research environments.

compact-gc-ms

Compact GC&ndash;MS systems are revolutionizing the landscape of analytical testing. Mike Collins discusses how advancements in design and ease of operation are fueling this transformation.

Driving Miniaturization in Analytical Chemistry: An Expert&#39;s View on Compact GC&ndash;MS

Phenomenex&rsquo;s Sean Orlowicz discusses GLP-1 peptide analysis, chromatography challenges, and LC&ndash;MS strategies shaping next-generation therapeutic development.

Advancing GLP-1 Peptide Analysis: Chromatography Challenges and Innovations

Close-up of pharmaceutical vials moving through an automated filling and sealing machine, representing the critical quality control environment for PFAS and E&L testing.

pfas-in-pharmaceutical-manufacturing

A single-injection analytical approach is defining next-generation PFAS detection and quality control in pharmaceutical and medical device manufacturing.

Bridging the PFAS Oversight Gap: Advanced LC-HRAM-MS Strategies for E&amp;L Testing

Detailed 3D illustration of an exosome carrying RNA and protein cargo, highlighting its use in exosome diagnostics and liquid biopsy analysis.

exosome-diagnostics

This article explores LC&ndash;MS/MS and immunoassay approaches, validation protocols, and QA/QC strategies supporting robust exosome biomarker assays.&nbsp;

Analytical Validation of Exosome Diagnostics for Clinical Applications

An aerial view of a solar power plant and wind turbine at sunset, enhanced with glowing digital schematics and data points, symbolizing the stringent renewable energy regulatory framework governing clean energy technology, testing, and approval by ISO, ASTM, and IEC standards.

renewable-energy-regulatory-framework

Strict compliance standards for hydrogen, biofuels, and solar panels shape requirements for method validation, data integrity, and traceability.

Beyond Pharma: How the Renewable Energy Regulatory Framework Elevates Analytical Lab Compliance

Macro close-up of a CE-MS electrospray ionization source, showing a fine capillary tip emitting a blue, luminous mist of ions.

ce-ms

A technical overview of sheath-flow and sheathless interfaces, optimization strategies, and future directions in analytical science.

CE-MS Coupling: Interfaces, Challenges, and Applications in Biopharma and Omics

Abstract visualization of analytical technology forming a protective barrier between harmful molecules and safe food.

advanced-quantitation-in-mycotoxin-and-alkaloid-analysis

Holly Lee discusses how advanced mass spectrometry and ultrafast multiple reaction monitoring workflows are tackling the analysis of mycotoxins and achieving ultra-trace level quantitation to meet stringent global food safety regulations.

Next-Gen Quantitation: Advancements in Mycotoxin and Alkaloid Analysis for Enhanced Food Safety

Technician examining solar panels in a lab to evaluate durability, polymer degradation, and trace metals as part of solar panel life cycle analysis and renewable energy testing.

solar-panel-life-cycle-analysis

Learn how solar panel life-cycle analysis enables renewable energy testing of metals, polymers, and performance throughout a panel&rsquo;s lifespan.

Solar Panel Life Cycle Analysis: Testing Metals, Plastics, and Performance

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Close-up of a liquid chromatography system with stainless steel tubing and subtle chromatogram overlay, symbolizing precise separation of ultra-short PFAS compounds.

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Phenomenex

Separation Science

Tailored column selectivity and system design, not added sensitivity, bring C1&ndash;C3 PFAS into measurable range.

Designing Liquid Chromatography for Ultra-Short PFAS

athematical formula for the distribution coefficient (Kd) in size exclusion chromatography (SEC), showing Kd equals (Ve minus V0) divided by (Vt minus V0), critical for understanding what elutes first in SEC based on elution volumes.

distribution-coefficient-formula-what-elutes-first-in-sec

Mathematical formula for the distribution coefficient (Kd) in size exclusion chromatography (SEC), showing Kd equals (Ve minus V0) divided by (Vt minus V0), critical for understanding what elutes first in SEC based on elution volumes.

Formula for the distribution coefficient (Kd) in size exclusion chromatography (SEC), showing Kd equals (Ve minus V0) divided by (Vt minus V0), critical for understanding what elutes first in SEC based on elution volumes.

Close-up of a diverse sample mixture in a clear vial or column, showing large red aggregates, medium blue globular proteins, and tiny yellow particles suspended in a solution. This sample represents the diverse molecules and particles that may elute in size exclusion chromatography columns.

what-elutes-first-in-sec-jpg

Understand how hydrodynamic volume governs molecular weight separation in SEC for accurate biopharma QC and aggregation analysis.