Microscopic view of diverse microorganisms representing rapid microbiological methods (RMM)

rapid-microbiological-methods-rmm

How shotgun metagenomics and rapid microbiological methods are replacing traditional culture-based assays to provide comprehensive ecological insights and protect product integrity.

The New Frontier of Microbial Monitoring in Food and Bioprocessing

Articles

Diverse food spread on a wooden table, perfect for food safety testing discussions.

automated-sample-preparation

Automated robotic liquid handling for sample preparation integrates with GC-MS to overcome the bottleneck of manual extraction. This eliminates human error, ensures regulatory compliance, and handles complex matrices.

Automated Sample Preparation: Eradicating Matrix Interferences in High-Throughput Food Safety Testing

A grocery store aisle displaying various food products, reflecting the importance of GC-SCD for ensuring flavor stability during food reformulation.

sulfur-chemiluminescence-detection

Trace sulfur compounds, with their low odor thresholds, pose challenges for standard MS detection. GC-SCD overcomes matrix masking, ensuring flavor stability during food reformulation.

Targeting Trace Volatiles: The Resurgence of GC-SCD in Food Quality Control and Reformulation

Laboratory professionals conducting PFAS testing.

pfas-testing

Learn the strategic roadmap to align GC-MS/MS and LC-MS/MS methods with new PFAS regulations from Health Canada, ECCC, and the U.S. FDA.

PFAS Testing Regulations 2026: Navigating New CEPA Mandates and FDA GRAS Reforms

Nutraceutical products including oils and capsules on a table.

pfas-analysis-in-nutraceuticals

Expanding the analytical definition of PFAS to include fluorinated APIs requires hyphenated GC workflows and AI-driven deconvolution to audit complex botanical supply chains.

Managing Incidental PFAS in Nutraceuticals

Diverse food ingredients arranged neatly in containers and bags.

sorptive-extraction

Discover how high-capacity sorptive extraction headspace techniques exponentially optimize analytical sensitivity and instrument uptime while meeting corporate ESG mandates.

High-Capacity Sorptive Extraction: Bridging Static and Dynamic Headspace for Trace Food Analysis

Microplastics in a spoon, representing microplastic quantification

microplastic-quantification

Learn how to optimize multi-stage sample preparation, column selection, and calibration for pyrolysis-GC-MS analysis of high-fat food matrices.

Optimizing Py-GC-MS for Microplastic Quantification: Moving Beyond Simple Particle Counting

Person cleaning a cleanroom surface to maintain certification standards

cleanroom-certification-standards

Cleanroom certification standards protect against contamination, improve instrument performance, and enhance research reliability.

How Cleanroom Certification Standards Improve Analytical Instrument Performance

Close-up of food contact materials relevant for PFAS screening

food-contact-materials-analysis

Learn how thermal desorption-gas chromatography-mass spectrometry offers solventless, picogram-level detection of migrating volatile PFAS.

Unveiling Hidden Contaminants: TD-GC-MS Workflows for PFAS Migration in Food Contact Materials

Top 5 PFAS contamination sources and mitigation strategies in laboratories

feb-infographic-w-perkinelmer-and-ss-logos-thumbnail

Top sources of PFAS contamination in laboratory settings

Mitigation strategies for managing PFAS contamination in labs

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Infographic on PFAS contamination sources and mitigation strategies

Infographic detailing mitigation strategies for PFAS contamination sources in labs

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Infographic detailing top 5 PFAS contamination sources in labs with mitigation strategies.

Infographic displaying the top 5 sources of PFAS contamination in labs with mitigation strategies.

Infographic detailing mitigation strategies for PFAS contamination sources in laboratories

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Infographic about PFAS contamination sources and mitigation strategies in labs

Abstract image of PFAS molecules related to lab contamination

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Abstract background visual for lab-related PFAS contamination sources.

Top 5 sources of PFAS contamination in laboratory settings with solutions

PerkinElmer

Separation Science

Learn about the 5 top PFAS lab contamination sources and practical tips to improve lab performance and data integrity.

Chemical & Biological Contaminants in Food