Pesticides – Multimedia

Whitepaper
Achieve Unmatched Confidence in Food Safety Testing
This white paper highlights a system with the analytical power to meet today's demanding food safety standards.

How To Guide
Maximize Lab Productivity With Next-Generation LC-MS/MS Technology
This guide highlights the latest techniques which deliver unmatched robustness through innovative contamination-resistant technology.

App Note / Case Study
Accelerate and Simplify Routine Laboratory Food Testing
This app note highlights a workflow that streamlines routine pesticide analysis and accelerates lab throughput and productivity.

Whitepaper
How Are Scientists Tackling Difficult Drinking Water Contaminants?
This article explores the latest research on cutting-edge technologies that are revolutionizing drinking water treatment.

Infographic
Enhance Efficency With Automated Micro-SPE
This infographic explores how μSPE provides efficient cleanup for pesticide analysis.

App Note / Case Study
Enhancing Food Safety With GC-MS/MS
This case study discusses how to address these problems with a simple GC-MS/MS workflow that enhances instrument uptime and sensitivity while being easy to maintain.

App Note / Case Study
Improve Your Environmental Analysis With a Single GC-MS/MS Workflow
This application showcases a simple GC-MS/MS workflow that can be used to analyze different environmental contaminants and can help environmental laboratories to maximize efficiency, productivity and revenue.

How To Guide
Your Guide to GC-MS/MS Pesticide Residue Analysis
This guide provides methods, best practices and troubleshooting tips for robust GC-MS/MS multiresidue pesticide analysis and maintaining quality control standards in environmental testing.

App Note / Case Study
Rapid Multiresidue Pesticide Detection in Food
This application note describes an optimized technique for high-throughput screening and analytical precision and reliability.

App Note / Case Study
Advanced Quantification of Pesticides in Black Tea
This application note addresses these challenges by providing a comprehensive workflow using advanced analytical techniques for the quantitation of pesticides in black tea.
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