Work Smarter, Review Faster with Chromeleon CDS
GCMSLCMSArticle | Product

Work Smarter, Review Faster with Chromeleon CDS

Discover how Chromeleon CDS View Settings streamline data processing and review, improve SOP compliance, reduce errors, and boost productivity across analytical labs.
Work Smarter, Review Faster with Chromeleon CDS
Accelerate Proteomics Research with Smart Automation
LCMSArticle | Product

Accelerate Proteomics Research with Smart Automation

Transform proteomics research with Thermo Fisher’s Proteomics Software Solution — integrating Proteome Discoverer and Ardia Platform for automated, secure, and connected data workflows.
Accelerate Proteomics Research with Smart Automation
Episode 4: Introducing a More Confident Era in HPLC-CAD Analysis
LCMSArticle | Academy

Episode 4: Introducing a More Confident Era in HPLC-CAD Analysis

Discover the new Thermo Scientific Vanquish CAD P Series – the next evolution in HPLC detection. Improved sensitivity, method transfer tools, and real-time optimization.
Episode 4: Introducing a More Confident Era in HPLC-CAD Analysis
Take Control of Your Data: An Introduction to the Scripting Node in Compound Discoverer Software
GCMSLCMSArticle | Product

Take Control of Your Data: An Introduction to the Scripting Node in Compound Discoverer Software

Discover how the scripting node in Thermo Scientific Compound Discoverer lets you run custom R or Python code directly in your workflow for tailored calculations, database links, and advanced data insights.
Take Control of Your Data: An Introduction to the Scripting Node in Compound Discoverer Software
MOSH/MOAH Analysis: Technology, Regulation, and the Road Ahead
GCMSLCMSArticle | Science and research

MOSH/MOAH Analysis: Technology, Regulation, and the Road Ahead

MOSH/MOAH testing is becoming a key topic in food safety and regulation. Discover how Thermo Fisher Scientific’s LC-GC-FID and GC×GC-MS workflows improve reliability, compliance, and source identification.
MOSH/MOAH Analysis: Technology, Regulation, and the Road Ahead
Episode 3: Understanding How Charged Aerosol Detection (CAD) Works
LCMSArticle | Academy

Episode 3: Understanding How Charged Aerosol Detection (CAD) Works

Dive deeper into Charged Aerosol Detection (CAD) technology in HPLC. Learn how nebulization, evaporation, charging, and detection steps deliver consistent, mass-based quantification across analytes.
Episode 3: Understanding How Charged Aerosol Detection (CAD) Works
Episode 2: The Benefits of CAD Compared to Other Universal Detectors: ELSD and MALS
LCMSArticle | Academy

Episode 2: The Benefits of CAD Compared to Other Universal Detectors: ELSD and MALS

Compare Charged Aerosol Detection (CAD) with ELSD and MALS to see why CAD delivers superior sensitivity, uniform response, and robustness for a broad range of HPLC applications.
Episode 2: The Benefits of CAD Compared to Other Universal Detectors: ELSD and MALS
Sample Preparation Strategies Demystified: Choosing the Right Fit for Your Toxicology Workflow
LCMSArticle | Science and research

Sample Preparation Strategies Demystified: Choosing the Right Fit for Your Toxicology Workflow

Discover smarter LC-MS sample preparation strategies—dilute-and-shoot, PPT, LLE, SPE, automation & microsampling—for cleaner samples, robust toxicology results and efficient workflows.
Sample Preparation Strategies Demystified: Choosing the Right Fit for Your Toxicology Workflow
Understanding PFAS in Pharmaceutical Manufacturing
LCMSArticle | Product

Understanding PFAS in Pharmaceutical Manufacturing

PFAS play vital roles in pharma but pose risks as “forever chemicals.” Thermo Fisher’s LC-MS solution enables precise PFAS screening in packaging and processes, ensuring compliance and safety.
Understanding PFAS in Pharmaceutical Manufacturing
Collision-Based Ion-activation and Dissociation
LCMSArticle | Academy

Collision-Based Ion-activation and Dissociation

Collision-based ion activation, developed nearly 80 years ago, remains the most widely used fragmentation method. Learn about three key techniques on Thermo Scientific MS.
Collision-Based Ion-activation and Dissociation