Mass Spectrometry

The image shows pharmaceutical capsules representing stability testing in drug development. It emphasizes analytical techniques critical for evaluating drug stability, shelf-life determination, and maintaining pharmaceutical quality standards.

| 5 min read

Explore analytical techniques in stability testing, including HPLC, mass spectrometry, and spectroscopy, to ensure product efficacy, safety, and compliance.

Webinars

Switching to Hydrogen Carrier Gas: An Analyst’s Guide to GC-MS Method Conversion

byMarkes International andSeparation Science

Available On-Demand

Discover the critical steps in implementing a hydrogen carrier gas GC-MS workflow and the benefits it offers as a sustainable solution.

Webinars

From Bottlenecks to Breakthroughs: Overcoming GC–MS Limitations in Non-Target Screening

bySepSolve Analytical andSeparation Science

Available On-Demand

Discover the advantages of GC×GC and how it surpasses traditional GC in analysing complex samples.

Articles

Pittcon 2025: Analytical Innovations from Industry Leaders

byAimee Cichocki

| 4 min read

A global scientific community converged in Boston to explore new instruments, advanced workflows, and discussions shaping the future of analytical science.

Articles

Clinical Mass Spectrometry: From Specialist Labs to Routine Settings

byAimee Cichocki andDr. Benjamin Lilienfeld

| 4 min read

Articles

Enhancing PFAS Analysis in Food Testing with 2D-LC/MS | Beyond the Bench

byAimee Cichocki, Susanne Soelter, andStephan Buckenmaier

| 4 min read

Articles

Non-Targeted Analysis Reveals PFAS Gaps | Beyond the Bench

byAdam Dickie andJonathan Spencer

| 4 min read

Articles

Proteomics: Key Techniques, Emerging Trends, and Applications

byAimee Cichocki andDamon Anderson

| 6 min read

eBooks

Optimizing Pharma and Biopharma Analysis Workflows

byAgilent andSeparation Science

Webinars

Real-World Implementation of Dual Canister and Tube Analysis of Hazardous Air Pollutants Using TD–GC–MS

byMarkes International andSeparation Science

Available On-Demand

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.

Articles

Expert FAQ: Transitioning to Hydrogen for GC and GC/MS Systems

byAdam Dickie, Agilent, andSeparation Science

| 6 min read

A futuristic graphic showcasing advancements in separation science illuminates the years 2024 and 2025 with glowing arrows and digital elements, all enveloped in a sleek blue and purple color scheme.

Articles

Separation Science in 2024: A Year of Insights and Innovation

byAimee Cichocki

| 5 min read

Application Notes

Maximizing Sample Throughput and Sensitivity in Nano- and Capillary-LC-MS

byThermo Fisher Scientific andSeparation Science

This image illustrates a protein chain in vivid detail, symbolizing the molecular-level analysis central to targeted proteomics. It aligns with the role of advanced workflows such as LC-MS/MS and multiplexed assays in improving compound detection and regulatory compliance in GMP laboratories.

Articles

Transforming GMP Labs with Targeted Proteomics and Mass Spectrometry

byAdam Dickie

| 3 min read

Webinars

Get the Most Out of Your MS: Novel Column Chemistry Raises the Bar on Sensitivity and Data Accuracy

byAgilent andSeparation Science

Available On-Demand

Webinars

Implementing Manufacturer’s GC/MS Tune Verification Acceptance Criteria for SW-846 Methods 8260 and 8270

byAgilent andSeparation Science

Available On-Demand

This abstract image represents ion mobility as used in IMS-MS, a key technology for nitrosamine detection in pharmaceutical quality control. By visualizing particle separation, it underscores IMS-MS's role in ensuring regulatory compliance and improving impurity profiling.

Articles

How IMS-MS Enhances Nitrosamine Detection in Pharmaceuticals

byAdam Dickie

| 3 min read

The image depicts NASA’s Europa Clipper spacecraft in orbit around Jupiter's icy moon Europa. Central to the mission is the MASPEX instrument, which uses advanced mass spectrometry to analyze volatile compounds, detect organic molecules, and explore Europa’s habitability.

Articles