Close-up of a mineral matrix with sharp-edged crystals, illustrating the type of complex solid sample that can be analyzed using dual-laser mass spectrometry.

dual-laser-mass-spectrometry

Solid sample analysis is entering a new era&mdash;no digestion, no gas, just rapid, reproducible elemental results across complex matrices.

A Simpler Path to Solid Sample Analysis with Dual-Laser Mass Spectrometry

Articles

3D illustration of individual cells in a fluid environment, representing the concept of single-cell analysis for studying cellular structures and functions.

single-cell-analysis

A microdroplet generator integrated with ICP-MS unlocks precise, non-destructive elemental profiling of individual mammalian cells.

Advancing Single-Cell Elemental Analysis with ICP-MS and Microdroplet Generators

A 3D printer fabricating a complex polymer structure, symbolizing advanced materials testing and polymer characterization workflows in action.

polymer-characterization

This planner helps sidestep common mistakes and supports the selection of polymer characterization techniques, backed by proven frameworks and real-world examples.

Polymer Characterization Toolkit: Avoiding Common Pitfalls in Method Selection

 Aerial view of downtown Baltimore, Maryland, host city of ASMS 2025—capturing the setting where scientists gathered to unveil cutting-edge innovations in mass spectrometry and analytical science.

asms-2025

Explore the standout innovations and evolving trends from ASMS 2025 as industry leaders reveal what&rsquo;s next in mass spectrometry.

Innovations Unveiled: Highlights from ASMS 2025

Plastic polymer production line representing materials commonly evaluated through GPC analysis of polymers to determine molecular weight and branching characteristics.

gpc-analysis-of-polymers

Learn how GPC analysis of polymers using triple detection SEC provides powerful insight into molecular weight distribution and branching.

GPC Analysis of Polymers: Measuring Molecular Weight and Distribution

Food safety team reviewing documentation and test results in a laboratory setting, representing collaborative validation in alternative protein testing

alternative-protein-testing

Discover how to perform alternative protein testing using validated analytical methods designed to meet EFSA and FDA standards, even with complex and novel food matrices.

Alternative Protein Testing: Method Validation for Regulatory Compliance

Illustration of a polymer droplet interacting with a molecular surface, symbolizing polymer analysis techniques used to study structural properties and composition in modern laboratory applications.

polymer-analysis

Many laboratories depend on polymer analysis to assess composition, structural integrity, and regulatory alignment across diverse industries. This article outlines key analytical techniques and explores how polymer characterization and polymer testing support effective decision-making in research, development, and quality assurance.

Polymer Analysis: Essential Techniques and Strategies for Modern Laboratories

A DNA double helix overlaid with a galaxy, symbolizing DNA analysis techniques including purification, hybridization, LC-MS, and sequencing used in forensic investigations and degraded DNA profiling.

dna-analysis-techniques

Discover how DNA analysis techniques-including purification, hybridization, LC-MS, and microarray analysis-help characterize degraded DNA fragments, support forensic workflows, and advance oligonucleotide testing in life sciences.

Degraded DNA Analysis Techniques: Purification, Characterization, and Forensic Workflows

Scientist analyzing whey protein supplement in a laboratory setting, representing alternative protein technology.

alternative-protein-technology

A comprehensive overview of analytical technologies and workflows across the lifecycle of alternative protein technology&mdash;from raw materials to final product validation.

Alternative Protein Technology: Analytical Strategies and Workflows for Novel Foods

AI-driven pharmaceutical analysis concept showing digital intelligence applied to drug discovery and quality control, highlighting advanced methods for oligonucleotide therapeutics analysis in biopharma.

oligonucleotide-therapeutics-analysis

peptide-learning-hub-article-banner

Mastering oligonucleotide therapeutics analysis requires advanced techniques for the analysis of oligonucleotides and related substances to meet regulatory standards and achieve product excellence.

Oligonucleotide Therapeutics Analysis: Methods for Drug Development and GMP Compliance

Researcher preparing LC-MS column cartridge to prevent LC column clogging and ensure optimal chromatography performance

lc-column-clogging

Discover the primary causes of LC and LC-MS column clogging and explore practical, user-driven solutions to minimize downtime and protect your chromatographic performance.

LC and LC-MS Column Clogging: Common Causes and Proven Prevention Strategies

Close-up of scientist's hands holding a DNA double helix model, symbolizing oligonucleotide analysis by LC-MS, impurity detection, and advanced HPLC workflows in biopharma labs

oligonucleotide-analysis-by-lc-ms

Learn practical, real-world approaches to oligonucleotide analysis by HPLC, impurity profiling, and GMP-compliant data handling, with expert insights from Agilent.