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Illustration of diverse proteoforms in cellular environment, representing the utility of CZE-MS

capillary-zone-electrophoresis-mass-spectrometry

Discover how Capillary Zone Electrophoresis-Mass Spectrometry (CZE-MS) is revolutionizing top-down proteomics, intact proteoform analysis, and mAb profiling, outperforming nano-LC.

Why CZE-MS is Leading the Top-Down Proteomics Revolution

Articles

High-speed spray of solvent droplets for ambient ionization

ambient-ionization-techniques

DESI-MS enables direct surface analysis with limited sample preparation, supporting MS imaging, drug discovery, and surface profiling workflows.

DESI-MS for Direct Surface Analysis in Modern MS Workflows

Infographic comparing helium and hydrogen as carrier gases in GC-MS.

why-helium-has-become-a-laboratory-vulnerability

Infographic showing helium vs hydrogen for gas chromatography

what-actually-drives-the-difference-between-helium-and-hydrogen

Artistic depiction of hydrogen as a carrier gas in chemistry.

hydrogen-as-a-carrier-gas

Explore why hydrogen as a carrier gas may outshine traditional helium, highlighting cost, performance, and sustainability insights.

When Helium Becomes a Liability: Practical Sustainability Lessons for GC Laboratories

Lab technician using HPLC startup kit for analysis

hplc-startup-kits

A practical guide to building HPLC startup kits that support solvent prep, flow-path integrity, system suitability, and routine troubleshooting.

HPLC Startup Kits: What Labs Need for Reliable Method Startup

Scientist adjusting gas chromatography equipment for alternative carrier gases

alternative-carrier-gases-for-gc

Learn how laboratories are overcoming global supply chain disruptions by successfully migrating gas chromatography workflows to nitrogen and hydrogen.

Navigating the Helium Shortage: Transitioning to Alternative Carrier Gases in GC

Green analytical chemistry depicted with vibrant liquids in test tubes

sample-preparation-techniques

Dr. Janusz Pawliszyn explains why the future of sample preparation relies on reusable, sensor-like devices rather than single-use plastics.

The End of the Disposable Era: How Green Chemistry is Redesigning Lab Consumables

Scientist using a capillary liquid chromatography system in a modern lab.

sustainable-chromatography-roi

Beyond the environmental benefits, moving to micro-scale separations offers a significant financial return on investment by slashing solvent procurement and hazardous waste disposal costs.

Small Scale, Big Impact: Quantifying the Sustainability and Cost Savings of Capillary LC

Close-up of a crop sprayer boom applying a fine mist of agricultural treatments to a green field at sunset, representing the real-world residues analyzed by the QECh*All mega-method for food safety monitoring.

qechall-mega-method

Steven Lehotay explains how modernizing sample prep and adopting high-throughput workflows can revolutionize food safety monitoring.

Beyond QuEChERS: The QECh*All Mega-Method and the Future of Residue Analysis

Colorful protein structures showcasing advancements in nanoflow CE-MS

nanoflow-ce-ms-proteomics

Discover how sheathless interfaces and porous-tip emitters are unlocking unprecedented sensitivity for single-cell and limited-sample proteomics, positioning CE-MS as a powerful alternative to traditional LC-MS.

Nanoflow CE-MS in Proteomics: Sensitivity Breakthroughs and Workflow Optimization

Tractor applying biocontrol agents in sustainable agriculture

biocontrol-agents

As the industry shifts toward biologicals, analytical chemists face new challenges in characterizing complex microbial metabolites and monitoring field persistence using LC-MS/MS, HRMS, and NMR.

Harnessing Novel Biocontrol Agents and Natural Products for Sustainable Agriculture

Aerial view of a wastewater treatment plant surrounded by green landscapes.

wastewater-treatment-strategies

From overcoming matrix interference to navigating the EPA&#39;s CCL 6, Dr. Diana Aga shares critical insights on the future of tracking forever chemicals and antimicrobial resistance.

Expert Insights: Unraveling the Complexities of Wastewater Analysis

Lab technician working on lab-on-a-chip technology

lab-on-a-chip-capillary-lc

As AI provides the &quot;brains&quot; for autonomous separations, new breakthroughs in silicon etching, additive manufacturing, and hybrid polymers are providing the &quot;body&quot; for the next era of portable, high-pressure chromatography.