Where Separation Science is Heading: Quotes

Celebrating 25 Years of LCGC Cover
Quotes from leading separation scientists on the future of separation science and the challenges that must be addressed.


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Featured LCGC Interviews

Determining the Presence of Ancient Cereals Using GC–MS AND HPLC–MS

The Column spoke to Erika Ribechini, Associate Professor of analytical chemistry in the Department of Chemistry and Industrial Chemistry of the University of Pisa, Italy, about her research into cereals in ancient diets and the role of chromatography in establishing their importance.

LCGC’s 2018 Emerging Leader Award in Chromatography Winner: Zachary S. Breitbach

Zachary S. Breitbach, the 2018 winner of the LCGC Emerging Leader in Chromatography award, received his PhD in 2010 from the University of Texas at Arlington (UTA). Subsequently, he worked as a research scientist at UTA while simultaneously aiding in the launch of AZYP Separations and Analytics, a chromatographic materials company. Currently, he is a senior scientist at AbbVie. Breitbach has already made important contributions to both high performance liquid chromatography (HPLC) and gas chromatography (GC). In GC, he played a fundamental role in the development, synthesis, characterization, and utilization of highly thermally stable, high viscosity ionic liquids as new GC stationary phases. Two of the ionic liquids he developed were subsequently commercialized. In HPLC, his work covers enantiomeric separations, hydrophilic interaction chromatography (HILIC), ultrafast and high efficiency separations, supercritical and subcritical fluid separations, core–shell bonded phases, and interfacing HPLC to paired io

Gas Chromatography

A Compendium of GC Detection, Past and Present

By John V. Hinshaw

Gas chromatography makes use of a wide variety of detection methods, which really shine when deployed properly. Here’s guidance for how to choose the right one for your analysis.

The LCGC Blog: Potential for Use of Stable Isotope–Labelled Internal Standards in Gas Chromatography–Vacuum Ultraviolet Spectroscopy Methods

By Kevin A. Schug

Evaluating the ability of gas chromatography–vacuum ultraviolet detection (GC–VUV) to distinguish and correctly identify various isomer and isotopologue forms of an analyte through the lens of spectral similarity.

Mass Spectrometry

Headspace Solid-Phase Microextraction Coupled with Gas Chromatography–Mass Spectrometry for the Characterization of Polymeric Materials

By Peter Kusch

HS-SPME-GC–MS is a valuable technique for identifying volatile organic compounds, additives, and degradation products in industrial rubber, car labeling reflection foil, and bone cement materials.

Recent Advances in Comprehensive Chromatographic Analysis of Emerging Drugs

By Ira S. Lurie, Lauriane Tremeau-Cayel, Walter F. Rowe

To address the challenges of analyzing new illicit drugs, emerging techniques such as UHPSFC with MS and UV detection, and GC with VUV detection, may be needed, particularly for distinguishing positional isomers and diastereomers.

Sample Preparation

Analysis and Fate of Surfactants in the Aquatic Environment

By LCGC Editors

According to Analysis and Fate of Surfactants in the Aquatic Environment (Volume 40 of Wilson & Wilson's Comprehensive Analytical Chemistry), an understanding of the fate and behaviour of organic chemicals, such as surfactants?

Partner Organizations

Sepu, China's Largest Chromatography Training Site

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Chinese American Chromatography Association (CACA)

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The LCGC Blog: There's More to HPLC Method Transfer Problems Than Differences in System Dwell Volume!

By Tony Taylor

The overriding majority of articles on problems with the technical transfer of HPLC methods ultimately focus on differences between HPLC dwell volumes. However, as the title suggests, there are many more issues which can cause problems in the transfer of HPLC methods, and I wanted to highlight some common issues that come across my desk, in the hope that it will help you avoid these problems in your own practice.

The LCGC Blog: Research on Polarizing Environmental Topics Requires More Than Just Analytical Chemistry

By Kevin A. Schug

Several years ago, I would have held the stance that environmental analysis was fairly boring. How complicated can water be? I am not ashamed to say that was a naïve view. It is clear from our research and related research by others on similar topics that much more work in these areas is needed. Standard methods cannot solely accommodate the growing list of targets and the multitude of unknowns associated with complex samples taken from the interface between the petroleum industry and the environment.

Celebrating 35 Years


Latest News

Agilent Technologies to Acquire Advanced Analytical Technologies

Agilent Technologies has signed a definitive agreement to acquire privately held Advanced Analytical Technologies, Inc.

Combatting Stink Bug Infestations Using VOC Analysis and GC–MS

Researchers from Lincoln University, Lincoln, New Zealand, have investigated the potential of VOC analysis using GC–MS to identify the presence of the agricultural and urban pest the brown marmorated stink bug.


Monitoring Volatile Organic Compounds Using GC and GC-MS: Meeting the Challenge of Protecting the 981-Mile Ohio River



Tuesday, March 20th, 2018

11:00 am EDT / 08:00 am PDT / 3:00 pm GMT / 4:00 pm CET

The CHROMacademy Essential Guide to: Top Tips to Improve Reproducibility and Sensitivity in Solid Phase Extraction



Thursday, March 22nd, 2018 

11:00 am EST / 8:00 am PST / 3:00 pm GMT / 4:00 pm CET

More Upcoming and On Demand Webcasts>>

LCGC eBooks

Miniaturized Analytical Equipment Solves Key Challenges for Laboratories
Sometimes, great solutions for analytical laboratories come in small packages. This ebook highlights the important role that miniaturized instruments play in addressing challenges faced by laboratories.

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HPLC Mobile Phases – 10 bad habits to avoid

The 10 bad habits to avoid when producing HPLC mobile phases.

10 Ways to Break Your LC-MS

If there’s one mantra that’s essential for an LC (or GC)-MS operator it’s “contamination, contamination, contamination”. Keep contamination to a minimum and you’ll enjoy a reliable instrument; don’t take the necessary precautions and instead you’ll enjoy reaching for the vent switch and purchasing lots of spares.

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