Latest News and Application Notes

Just-in-Time Derivatization

April 7, 2023

For many of us, COVID-19 changed the way we work. It changed the way we communicate, gather, and network. Large tradeshows like Pittcon moved virtual or shuttered their doors entirely, and sometimes, that wasn't the worst thing. Less time traveling meant more time available in the lab, attending to your instruments. But after three years of this, it's time to step away from your instruments and let automation take over.

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Expand your Toolbox with the HRT+

July 29, 2022

Gas chromatography-mass spectrometry (GC-MS) has long been an invaluable tool in a chemist's belt. With its ability to tease apart the compounds in a sample, identifying even trace analytes, it is able to perform specific tests and pinpoint what, exactly, is in the material being analyzed. But what can you do when GC-MS isn't enough?

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We Don't Know What We Don't Know (But GCxGC Can Find It)

May 27, 2022

LECO recently concluded a webinar series on agricultural applications of our instruments with a presentation by Dr Frank Dorman of Dartmouth College, Department of Chemistry, formerly of Penn State University, Department of Biochemistry and Molecular Biology. While at Penn State, Frank worked on an environmental forensic investigation of wastewater applied to agricultural fields.

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Energy eBook: Gas Chromatography and Refineries

March 25, 2022

Petroleum products are used the world over, and they all start with crude oil refinement. In distilling, cracking, and reforming the crude oil into petroleum products, many analytical instruments and tests are needed to monitor the process and maintain the quality demanded by consumers and regulations.

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Optimizing Complex Environmental Analyses with Gas Chromatography Techniques: an LCGC E-Book

March 4, 2022

Environmental crises are now a daily concern in labs all around the world, and scientists are racing to get ahead of the problems. In their latest e-book partnership, LCGC and LECO teamed up to turn a spotlight on some of the latest GC-MS and GCxGC-MS techniques that can help labs pull ahead of the curve.

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Pesky Pesto Peculiarities and GCxGC Analysis

February 11, 2022

Pesto can trace its roots back to ancient times, though it really only started taking off in North America in the 1980s and 90s. Though the primary base is consistent, with pine nuts, basil, and olive oil, individual recipes vary. As canned and bottled pesto became more accessible, individual manufacturers developed their own unique flavor profiles. While these recipes are usually trade secrets, the power of GCxGC TOFMS can tease apart some of the differences.

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Metabolomics and GCxGC are Changing How We Monitor Our Health

October 29, 2021

On Friday, October 22, LECO hosted three GC-TOFMS experts for a spooky mass spectrometry symposium. Shari Forbes spoke about death and decomposition, Albert Lebedev gave a talk on mummies, and Jane Hill started the day with a look into diseases and a new method of diagnosing them.

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Towards an Even Better Tasting Veggie Burger with GCxGC-MS

August 27, 2021

Sustainability is on everybody’s mind these days. Companies want to create products that are better for the environment and consume fewer resources. Unilever is no exception. This forward-thinking flavor company has recently been pushing to develop new and delicious plant-based protein substitutes that are more sustainable than meat-based protein but no less healthy (or, preferably, even more healthy!). However, as Unilever scientists Hans-Gerd Janssen and Ed Rosing explain, nature made a pretty delicious protein in the form of meat, with a very distinct flavor and mouth-feel. Creating a substitute isn’t easy.

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ChromaTOF® Tile for GCxGC Analyses

January 29, 2021

LECO has released a revolutionary new data analysis software for GCxGC data: ChromaTOF Tile. This software provides an industry-first data comparison tool that identifies statistically significant differences between classes of samples, reducing days-to- weeks of work down to hours, or even minutes. Based on Dr. Robert Synovec’s tile-based Fisher ratio analysis, ChromaTOF Tile partitions the data into a set of regions (tiles) and compares regionalized data. This allows it to disregard normal variances of alignment shifts to focus on where the actual differences are, so users can stop looking at their data and start actually using it.

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