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| Nitrogen: The Most Cost-Effective Makeup Gas for Gas Chromatography |
The global shortage of helium has caused prices to soar. Many Chromatographers are now using Nitrogen. Nitrogen improves flame shape, enhancing sensitivity. Nitrogen can be easily generated by an in-house generator, eliminating the costs and dangers of high pressure tanks.
 Read White Paper for more information |
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LCGC TV: Luigi Mondello on Food Analysis Using 2D GC
Comprehensive gas chromatography (GC) is a multidimensional technique that has the potential to increase peak capacity resolution when separating complex mixtures. In this new video from LCGC TV, Luigi Mondello from the University of Messinia, Italy, describes the fundamental principles of 2D GC, and explains the advantages over 1D GC. |
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| Micro-SPE Desalting With Reduced Losses |
New! Micro-volume TARGA® C18 SPE chemistries to desalt peptide, glycopeptide and glycan samples. Desalting with the water wettable, TARGA® C18 UltraMicroSpin™ columns by loading in 100% water, improves recovery of these polar molecules prior to LCMS.
 Try one of our TARGA C18 protocols today!
The Nest Group, Inc. - "Not Just Columns ... Answers!" |
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Five Steps in the Evolution of an Instrumental Analysis Course for Enhanced Student Preparation
LCGC Blogger Kevin Schug says that of the seven different classes he's taught in almost 10 years at the University of Texas, the one that he's had the most opportunities to teach and the most time to reform is the junior/senior-level Instrumental Analysis (IA) course. Here, he presents five steps that he has taken to enhance student preparation through a continually modified IA course. |
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| Improving the HPLC Analysis of Food and Beverage Products with New Stationary Phases |
 Click here
for a downloadable/printable infographic and on-demand webinar which serve as a valuable resource to help you cope with challenges surrounding the analyses of food and beverage products. |
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| Featured Product |
The First SEC-MALS detector for UHPLC
The µDAWN™ is the world's first multi-angle light scattering (MALS) detector that can be coupled to any UHPLC system in order to determine absolute molecular weights and sizes of polymers, peptides, and proteins.
 Learn more |
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