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GC Connections: New GC Products, 2014–2015
Are you up-to-date with the latest developments in the gas chromatography marketplace? Do you need an overview of products launched over the past 12 months? LCGC columnist John Hinshaw gives his review of gas chromatography (GC) instruments, columns, and accessories that were newly introduced at the Pittsburgh Conference in New Orleans, Louisiana, USA, or that were introduced to the marketplace in the past 12 months. |
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| eSeminar Series: Advance The LC Characterization of Biotherapeutics |
AdvanceBio products are designed to deliver consistent, exceptional performance for the complete characterization of proteins, antibodies, conjugates, new biological entities and biopharmaceuticals. Presented by industry experts this ongoing monthly series of eSeminars will cover the latest UHPLC techniques for the advanced characterization of therapeutic biomolecules using state-of-the art technologies.
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| Micro-SPE Desalting With Reduced Losses |
New! Micro-volume TARGA® C18 SPE chemistries to desalt peptide, glycopeptide or 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 our TARGA C18 as your desalting protocol, today! The Nest Group, Inc. - "Not Just Columns ... Answers!" |
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LCGC TV: Kevin Schug on Estrogen Analysis using 2D LC–MS–MS
Estrogen is implicated in numerous regulatory roles in the human body, and even when present at low concentrations it can have a big effect on physiological processes. Kevin Schug from the University of Texas Arlington, USA, gives the main factors to consider when analyzing different types of biological fluids and gives his advice for scientists who want to begin using 2D LC–MS–MS. |
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Photo Credit: irmetovGetty-Images
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News: Sustainable Reuse of Fracking Water
There are growing concerns about the potential impact of fracking activity on the environment and human health, one of which is the question of how to dispose of or recycle the large volume of wastewater generated. Researchers from the University of Colorado have published a study to characterize flow-back water generated from fracking activities, using a combination of analytical techniques. |
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| Online Sample Cleanup: A Cost-Effective Alternative to Conventional SPE and Liquid-Liquid Extraction Methods |
This web seminar presents an online sample cleanup methodology demonstrated using analysis of testosterone in plasma and cortisol in urine in a research setting. It is now available on-demand for you to view at your convenience, along with a complimentary whitepaper.
 Register for the On-Demand Webcast
Download Printable Whitepaper
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