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Biocompatible LC systems are generally regarded to be chemically more inert than conventional HPLC systems. However, a study into the chromatographic behaviour of some classes of compounds analysed on these iron-free HPLC systems revealed issues typically associated with metal contamination.

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When you’ve reached the top, where do you go next? In this instalment of the LCGC Blog, Kevin Schug explores prospects open to those of us at the pinnacle of our academic careers. Reflecting on his unique journey and offering his perspective – from the stability of academic freedom to interesting research and outside opportunities – Kevin’s experience highlights several options.

My initial inclination was to write about something other than the current status of life, given the threats of coronavirus. However, after a month extension to the shelter-in-place was ordered by the U.S. government this past weekend, and after various e-discussions with friends and colleagues throughout the world who are experiencing similar challenges, I felt I might have something to offer to make life easier.

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Interest in reducing the size of liquid chromatography (LC) instrumentation is currently growing for a number of reasons, each depending on a specific challenge or opportunity. This is fourth in a series of articles exploring hot topics in high performance liquid chromatography (HPLC).This is fourth in a series of articles exploring hot topics in high performance liquid chromatography (HPLC).  

Agilent Technologies, Inc. (Santa Clara, California) recently became a sponsor of My Green Lab, a nonprofit organization dedicated to improving the sustainability of scientific research.

Thermo Fisher Scientific has announced a collaboration with NanoPin Technologies, Inc. to improve blood-based infectious disease detection technology through the development of highly sensitive LC–MS‑based workflows.