Waters Podcast:Making Inroads in Method Development and Routine Analysis with UPLC Technology
Everything you've ever wanted to know about UPLC: A practical guide to scientific and business achievement
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In this podcast series, we’ll be discussing how users can benefit from UPLC separations technology in their laboratories. We have heard all the hype about specifications from marketing, but what is it about this technology that, when in the hands of real users, allows them to achieve the scientific and business benefits that the chromatography community has proclaimed so widely in peer-reviewed journals, scientific meetings, and testimonials in the media?
Through a variety of topics and scientific examples, this series will help you to gain a better understanding of UPLC technology, how to realize the benefits for your applications, and how to easily adopt UPLC technology for instant chromatographic success.
UPLC Technology brings substantial improvements to chromatographic assays. Recent developments have considered efficient ways to apply more completely the principles of chromatography within the framework of UPLC to ensure the best possible chromatographic resolution.
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Determining the Effects of ‘Quantitative Marinating’ on Crayfish Meat with HS-GC-IMS
April 30th 2025A novel method called quantitative marinating (QM) was developed to reduce industrial waste during the processing of crayfish meat, with the taste, flavor, and aroma of crayfish meat processed by various techniques investigated. Headspace-gas chromatography-ion mobility spectrometry (HS-GC-IMS) was used to determine volatile compounds of meat examined.
University of Tasmania Researchers Explore Haloacetic Acid Determiniation in Water with capLC–MS
April 29th 2025Haloacetic acid detection has become important when analyzing drinking and swimming pool water. University of Tasmania researchers have begun applying capillary liquid chromatography as a means of detecting these substances.
Using GC-MS to Measure Improvement Efforts to TNT-Contaminated Soil
April 29th 2025Researchers developing a plant microbial consortium that can repair in-situ high concentration TNT (1434 mg/kg) contaminated soil, as well as overcome the limitations of previous studies that only focused on simulated pollution, used untargeted metabolone gas chromatography-mass spectrometry (GC-MS) to measure their success.
