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| Looking to Eliminate Problems associated with Sample Preparation? |
Although automating analytical techniques has become status quo, sample preparation is still considered to be the bottleneck of the laboratories processes. Learn how automation can reduce labor and time, increase recoveries and produce consistent, reproducible results. If this and cutting sample preparation costs is important to your laboratory review the new
 From Sample to Vial Automated Sample Prep Solutions notebook. |
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Helium to Hydrogen — Would a Change Do You Good?
Change is always a scary concept. To help with this, John Hinshaw addresses common questions associated with changing from helium to hydrogen gas. |
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Photo Credit: Laguna Design/Getty Image
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Q&A: Developments in Dioxin Analysis
Bryan Vining from SGS Environmental Service reveals some of the cutting-edge research his team has performed involving dioxin analysis, and proposes some future possibilities for the direction of this field. |
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| AGILENT TECHNOLOGIES LAUNCHES MOBILE VERSION OF OPENLAB ELN |
Finally – an intuitive, flexible notebook that gives scientists access to laboratory data – anytime, anywhere. OpenLAB Electronic Lab Notebook (ELN) creates a central hub where all team members can go to document, organize, and share information. Now more than ever, Agilent makes it easy to bring OpenLAB ELN wherever your analytical work takes you.
 Learn more
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LCGC TV: How to Make Fast LC Faster
How can fast liquid chromatography become faster in the future? Atilla Felinger from the University of Pécs, Hungary, talks about the everlasting problem faced by chromatographers and what is needed to solve it. He also discusses the approaches available to control temperature in liquid chromatography. |
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Photo Credit: doram/Getty Images
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News: Digital Microfluidics Enables Analysis of Mutiple Steroid Hormones in Core-Needle Biopsy Samples
Steroid hormone testing in the clinic relies on immunoassays or liquid chromatography tandem mass spectrometry (LC–MS–MS) analysis of blood or urine samples, but there are cases where it is necessary to analyze tissue, such as in the case of hormone sensitive breast cancers. Researchers from the University of Toronto in Canada have developed a novel approach using digital microfluidics to analyze multiple steroid hormones in small tissue samples (1–10 mg) collected using core-needle biopsy (CNB) sampling. |
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University students and staff get 5 Years of Free Access to CHROMacademy made possible by Agilent Technologies- the world's premiere measurement company.  Learn more |
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