Chiral Technologies, Inc. Signs Agreement with Canadian Life Science
September 1st 2009Chiral Technologies, Inc. (West Chester, Pennsylvania), a global provider of chiral chromatography columns, has signed a distribution agreement with Canadian Life Science (Peterborough, Ontario) to better serve its customers throughout Canada.
Increased Speed of Analysis and Sample Throughput with Kinetex™ Core-Shell Technology
September 1st 2009The introduction of the new Kinetex™ core-shell technology provides a significant benefit to all separation scientists looking to increase sample throughput by reducing chromatographic analysis times while maintaining chromatographic resolution.
Separation of Ionic Analytes via Supercritical Fluid Chromatography
September 1st 2009Supercritical fluid chromatography (SFC) has been practiced for approximately 50 years. SFC on packed columns for both qualitative and quantitative purposes underwent a renaissance in interest at the beginning of the 1990s when limitations of capillary SFC became obvious and important progress in composition gradient techniques for mixed mobile phases was achieved. Even with these instrumental improvements, wide acceptance of the technology was not forthcoming because the perception was that highly polar analytes were not soluble in carbon dioxide and thus were not separable. It is now apparent that the use of additives dramatically extends the range of solute polarity amenable to SFC.
A Novel Sample Preparation Approach to Increase the Throughput of Pesticide Analysis by LC–MS-MS
September 1st 2009The high-throughput analysis of pesticides in raw agricultural commodities has been hindered by the slow and laborious sample preparation stages. Using traditional clean-up procedures, as many as 20 steps are required to get the sample in a convenient form for analysis, which typically limits sample throughput to eight samples per day. This study evaluates a new approach using a novel laboratory mill and pulverizer to extract various pesticide residues from different kinds of plant materials and to identify and quantitate the active ingredients by liquid chromatography–tandem mass spectrometry (LC–MS-MS). It shows that by automating the procedure, the number of clean-up steps can be reduced significantly, which increases sample throughput over traditional approaches.
Thermo Fisher Scientific Conducts Radiation Monitoring Course Near Chernobyl
August 25th 2009Thermo Fisher Scientific (Franklin, Massachusetts) announced that its Radiation Measurement and Security Instruments (RMSI) business has completed its 12th annual radiation monitoring techniques training course outside of Kiev, Ukraine, and within the vicinity of the Chernobyl nuclear power plant.