The December issue of Chromatography Techniques details a mass spectrometry technique enables the detection of drugs and medical conditions from just a single drop of fluid, such as blood or urine, within minutes. Other articles include: size of future mass spec, choosing HPLC columns, soft ionization, separation of antibodies. There are also new products.
Because of the high cost of HPLC columns, there are numerous ways to find out which column(s)...
Pre-formulated buffers for pH gradient have greatly simplified the development of ion exchange...
Mass spectrometry (MS) is the workhorse of analytical chemistry. It performs the analysis of the sample, making MS equipment an essential part of the analytical instrumentation market. A recent shift in the laboratory landscape, however, is forcing a change in the size and functionality of mass spec equipment.
Researchers at Purdue Univ. have pioneered a separation technique that can be used in everything from homeland security and law enforcement to drug discovery and biomedical applications. The technique, called slug flow microextraction, makes it possible to quickly detect the presence of drugs or monitor certain medical conditions using only a single drop of blood or urine.
The September issue of Chromatography Techniques details the MS focus on biological and clinical research at the recent American Society of Mass Spectrometry conference. Other articles include: ensuring HPLC success, advancing UHPLC, effectively using hydrogren in the lab, and thin-layer chromatography for the detection of explosives. New products and columns are also included.
More detailed and comprehensive data analysis through MS solutions is revolutionizing the biological and clinical research industry.
New technologies are making it easier, faster and more reliable to detect explosives or highly energetic materials before they can be used.
On-site hydrogen generators are safe, reduce run times and improve gas chromatography results.
High-quality filtration in sample and mobile phase separation is crucial to guarantee reproducible HPLC and UHPLC data.
New diamond-based HPLC technology enables complex separations and regeneration in drug research.
New UHPLC system combines ruggedness, flexibility and serviceability, along with substantially improved performance.
The June issue of Chromatography Techniques speaks to game-changing liquid chromatography instruments introduced at Pittcon 2014. Other articles include new CDS platforms, how CE can help in the battle for food safety and a new ion chromatography technique, as well as IC's importance in verifying drinking water.
A combination of microfluidics and electronic integration results in simpler sample analysis.
Users are turning to increasingly simple chromatography data systems to handle increasingly complex processes.
Capillary electrophoresis has emerged as a powerful tool in the fight against adulterated food and beverage.
The capabilities of ion chromatography are essential as hexavalent chromium limits plunge ever lower in the attempt to ensure safe drinking water for all.
A decades-old theory and a new super-localization microscopy method have teamed to advance the efficiency of ion chromatography in drug discovery applications.
The February issue of Chromatography Techniques features articles on mutiple residue pesticides, ancient wines and beers, 2-D HPLC, design innovations, whisky drinks, and more.
Global researchers are working together to develop methodologies to identify pesiticides in food with triple quadrupole chromatography systems.
Advanced, sensitive liquid chromatography techniques have helped trace the evolution of alcohol.
Chromatography systems’ modularity is increasing accessibility of the technique from a specialized skill to a mainstay for research scientists.
Gas chromatography can be successfully used in the aroma study of potable spirits, such as whisky.
Two-dimensional HPLC simplifies the determination of vitamin content in complex samples, such as a multivitamin nutritional drink, using automation and software.
Accurate and fast determination of nicotine and its metabolites provides a useful method for understanding the pharmacologic effects of nicotine and nicotine addiction.