LC–MS–MS Analysis of Terfenadine and Its Metabolites in Rat Plasma Using Oasis® MCX
SPE and LC–MS analysis of terfenadine. (Waters Corp.)
Quantitation and Profiling of Orange Juices and Orange Drinks Using Fast HPLC and Evaporative Light-Scattering Detection
Analysis of orange juice using HPLC with evaporative light-scattering detection. (Alltech Associates, Inc.)
Exceptional Selectivity and Resolving Power of 300-Å Pore for Proteins and 90-Å for Peptides Mapping
HPLC analysis of proteins and peptides. (Phenomenex Inc.)
Light-Guiding Fused-Silica Capillary Tubing
Synthetic fused-silica capillary tubing with light-guiding properties. (Polymicro Technologies, LLC)
Rapid Development of High-Speed On-Line Solid-Phase Extraction Methods for LC–MS in Bioanalysis
SPE preparation of biological samples for LC–MS analysis. (Spark Holland B.V.)
Automated On-Line HPLC and UV Analyses of Dissolution Test Results on a Single Instrument Platform
Dissolution testing using HPLC and UV spectroscopy. (Waters Corporation)
High Performance Biomolecule Separations Using Zirconia-Based Ion-Exchange Phases
Ion-exchange separation of hydrolyzed oligonucleotides. (ZirChrom Separations, Inc.)
Automated HPLC Method Development and Transfer
Description of software for HPLC method development. (Waters Corporation)
Analysis of U.S. EPA 8270 Mix on SolGel-1ms™
GC analysis of the EPA 8270 semivolatiles mixture. (SGE, Incorporated)
Cation-Exchange Separations of C-Terminal Processing of a Humanized Monoclonal Antibody on a Grafted Polymeric Stationary Phase
Ion-exchange analysis of a humanized monoclonal antibody. (Dionex Corporation)
Star-Branched Polymers
Analysis of star-branched polymers using SEC with multiangle light-scattering detection. (Wyatt Technology Corporation)
Protein Precipitation Demonstrated in Microwell Filter Plate Format for LC–MS–MS Bioanalytical Sample Preparation
Protein sample preparation using filtration microplates. (Orochem Technologies)
Anabolic Steroids
Thin-layer chromatography analysis of steroids. (Analtech, Inc.)
Gas Chromatography Using Microwave Heated Columns
Capillary GC analysis using microwave oven column heating. (Antek Instruments L.P.)
Rapid, Efficient Separations of Glycoprotein Monosaccharides Using a New Anion-Exchange Separator Column and Electrochemical Detection with Disposable Gold Electrodes
Anion-exchange analysis of glycoprotein monosaccharides. (Dionex Corporation)
A Four-Column Approach to Developing Stability-Indicating HPLC Methods
This article describes a method development approach that uses different packing materials and mobile-phase pH levels to optimize the chromatographic separation of degradation products from active ingredients.
Gas Cylinder Safety, Part I — Hazards and Precautions
John Hinshaw examines the principal safety issues surrounding the handling and use of compressed gas cylinders.
The Importance of Temperature
John Dolan focuses on several aspects of column temperature, which can affect retention, selectivity, peak shape, and column pressure.
Phase Collapse in Reversed-Phase Liquid Chromatography
The authors suggest ways to avoid phase collapse and regenerate collapsed phases.
Peak Tailing and Resolution
John Dolan discusses the effects of peak tailing on resolution.
Fifty Years of Gas Chromatography — The Pioneers I Knew, Part II
The second of a two-part series dealing with the lives and activities of important chromatographers who were active during the early growth and expansion of GC.
Water Injections in GC — How Wet Can You Get?
The author reports results from a systematic study of the effect of water injections on column performance with a number of common GC stationary phases.
New GC Instruments and Accessories at the 53rd Pittsburgh Conference
John Hinshaw presents a report about the new GC instruments and accessories exhibited at the 53rd Pittsburgh Conference.
Automation of Sample Preparation for Genomics
The guest authors review the commonly used sample preparation procedures for genomic nucleic acid purification and introduce the automation choices for high-throughput genomic sample preparation.
An Efficient Approach to Column Selection in HPLC Method Development
The authors present an efficient, informed approach to HPLC column selection based upon complementary decisions regarding bonded-phase and particle physical characteristics.
1987 Author–Subject Index
1983 Author–Subject Index
1992 Author–Subject Index
1994 Author–Subject Index
1986 Author–Subject Index
