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Posters
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| An Integrated Solution for Calculating Results from Dissolution Testing According to the United States Pharmacopeia |
| An Integrated Solution for Calculating Results from Tests for Content Uniformity of Dosage Units According to the United States
Pharmacopeia |
| Faster Release of In-Process Materials with Short LC Run Times and High Speed Data Processing |
| On-line LC-UV-SPE-MS/MS as a Universal Method for the Identification of Pharmaceutical Impurities |
| New Tri-Functional Mixed-Mode Stationary Phase and Its Applications |
| New Weak Cation-Exchange/Reversed-Phase Mixed-Mode Column for Pharmaceutical Applications |
| Determination of Iodide In Serum Using Ion Chromatography with Pulsed Amperometric Detection |
| 2-D LC Protein Separation on Monolithic Columns in a Fully Automated Workflow |
| Mixed-Mode Reversed-Phase Columns Provide a Unique Selectivity Tool in Method Scouting Studies for Pharmaceutical Analysis |
| A Comparison Between On- and Off-Line Heart-Cut Two-Dimensional LC for Impurity Profiling of Pharmaceutical Compounds |
| On-Line LC-UV-SPE-MS/MS as a Universal Method for the Identification of Pharmaceutical Impurities |
| Direct Plasma Injection On-Line SPE-LC-MS/MS for Quantitative Analysis of Drugs in Human Plasma Samples |
| Fast and Effective Determination of Aflatoxins in Grains or Food Using Accelerated Solvent Extraction Followed by HPLC |
| Determination of Phenols in Drinking and Bottled Mineral Waters Using Online Solid-Phase Extraction Followed by HPLC with
UV Detection |
| An Automated System for At-Line Process Analysis of Biopharmaceutical Fermentation Reactions |
| Profiling Analysis of 18 Prominent Naturally Occurring Phenolic Acids by LC-MS |
| Protein Separations Through the Power of Monolith Technology |
| A New Family of 2 µm Particle Columns for Rapid Separation Liquid Chromatography |
