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The Effect of Particle Monodispersity in HPLC Column Performance

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Time and Solvent Savings by Modernizing USP Methods Following the New 621 Guidelines

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Developing Hydrophilic Interaction Liquid Chromatography (HILIC) Separation Methods

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Increasing Sensitivity While Reducing Solvent Consumption with 1.5 mm UHPLC Columns

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Using Solid-Core Particles for Small Molecule LC Analyses

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LC Chromatography Troubleshooting

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Selecting a Column Geometry and Particle Size for Your Method and Instrument

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Solutions for the LC-MSMS Determination of Nitrosamine Impurities in Pharmaceutical API’s and Addressing Issues Associated with DMF and NDMA Co-Elution

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HILIC Analysis for Polar Modifications of Proteins and Peptides

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Best Practices for Limiting Hazardous Solvent Exposure with Safety Caps and Waste Containment for HPLC and UHPLC Systems

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Environmental Analyses of Harmful Chemical and Organic Compounds Using Superficially Porous Particle Separations

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Achieving Successful Method Translations in Liquid Chromatography

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A Novel Approach to Glycan Method Development for Biotherapeutics using Superficially Porous Particle Technology

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Improving Liquid Chromatographic Separations in Clinical Analysis by Utilizing Recent Developments in Column Technology

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Considerations and Best Practices for Mobile Phase Buffer Selection and pH Control for LC and LC-MS Method Development

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Working With UHPLC – Accelerating Method Development, Speeding Up Routine Analyses, and Achieving Ultra High Resolution

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Understanding and Overcoming Separation Challenges in the Biological Drug Development Process

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Take Your UHPLC and HPLC Methods to the Next Level of Speed and Resolution

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Using Selectivity of Fused-Core Particles to Maximize Resolution for Improved LC and LC-MS Method Development

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Improve Your Analyses of Large Proteins, Antibodies and Antibody-Drug Conjugates Using Reversed-Phase Liquid Chromatography by Maximizing Pore Access

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Analyses of Large Proteins, Antibodies, and Modified Proteins Using A New Series of Advanced Large Pore HPLC Materials

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An Intelligent Solution for Hydrophilic Interaction Liquid Chromatography Method Development

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Accelerating UHPLC & HPLC Method Development and Maximizing Chromatographic Selectivity with Novel Stationary Phase Chemistries