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Prediction of Peptide Retention Times in Hydrophilic Interaction Liquid Chromatography (HILIC) Based on Amino Acid Composition

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Alternatives to Sub-2 um UHPLC Columns

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Exploring Selectivity and Performance Of New Extra Selectivity Extended Stability Cyano Phase In UHPLC-HPLC Method Development

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A New Extended pH Range Stable Solid Core UHPLC HPLC Column Family With SuperC18 and SuperPhenylHexyl Bonded Phases

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Application of Unique Stationary Phases for Effective RPLC Method Development

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Advanced Core Shell Particle Technologies Applied to (Bio) Analytical Separations

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Protein and Glycoprotein LC-MS Using HILIC

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Outperforming sub-2 um Totally Porous Particles using Fused-Core Technology

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Are Sub-2 μm Superficially Porous Particles Needed for Small Molecules

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Selection of Mobile Phase Modifiers for High Efficiency HILIC Separations

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Selectivity, A Potent Ally in RPLC Method Development

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UHPLC Method Development and HPLC Method Upgrade – Importance of Selectivity and Efficiency

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Exploiting Selectivity in HPLC and UHPLC With Rational Stationary Phase Design

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Bridging the Gap between UHPLC and HPLC – Easy Method Transfer Using Fused-Core Columns

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Application of Advanced Fused-Core Particle Technologies to Proteomics

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Novel Superficially Porous Particle HILIC Separation Material Applied to N-linked Glycan Analysis by LC-MS

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Effects of Particle Size and Shell Thickness on Fused-Core Column Performance

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Novel Superficially Porous Bonded Phase for High Speed HILIC Separations

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Novel Superficially Porous HILIC Column Packing Material for High Speed Separations of Biological Molecules

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Performance Characteristics of Fused-Core Particles. Who Knew 5 um Particles Could be So Good

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Superficially Porous Silica Particles with Wide Pores for Biomolecular Separations

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Alternate Selectivity Using Various Fused-Core Bonded Phases

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Exploring and Leveraging Mixed Mode Interactions To Maximize Chromatographic Selectivity With Uniquely Designed HPLC and UHPLC Stationary Phases

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Exploiting the Powerful Advantage of Chromatographic Selectivity in HPLC Method Development

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Examining the Selectivities of Several C18 and Modified C18 Phases – Advantages of Phenyl and Pentafluorophenyl (PFP) Phases

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Development of Column Packing Materials and Methods for Proteomics Applications Using LC-MS Detection

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High Resolution Separations using Fused-Core Columns with Non-C18 Bonded Phases

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Enhanced Selectivity using Various Fused-Core Bonded Phases to Enable Faster Method Development

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Fast, High-Resolution Peptide and Tryptic Digest Separations Using Fused-Core Particles

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Faster Method Development Using Enhanced Selectivity For Various Fused-Core Bonded Phases

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Use of Ammonium Formate to Modify Reversed-Phase LC-MS Analyses of Peptides and Tryptic Digests

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How to Achieve UHPLC-like Performance with Conventional HPLC Equipment

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HALO Fused-Core Columns Fast Method Development Using Conventional Instrumentation

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Exploring the selectivity of C18 phases with Phenyl and PFP functionality

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Expanding the Capabilities of a C18 Bonded Phase by the Addition of a Pentafluorophenyl (PFP) Group

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Effects of Changing Shell Thickness and Pore Size of Fused-Core Particles

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Effect of Changing Pore Size and Shell Thickness on Fused-Core Particles

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How to Use Conventional HPLC Equipment to Achieve UHPLC Performance

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Optimizing UHPLC Resolution Using Fused-Core Column Packings with Different Separation Selectivities

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Modifying Separation Selectivity by Selection of Fused-Core Particle Bonded Phases

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Rapid High-Resolution Reversed-Phase LC-MS Analyses of Peptides and Tryptic Digests using New Fused-Core Particle Columns

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Rapid Separations of Polypeptides

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Superficially-Porous Fused-Core Particles for the Rapid Separation of Polypeptides and Small Proteins

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Development of a Highly Selective, “Phenyl-modified” C18 Bonded phase for HPLC

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Very Fast HPLC Separations with Selective Fused-Core Column Packings

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Practical Application of Fused-Core Columns With Conventional HPLC Instrumentation – Understanding the Importance of Extra-Column Volume

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Modifying Conventional HPLC Equipment to Achieve UHPLC-like Performance with Fused-Core UHPLC Columns

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High-Speed HPLC Separations with Polar Fused-Core Packings