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Selectivity and Resolution Advantages of Superficially Porous Particles with C30 Stationary Phase

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LC and LC-MS of Intact Protein Biotherapeutics and their Variants and Panel Discussion With Industry Experts

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The Importance of Superficially Porous Particles in Modernizing HPLC Methods

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Superficially Porous Particles with C30 Stationary Phase for High Resolution Separations

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Applications of SPPs in Environmental Analysis

November 18, 2020

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Larger Superficially Porous Particles – The Long and Short of it for HPLC Separations

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Optimization of Reversed-Phase HPLC Separations of Biomolecules using HALO® Protein and HALO®-5 Peptide

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Particle Size Considerations of Superficially Porous Particles

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Speed and Resolution with 5-Micron Superficially Porous Particles

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Optimized Superficially Porous Particles for Peptide and Protein Analysis

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Intact Protein and Glycoprotein Separations by HILIC

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Bioseparations with 3.4- and 5-Micron Wide-Pore Superficially Porous Particles

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Superficially Porous Particles for Peptide and Protein Analysis

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Novel wide-pore SPPs for Biomacromolecular Separations

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Superficially Porous Silica Particle Technology Developments for Pharma and Biopharma Applications

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Chromatographic Effects Of Varying Particle Size And Size Distributions Of Superficially Porous Particles

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Novel Hydrophilic Bonded-Phase Fused-Core Particles for Highly Efficient HILIC Separations

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Protein Separations Using High Performance Large Pore Superficially Porous Particles Optimization Strategies for mAb Variant Resolution

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Know Your Instrument, Know Your Column, Know Your Peace – For Method Development and Transfer

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Streamlined Reversed Phase Method Development using a Combined Column Screening and Software Modeling Approach

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New Reversed-Phase SPP Columns with Alternate Selectivity for Small Molecules

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Optimizing HPLC Separation Performance for Peptides and Other Mid-Size Molecules

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Wide Pore Superficially Porous Particles with Various Bonded Phases for High Resolution Protein Chromatography

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All You Wanted to Know about Method Development and Transfer, but Were Afraid to Ask

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Column Pore Size – An Underutilized Variable for Optimizing HPLC Separations

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New Superficially Porous Particle Column Selectivity Choices for Improved Separations

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Developing HPLC Methods When C18 Columns Don’t Work

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Size Exclusion Chromatography (SEC) with Superficially Porous (Core-Shell) Particles

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Improving Biomolecule Separations with Superficially Porous Particles of Silica

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Superficially Porous Particles with Polar C18 Selectivity

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An Effective Method Development Strategy Using Fused-Core Columns

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Comparison of Phenyl and C18 Bonded Phases to Obtain Separation Selectivity of Peptide Mixtures

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Impact of Pore Exclusion on RP-HPLC Column Performance

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LC-MS of mAb Structure Utilizing HALO® BioClass Fused-Core® Particles

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Improving Superficially Porous Particles for Larger Protein Separations

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Systematic Method Development with Novel, Inert Solid-Core Bonded Phases

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Alternatives to Sub-2 um UHPLC Columns

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

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

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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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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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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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Exploiting the Powerful Advantage of Chromatographic Selectivity in HPLC Method Development

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

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