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Increased Peak Capacity of Trastuzumab Tryptic Digest

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Reduced Trastuzumab

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PCS C18 Loading Studies

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PCS C18 vs C18 Peptide Panel

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Rapid Peptide Separation

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Insulin Variants

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Casein Tryptic Digest on a C18 Column

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Peptide Mix

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Insulin

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Casein from Bovine Milk

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Angiotensin I

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Casein Tryptic Digest

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Trastuzumab Digest Sensitivity Improvement

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Trastuzumab Peptides

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Impact of Column ID on Sensitivity for Peptides and Proteins

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Increased Sensitivity and Solvent Savings of Trastuzumab Tryptic Digest Using a 1.5 mm ID Stainless Steel Column

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Capillary scale HILIC Separation of Deamidation Products of Trastuzumab

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Deamidation Products of the NIST mAb

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Tryptic Digest of Lysozyme

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Tryptic Digest of IgG

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Tryptic Digest of IgG Using 500 A Pores

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Peptides and Proteins

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BSA Tryptic Digest Analysis Using Column Coupling

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Peptide Six-Column Screen

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Peptide Analysis of Bee Venom Assay for Antimicrobial Properties

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Peptide and Protein Mix

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Melittin Peptide from Bee Venom of Apis Mellifera

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Insulins – Different Species

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DOTATATE and Octreotide

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BSA Tryptic Digest Profiling

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Angiotensins

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Peptide Test Mix

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Peptides – Varying pH with Phosphate Buffers

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Gradient Separation of Peptides and Proteins

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Comparison Separation of Seven Peptides

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Peptides and Small Proteins on HALO® Peptide ES-C18

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2 µm Peptide ES-C18 Lot Reproducibility

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Very High Peak Capacity With a 2 µm Peptide Column

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Fast Peptide Separation

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Analysis of Apotransferrin Tryptic Digest

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Apotransferrin Tryptic Digest

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Enhanced Selectivity for Tryptic Digest using LC-MS

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Enhanced Selectivity for the Separation of Peptides Comparing Three Different 160 A Bonded Phases

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High Temperature, Low pH Stability With a 2 µm Peptide Column

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Method Translation of a Gradient Separation of Peptides from HPLC to UHPLC

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Rapid Separation of Peptides

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Alanyl Glutamine

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Peptides – Selectivity Changes with Bonded Phase and Mobile Phase

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Detection of Oxytocin and Vasopressin in Serum by LC-MS-MS