10:13

Bob Pirok: Computer-Optimized LCxLC–MS Characterization of 17th-Century Objects (HPLC 2019)

06:35

Rawi Ramautar: CE–MS for Metabolic Profiling of Low Numbers of Mammalian Cells (HPLC 2019)

04:38

Cinzia Stella: Implementation of a Multidimensional LC Platform (HPLC 2019)

08:47

Achille Cappiello: Challenges and Emerging Applications of a LEI-LC–MS (HPLC 2019)

06:35

Sophie Bailes: The Lifecycle Approach to Techniques Based on Separation Science (HPLC 2019)

11:54

Simone Dimartino: Experimental and Modeling Design of 3D-Printed Stationary Phases (HPLC 2019)

12:05

Anneli Kruve: Making Non-Targeted LC–HRMS Screening Quantitative (HPLC 2019)

50:54

Sample Preparation and Analysis Workflows for Released N-Glycan Analysis of Biotherapeutics

01:02:24

New USP 1058 Analytical Instrument Qualification Regulations

01:01:30

The Importance of Computer System Validation for Regulated Systems

01:11:27

PSS Webinar SEC Protein Analysis

01:10:17

PSS Webinar GPC SEC GFC Calibration

59:48

Expanding Limits of Shotgun Proteomics Using Micro Pillar Array Columns and DIA Methods

04:12

Metabolomic Makeover with SCIEX

03:01

Front End Solutions for Mass Spec in Biopharma – SCIEX

03:25

New Sample Prep Technology – The EDGE from CEM

01:46

Alain Beck Part 5: Native MS and Ion-Mobility MS in Antibody Analysis

01:57

Alain Beck Part 4: 2D LC for Quantifying Free Drug Species in ADC Samples

01:04

Alain Beck Part 3: A HIC Workflow for Analysis of mAbs and ADCs

00:57

Alain Beck Part 2: Optimizing Conditions in HIC

01:04

Alain Beck Part 1: When to Use HIC in Protein Separations

01:38

Reed Harris Part 5: Quality by Design: Are Ranking Systems Too Complex?

02:22

Reed Harris Part 4: Translating Analytical QbD to the Real World

01:32

Reed Harris Part 3: FMEA in Quality by Design

01:45

Reed Harris Part 2: Determining Critical Quality Attributes: Stressing the Right Factors

02:16

Reed Harris Part 1: Determining Critical Quality Attributes: Process

02:27

Gert Desmet Part 4: HILIC Method Development: Scouting Runs and Software

01:27

Gert Desmet Part 3: Predicting Retention in HILIC

01:45

Gert Desmet Part 2: Retention Modeling in HILIC: What Works?

02:32

Susan Olesik Part 5: An “Enhanced Fluidity” Method for a Gradient HILIC Separation

02:43

Susan Olesik Part 4: Enhancing HILIC with "Enhanced Fluidity"

01:02

Susan Olesik Part 3: Compromises in Green Chemistry

02:33

Susan Olesik Part 2: Homogenous Edge-Plane Carbon Stationary Phases

01:53

Susan Olesik Part 1: Where Does Green Chemistry Stand Today?

02:37

Peter Schoenmakers Part 3: 3DLC: Is It Practical?

01:56

Peter Schoenmakers Part 2: Combining Space-Based and Time-Based Separations

03:12

Peter Schoenmakers Part 1: Spatial 3D Liquid Chromatography: Definition and Setup

01:23

Gert Desmet: Pre-column and Post-Column Band Broadening in HPLC

03:33

Gene Barry Part 5: GC Fundamentals: How to Regenerate a Fatigued GC Column

01:52

Gene Barry Part 4: GC Fundamentals: How to Extend the Life of a GC Column

03:49

Gene Barry Part 3: GC Fundamentals: Knowing When to Replace a Column

02:26

Gene Barry Part 2: GC Fundamentals: How to Properly Terminate Capillary GC Columns

03:06

Gene Barry Part 1: GC Fundamentals: Selecting the Right Ferrule

02:11

Jared Anderson Part 7: Ionic Liquid Coatings for SPME: A Novel Polymerization Method

02:13

Jared Anderson Part 6: Ionic Liquid Coatings for SPME: How Impurities Affect Performance

02:48

Jared Anderson Part 5: Are Ionic Liquid SPME Coatings Robust Enough for Harsh GC Conditions?

03:24

Jared Anderson Part 4: Customizing SPME Coatings for Individual Analytes

02:05

Jared Anderson Part 3: Testing the Performance of Ionic Liquid Coatings for SPME

02:34

Jared Anderson Part 2: Ionic Liquid Coatings for SPME: Target Applications

01:28

Jared Anderson Part 1: The Potential for Ionic Liquid-Based Coatings in SPME

01:38

Barbara Larsen Part 5: Proteomics: Sample Preparation Errors

01:38

Barbara Larsen Part 4: Buying a Mass Spectrometer: Ion Mobility

01:20

Barbara Larsen Part 3: Buying a Mass Spectrometer: Questions of Resolution

01:44

Barbara Larsen Part 2: Replacing a Mass Spectrometer: What to Consider

03:39

Barbara Larsen Part 1: Choosing a Mass Spectrometer: What to Consider

01:40

Luis Colon Part 5: Nanoparticle Characterization: What We’ve Learned About Toxicity

01:40

Luis Colon Part 4: The Analysis of Nanoparticles: HPLC vs. Electrophoresis

01:27

Luis Colon Part 3: The Analysis of Nanoparticles: Looking for Better Results?

02:32

Luis Colon Part 2: The Role of Separations in the Analysis of Carbon Nanodots

01:28

Luis Colon Part 1: Separating Carbon-Based Nanoparticles: Why Anion-Exchange HPLC