02:13

Christina Robb Part 4: Pesticide Residue Analysis: Specificity vs. Generality

01:31

Christina Robb Part 3: Pesticide Residue Analysis: Low Detection Levels

01:10

Christina Robb Part 2: Pesticide Residue Analysis: Polarity Switching

01:33

Christina Robb Part 1: Pesticide Residue Analysis: High-Resolution Mass Spectrometry (HRMS)

04:43

Susan Richardson Part 5: Putting Study Data into Action

05:11

Susan Richardson Part 4: More Tools; Seeking Standards

03:04

Susan Richardson Part 3: The Tools, and a Water Study

03:33

Susan Richardson Part 2: Detecting Unknown

03:17

Susan D. Richardson Part 1: Meet the New Contaminants

02:55

Mary Wirth on Slip Flow Part 4: What’s next

03:04

LCGC: Celebrating 35 Years

01:36

Alan G. Marshall Part 6: Analyzing Oil Spills: The Impact Over Time

01:06

Alan G. Marshall Part 5: Analyzing Oil Spills: Data Before and After

01:02

Alan G. Marshall Part 4: Analyzing Oil Spills: Going Beyond GC

00:55

Alan G. Marshall Part 3: The World’s Most Powerful Mass Spectrometer—Accessible to All

01:32

Alan G. Marshall Part 2: The 21 Tesla FT-ICR Mass Spectrometer: Maxing Out?

01:06

Alan G. Marshall Part 1: The Impact of Fourier-Transform Ion Cyclotron Resonance Mass Spectrometry

02:35

Apryll Stalcup Part 5: New Research on Endocrine Disrupters

01:38

Apryll Stalcup Part 4: Applying Linear Solvation Energy Relationships to Chiral Separations

02:07

Apryll Stalcup Part 3: Collaborating with Industry and Academia

02:21

Apryll Stalcup Part 2: Funding Environment in Europe Compared to the US

01:58

Apryll Stalcup Part 1: Europe vs America: Science Education

06:53

Bob Kennedy Part 4: Analytical Chemists in the ‘Omics World'

06:26

Bob Kennedy Part 3: Derivatization to the Rescue

08:46

Bob Kennedy Part 2: Capillary LC in Metabolomics

02:49

Bob Kennedy Part 1: The Role of LC–MS in Metabolomics

05:31

Joe Glajch on Biosimilars Part 3: Strategies for Demonstrating Similarity

04:21

Joe Glajch on Biosimilars Part 2: FDA Expectations

07:46

Joe Glajch on Biosimilars Part 1: Analytical Methods

12:30

Kate Rimmer on Research at NIST: Full Interview

03:44

Mary J. Wirth on Slip Flow Part 3: Does Particle Size Matter?

03:08

Mary J. Wirth on Slip Flow Part 2: How to Harness it

06:03

Mary J. Wirth on Slip Flow Part 1: How it Works

04:49

Luigi Mondello Part 8: Food Analysis using 2D GC

04:11

Luigi Mondello Part 7: Food Analysis using 2D GC

02:38

Luigi Mondello Part 6: Food Analysis using 2D LC

03:54

Luigi Mondello Part 5: Food Analysis using 2D LC

04:39

Luigi Mondello Part 4: Food Analysis using 2D LC

03:25

Luigi Mondello Part 3: Food Analysis using 2D LC

05:06

Luigi Mondello Part 2: Food Analysis using 2D LC

04:30

Luigi Mondello Part 1: Food Analysis using 2D LC

02:48

Torsten Schmidt Part 5: Novel Extraction Methods for Gas Chromatography

02:40

Torsten Schmidt Part 4: Novel Extraction Methods for Gas Chromatography

03:08

Torsten Schmidt Part 3: Novel Extraction Methods for Gas Chromatography

02:07

Torsten Schmidt Part 2: Novel Extraction Methods for Gas Chromatography

01:19

Torsten Schmidt Part 1: Novel Extraction Methods for Gas Chromatography

02:31

Attila Felinger Part 5: Fast Liquid Chromatography

01:20

Attila Felinger Part 4: Fast Liquid Chromatography

00:59

Attila Felinger Part 3: Fast Liquid Chromatography

01:05

Attila Felinger Part 2: Fast Liquid Chromatography

01:13

Attila Felinger Part 1: Fast Liquid Chromatography

01:45

Kevin Schug Part 4: Vacuum Ultraviolet Detection For GC

01:53

Kevin Schug Part 3: Vacuum Ultraviolet Detection For GC

01:53

Kevin Schug Part 2: Vacuum Ultraviolet Detection For GC

01:23

Kevin Schug Part 1: Vacuum Ultraviolet Detection For GC

02:19

Christian Wachsmuth Part 3: GC–MS and Metabolic Fingerprinting

03:12

Christian Wachsmuth Part 2: GC–MS and Metabolic Fingerprinting

03:11

Christian Wachsmuth Part 1: GC–MS and Metabolomic Fingerprinting

01:58

Giorgia Greco Part 4: HILIC–MS Environmental Analysis

01:22

Giorgia Greco Part 3: HILIC–MS Environmental Analysis