AQbD Symposium - Day 4 - Forced Degradation Studies: The Role of AQbD and Exact Mass

AQbD Symposium - Day 4 - Forced Degradation Studies: The Role of AQbD and Exact Mass

Combining the AQbD knowledge with structural information of unknown degradation products using exact mass spectrometry provides a set of new techniques previously not readily available to all pharma scientists.
AQbD Symposium - Day 4 - Forced Degradation Studies: The Role of AQbD and Exact Mass
PolyAnalysis Forum - New Polymers with Complex Architectures

PolyAnalysis Forum - New Polymers with Complex Architectures

PolyAnalysis Forum - New polymers with complex architectures: why and how?
PolyAnalysis Forum - New Polymers with Complex Architectures
Application of Mass Spectrometric Techniques for Ensuring Food Integrity, Quality and Authenticity

Application of Mass Spectrometric Techniques for Ensuring Food Integrity, Quality and Authenticity

Chromatographic and MS techniques solutions to assess food quality and maintain purity control & UHPLC/QTOF untargeted metabolomics approaches: Ensuring hazelnut geographical origin and saffron authenticity
Application of Mass Spectrometric Techniques for Ensuring Food Integrity, Quality and Authenticity
How to Increase The Cost Effectiveness for HPLC Separations of Challenging and Matrix-rich Samples

How to Increase The Cost Effectiveness for HPLC Separations of Challenging and Matrix-rich Samples

Matrix-rich samples often require extensive sample preparation when analyzed with HPLC and UHPLC. A robust column material enabling a simplified sample preparation will save time and improve productivity.
How to Increase The Cost Effectiveness for HPLC Separations of Challenging and Matrix-rich Samples
Advances in High-throughput Mass Spectrometry. Making RapidFire MS Analyses Run Faster, with Less Sample, on 96-, 384-, and 1536-Well Plates

Advances in High-throughput Mass Spectrometry. Making RapidFire MS Analyses Run Faster, with Less Sample, on 96-, 384-, and 1536-Well Plates

This webinar focuses on some of the most recent enhancements that enable RapidFire MS systems to run faster, with less sample per well, on 96-, 384-, and 1536-well plates.
Advances in High-throughput Mass Spectrometry. Making RapidFire MS Analyses Run Faster, with Less Sample, on 96-, 384-, and 1536-Well Plates
Compliant, consistent and transferrable techniques for viral vector characterization and monitoring

Compliant, consistent and transferrable techniques for viral vector characterization and monitoring

Join Dr. Colette Quinn as she shares compliant, consistent and transferrable techniques for viral vector characterization and monitoring.
Compliant, consistent and transferrable techniques for viral vector characterization and monitoring
AQbD Symposium - Day 3 - OOS Reduction in QC Labs Using AQbD and Method Monitoring

AQbD Symposium - Day 3 - OOS Reduction in QC Labs Using AQbD and Method Monitoring

If the analytical procedure is developed using an AQbD approach its transfer to the QC lab is much simpler but not completely risk free.
AQbD Symposium - Day 3 - OOS Reduction in QC Labs Using AQbD and Method Monitoring
Robust, Reproducible, and Quantitative Analysis of Thousands of Proteomes by Micro-flow LC-MS/MS

Robust, Reproducible, and Quantitative Analysis of Thousands of Proteomes by Micro-flow LC-MS/MS

This webinar offering attendees a deep understanding of the advantages and place of microLC hyphenation with high-resolution accurate mass (HRAM) MS in proteomics research.
Robust, Reproducible, and Quantitative Analysis of Thousands of Proteomes by Micro-flow LC-MS/MS
Scale Up to the Drug Discovery Fast Lane with Superficially Porous Particle Preparative LC Columns

Scale Up to the Drug Discovery Fast Lane with Superficially Porous Particle Preparative LC Columns

This webinar will present strategies to maximize resolution while increasing sample throughput and demonstrate how labs can capitalize on superficially porous particles in preparative LC columns.
Scale Up to the Drug Discovery Fast Lane with Superficially Porous Particle Preparative LC Columns
How state-of-the-art mass spectrometry can improve dried blood spot analyses

How state-of-the-art mass spectrometry can improve dried blood spot analyses

The research, based on UHPLC, HRAM MS/MS analysis of dried blood spot (DBS), will highlight the importance of optimized analytical methods for the generation of high quality data for large scale metabolomic
How state-of-the-art mass spectrometry can improve dried blood spot analyses