DLS Master Class: Effective Sample Preparation for DLS Analysis

DLS Master Class: Effective Sample Preparation for DLS Analysis

A deep dive into DLS, this master class is perfect for lab professionals facing challenges in Dynamic Light Scattering.
DLS Master Class: Effective Sample Preparation for DLS Analysis
PFAS Testing Across Industries: Technologies, Standards, and Strategic Implications

PFAS Testing Across Industries: Technologies, Standards, and Strategic Implications

A panel of PFAS experts explores advanced testing technologies, sample prep, and regulatory trends across environmental, food, and product matrices in APAC and beyond
PFAS Testing Across Industries: Technologies, Standards, and Strategic Implications
Solving Separation Issues in the Analysis of Nanoparticle Drug Delivery Systems using High-Speed Centrifugal Field Flow Fractionation

Solving Separation Issues in the Analysis of Nanoparticle Drug Delivery Systems using High-Speed Centrifugal Field Flow Fractionation

Attend the webinar to learn about the principles of Centrifugal Field Flow Fractionation and see how Shimadzu's instrument can transform the way you measure particle size.
Solving Separation Issues in the Analysis of Nanoparticle Drug Delivery Systems using High-Speed Centrifugal Field Flow Fractionation
From pixels to proteomes: Advanced spatial proteomics workflows for transformative biological insights

From pixels to proteomes: Advanced spatial proteomics workflows for transformative biological insights

Discover how Orbitrap-powered spatial proteomics combines imaging and mass spectrometry to achieve deep, spatially resolved protein profiling.
From pixels to proteomes: Advanced spatial proteomics workflows for transformative biological insights
Differentiating PFAS sources using Orbitrap-IRMS

Differentiating PFAS sources using Orbitrap-IRMS

Explore how Orbitrap-IRMS enables advanced isotopic fingerprinting of PFAS, improving source apportionment and degradation tracking with faster, more detailed stable isotope analysis.
Differentiating PFAS sources using Orbitrap-IRMS
Expert tips for accurate and reliable Karl Fischer titrations

Expert tips for accurate and reliable Karl Fischer titrations

Join this webinar to learn essential Karl Fischer titration tips—from correct titer determination to reagent handling, avoiding side reactions, improving sample solubility, and using the KF oven technique.
Expert tips for accurate and reliable Karl Fischer titrations
Physicochemical tools for nanocarrier development: Why orthogonal techniques provide the complete picture

Physicochemical tools for nanocarrier development: Why orthogonal techniques provide the complete picture

In this webinar, we present high-throughput Dynamic Light Scattering (DLS) measurements as a method for the development of nanoparticle-based drug products
Physicochemical tools for nanocarrier development: Why orthogonal techniques provide the complete picture
Analytical Strategies for GLP-1 Agonists: Aggregation, Related Substances and Stability Workflows

Analytical Strategies for GLP-1 Agonists: Aggregation, Related Substances and Stability Workflows

Discover HPLC strategies for GLP-1 therapeutics, including SEC for aggregation analysis and RP-HPLC for related substances and stability-indicating methods across multiple peptide drug products.
Analytical Strategies for GLP-1 Agonists: Aggregation, Related Substances and Stability Workflows
French Horseracing Lab (LCH) and the Utilization of LC-MS/MS for Steroid Hormones Analyses

French Horseracing Lab (LCH) and the Utilization of LC-MS/MS for Steroid Hormones Analyses

Discover how the French Horseracing Lab (LCH) uses advanced LC-MS/MS methods to detect anabolic steroids in urine, plasma, blood, and hair.
French Horseracing Lab (LCH) and the Utilization of LC-MS/MS for Steroid Hormones Analyses
Controlling Retention Factor When Investigating Oligonucleotide Chromatography

Controlling Retention Factor When Investigating Oligonucleotide Chromatography

Explore how controlling retention factor improves oligonucleotide chromatography. This webinar highlights method development strategies and the role of 2D-LC in early discovery.
Controlling Retention Factor When Investigating Oligonucleotide Chromatography