ICPMS webinars focusing on Measurement of physical quantities - page 2

Supercharge LNP EE% and size characterization on Stunner AF

Supercharge LNP EE% and size characterization on Stunner AF

Discover a surfactant-free, single-instrument workflow to measure LNP size, payload, and encapsulation efficiency for RNA and pDNA in one assay with Stunner AF.
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Already taken place Tu, 10.3.2026
SelectScience
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Supercharge LNP EE% and size characterization on Stunner AF
Cruise through genomics quantification and QC with Lunatic

Cruise through genomics quantification and QC with Lunatic

Discover how Lunatic enables fast, dye-free DNA and RNA quantification for NGS and biobanking, delivering accurate concentration and purity data from 96 samples in under 10 minutes.
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Already taken place Tu, 24.2.2026
SelectScience
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Cruise through genomics quantification and QC with Lunatic
Polymer Rheology: Rotational and Transient Measurements On A Polymer Melt

Polymer Rheology: Rotational and Transient Measurements On A Polymer Melt

Learn how rotational and transient viscosity measurements on rotational rheometers reveal polymer melt flow behavior, from method setup and accessories to data analysis.
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Already taken place We, 11.2.2026
Anton Paar
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Polymer Rheology: Rotational and Transient Measurements On A Polymer Melt
From First to Best: Introducing the Litesizer DIF Series

From First to Best: Introducing the Litesizer DIF Series

Join us for an exclusive live webinar introducing the new Litesizer DIF series of laser diffraction particle size analyzers.
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Already taken place We, 11.2.2026
AZoM
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From First to Best: Introducing the Litesizer DIF Series
Automation, Speed, and Simplicity for Total Lipid Nanoparticle Characterization

Automation, Speed, and Simplicity for Total Lipid Nanoparticle Characterization

Join our exclusive webinar and discover how to overcome the toughest challenges in Lipid Nanoparticle analysis.
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Already taken place Tu, 27.1.2026
Waters Corporation
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Automation, Speed, and Simplicity for Total Lipid Nanoparticle Characterization
Next-Generation Rheology for Pharma: Precision at 0.2 nNm and Beyond

Next-Generation Rheology for Pharma: Precision at 0.2 nNm and Beyond

Discover how next-generation rheometers and compliant software are transforming pharma R&D, QC, and production—from protein solutions to powders and syringes.
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Already taken place Th, 22.1.2026
Anton Paar
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Next-Generation Rheology for Pharma: Precision at 0.2 nNm and Beyond
The New DMA Series – What Can Your Digital Density Meter Do for You?

The New DMA Series – What Can Your Digital Density Meter Do for You?

Explore Anton Paar’s new DMA 4002, 5002, and 6002 density meters—combining U-Pulse, U-View, and U-Dry innovations for unmatched precision, speed, and confidence in every measurement.
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Already taken place We, 3.12.2025
Anton Paar
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The New DMA Series – What Can Your Digital Density Meter Do for You?
On-Line Zeta Potential Monitoring for Smarter Water Treatment

On-Line Zeta Potential Monitoring for Smarter Water Treatment

Discover how real-time zeta potential monitoring optimizes coagulation, filtration, and PFAS removal in water treatment. Learn practical control strategies and case studies for improved efficiency.
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Already taken place Tu, 2.12.2025
C&EN
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On-Line Zeta Potential Monitoring for Smarter Water Treatment
Size and fluorescence calibrated imaging flow cytometry: From arbitrary to standardized units

Size and fluorescence calibrated imaging flow cytometry: From arbitrary to standardized units

Join Dr. Wouter W. Woud from ExoVectory to explore advances in imaging flow cytometry for standardized, quantitative extracellular vesicle analysis and EV-based therapeutic development.
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Already taken place Th, 20.11.2025
SelectScience
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Size and fluorescence calibrated imaging flow cytometry: From arbitrary to standardized units
Utilizing Imaging Flow Cytometry To Empower Studies Of Erythropoiesis

Utilizing Imaging Flow Cytometry To Empower Studies Of Erythropoiesis

Explore how imaging flow cytometry (IFC) bridges microscopy and flow cytometry to study erythropoiesis, combining morphological insights with quantitative single-cell analysis for biological understanding.
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Already taken place Th, 13.11.2025
Wiley
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Utilizing Imaging Flow Cytometry To Empower Studies Of Erythropoiesis
 

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