https://content.biolinscientific.com/understand-and-mitigate-interface-induced-risks-in-biopharmaceutical-development-with-qsense-qcm-d

Surface-induced processes such as adsorption, unfolding and aggregation at solid–liquid interfaces are increasingly recognized as potential contributors to subvisible particles (SVPs), long-term interfacial changes and material compatibility issues.
In this session, Fredrik Pettersson, Senior Application Scientist at Biolin Scientific, will show how nanoscale adsorption measurements using QSense QCM-D can be used to establish mechanistic links to macroscopic outcomes such as SVP formation, aggregation, and interfacial stability overtime.

https://content.biolinscientific.com/how-to-use-contact-angle-to-optimize-and-evaluate-plasma-treatment

https://content.biolinscientific.com/measuring-wettability-and-interfacial-tension-for-eor-optimization

Wettability and interfacial tension (IFT) play a decisive role in the success of enhanced oil recovery (EOR) processes. In this webinar, we explore how contact angle and IFT measurements are used to characterize fluid–rock interactions and support EOR decision-making. You’ll learn the fundamentals of the main measurement techniques, best practices for generating reliable data, and how to translate laboratory results into meaningful insights for EOR applications.