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    Surface Science Blog You have only scratched the surface.

    ~ 7 min

    The role of coatings and contact angle measurements on biomedical devices

    Contact angle measurements help to evaluate the adhesion and performance of biomedical coatings.

    > 6 min

    Analyze Membrane Fouling & Cleaning in Water Treatment Using QSense QCM-D

    Learn how QSense QCM-D analysis can reveal membrane fouling dynamics and optimize cleaning strategies for more efficient water treatment

    > 4 min

    Why measure contact angles on biomedical device?

    Contact angle measurements offer insight into the behavior of a biomedical device in the human body.

    < 7 min

    Cleaning Analysis with QCM-D: Revealing Surfactant Performance in Real-Time

    Discover how QCM-D enables real-time cleaning analysis and reveals surfactant performance to optimize cleaning product development

    ~ 4 min

    What is bioremediation?

    Bioremediation is a natural process that uses living organisms—primarily microbes, fungi, and plants—to clean up contaminated environments.

    > 5 min

    Get Early Insights and Prevent Biologics Instabilities: Learn How QSense Can Help

    Learn how QSense QCM-D helps detect and prevent surface-induced instabilities in biologics. Join our webinar for insights and practical examples.

    ~ 3 min

    Which surface free energy method should be used?

    You might find it confusing when seeing all the different methods for surface free energy calculations. As surface free energy can give you more information on your surface compared to the contact angle measurements alone, it is time well spent to study the different theories more in detailed.

    ~ 6 min

    QCM-D sensors to assess Material Compatibility and Stability of Biopharmaceuticals in IV Bags

    Learn about the top QSense sensors for analyzing biopharmaceutical drug-surface interactions in the context of IV bags.

    < 4 min

    Shape of a water drop in air and on surface

    At the heart of droplet formation are two key molecular forces: cohesion and adhesion.

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