For our Chinese friends
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QCM-sensor regeneration can be a resource efficient way of running experiments. Learn about aspects to consider if you plan to resuse ypur sensors.
Read about how QSense QCM-D analysis was used to better understand why and what affects an increased transmissibility of SARS-CoV-2
Learn more about QCM - Quartz Crystal Microbalance
Watch the webinar to learn more about how to combine QCM-D and Neutron reflectrometry to examine membrane biochemistry at the solid-liquid Interface
Learn about what aspects to consider when preparing your QCM samples and solvents
Read about how QSense QCM-D was used in the development of a new thermoresponsive polymer brush with antifouling properties for biomedical applications.
Learn more about recent efforts on implementing QCM-D and EQCM-D for reliable biosensing
The Sauerbrey equation is straightforward to use, but it should only be applied when it is valid. Learn about when it can be used with confidence.
Temperature stability is key to achieve reliable and reproducible QCM measurements. Read about what temperature related artifacts that can arise.
