The QCM-D technology is used for research in many biomaterial- and medical device applications. Since the sensor is a critical part of the measurement, and the coating of the sensor is even more important in order to get the desired interactions, we wanted to give you some inspiration to a number of our sensor coatings suitable for biomaterial- and medical device research.
A top 5 list doesn’t really give room for all the sensors coatings relevant to biomaterials research. Here you can read the full list of sensors for more inspiration!
In QCM measurements, access to multiple harmonics is often needed. Here we explain when and why.
Read about how QCM-D and QCM-I compare, their working principles and suitable applications.
Learn more about what questions QSense analysis can help answer in the context of container-closure interaction
Learn about three simple ways that can help you get the most out of your QCM-D data collection.
Find out more about how to use QCM-D for polymer characterization and to analyze polymer interactions at surfaces.
Read about how you can tell a QCM-D bulk shift from a response due to molecular adsorption.
Learn more about Quartz Crystal Microbalance with Dissipation monitoring technology, QCM-D, from a user perspective.
Read about why QCM-D bulk shifts arise and how you could plan your experiments to avoid, or account for them.
Read about the complexity of the microbiome, and resent research on how to make a better probiotic.
Read about two cases where QSense QCM-D technology was used to explore viral membrane disruption and an antiviral strategy towards pandemic preparedness.
A prerequisite for successful data analysis is good input data. Learn about the key characteristics of a quality baseline and how to get there.