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Surface Science Blog You have only scratched the surface.

Malin Edvardsson

Malin Edvardsson

Malin graduated in engineering physics in 2006, where her research focused on the QCM-D technology. Since then, she has been scrutinizing the how’s and why’s of the world in general, and the world of QCM-D in particular.

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~ 14 min

Analyzing bacterial adhesion in the gut to strengthen the health-promoting properties of probiotics

Read about the complexity of the microbiome, and resent research on how to make a better probiotic.

< 17 min

Using QCM-D in the development of broad-spectrum antiviral drugs

Read about two cases where QSense QCM-D technology was used to explore viral membrane disruption and an antiviral strategy towards pandemic preparedness.

~ 5 min

The sensitivity distribution at the QCM crystal surface

Read about the QCM mass sensitivity distribution, what it looks like and how it affects the quantification of the data.

> 15 min

A set of technologies to use in a biointerfaces lab

The range of technologies that could be used in a biointerfaces lab is vast. We talked to Dr. Jenny Malmstrom, University of Auckland to learn more.

~ 10 min

Combined QCM-D and Ellipsometry – how to setup the data capture

Read about how to setup the data capture of a combined QCM-D and ellipsometry measurement.

< 4 min

7 analytical methods for model membrane characterization

To characterize model membrane platforms, such as vesicles, monolayers, and bilayers, it is often necessary to use more than one analysis method.

< 7 min

QSense analysis in virus research – a user case example

Read about how QSense technology can be used in virus research and how the QCM-D data helps analyze the competition for membrane receptors

< 9 min

QCM-D vs SPR – comparing information output

Read about the differences and similarities in information output between QSense QCM-D and standard SPR.

> 6 min

Characterize vesicle-surface interaction with QCM-D

Learn about how QSense QCM-D is used to monitor vesicle inter­action with solid substrates and to characterize surface-adsorbed vesicle layers.

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