Here we present how biomolecular interactions can be analyzed using QSense® QCM-D technology and what information QCM-D measurements offer.
Here we present a summary of how protein adsorption to a silicone oil/water interface was analyzed in the presence and absence of surfactant.
Studying protein interaction with various surface materials and at different solution conditions, the conditions that minimize adsorption can be identified. Here we show you one way to do this assessment.
Proteins tend to passively adsorb to surfaces. The amount adsorbed depends on many factors such as the protein itself, the ambient conditions and the surface material. So how can the adsorbed amount at these various conditions be assessed? Here we show how protein adsorption can be quickly measured.
Adsorption and desorption phenomena are important to study in e.g. surface science and bio-related applications, where molecules are interacting with surfaces.
Proteins are vital for life and perform a wide range of essential biochemical tasks in all living organisms. It is important that the proteins are correctly folded and functional. However, sometimes the control mechanisms fail and accumulated aggregates transform into protein megastructures.
Blood-material interactions are critical for performance and biocompatibility of implantable medical devices used in thousands of patients daily.
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