Biacore sensor chip for use when working with model membrane systems. Hydrophobic surface allows a supported lipid monolayer to form. Suitable for the study of membrane-associated …

Sensor Chip HPA is designed for interaction analysis in BiacoreTM systems. The flat hydro-phobic surface consists of long-chain alkane thiol molecules attached directly to a gold film.

It is designed to facilitate liposome mediated hydrophobic adsorption of a user-defined polar lipid monolayer. In addition to the components essential for the formation of the liposome, other …

Sensor Chip C1 and Sensor Chip PEG are low-capacity sensor surfaces without dextran matrix that can be used as alternative surfaces when there is interference from the dextran matrix.

Shop Cytiva SERIES S SENSOR CHIP HPA 1/PK   at Fishersci.com

The hydrophobic sensor chip HPA and the sensor chip L1 are used to capture lipid vesicles which differ in lipid composition and membrane receptors (proteins). After capturing analyte is …

cytiva Series S Sensor Chip HPA is designed for interaction analysis in Biacore™ systems. This sensor chip features a hydrophobic surface suitable for creating supported lipid monolayers. …

Learn about the surface plasmon resonance principle used in Biacore systems, biomolecular interaction analyses, sensorgrams, sensor chips, and more.

Ensure that the Biacore instrument is clean prior to docking Sensor Chip HPA. In addition to regular maintenance, it is important to remove all detergent from the flow system.

cytiva Sensor Chip HPA is a versatile tool for interaction analysis in Biacore™ systems. Its flat hydrophobic surface, consisting of long-chain alkane thiol molecules attached directly to a gold …