UTHSCSA Center for Surface Plasmon Resonance (CSPR)
Sensor chips
| CHIPS and ORDER CODE | APPLICATON AREAS |
REGENERATION
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SPECIFICATIONS | ||||||||||||||||||||||||||||||||||||
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CM5
BR-1000-14 (pkg of 3) |
For quantitative studies involving proteins, carbohydrates, lipids and nucleic acids |
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None specified | ||||||||||||||||||||||||||||||||||||
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SA
BR-1000-32 (pkg of 3) |
Sensor chip SA is designed to bind biotinylated molecules as an alternative to other ligand coupling methods |
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NTA
BR-1000-34 (pkg of 3) |
Sensor chip NTA is designed to bind histidine-tagged molecules for interaction analysis. Immobilization of ligands via histidine-tages provides a valuable and convenient methodological interface for BIA analysis and other laboratory techniques that rely on His-tags. | No specific regeneration solutions given |
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HPA
BR-1000-30 (pkg of 3) |
The surface of sensor chip HPA is composed of long-chain alkanethiol molecules that form a flat, quasi-crystalline hydrophobic layer, 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 membrane bound molecules can also be incorporated. These molecules remain embedded in the lipid monolayer after the liposome mediated hydrophobic adsorption process is completed and give a particular binding specficity to the surface of sensor chip HPA. A complete coverage of the surface with a polar lipid monolayer will practically eliminate non-specific hydrophobic binding of proteins and provide a surface suitable for interaction studies performed in an aqueous, detergent-free environment. | No specific regeneration solutions given | No specifications given |