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ITEM#: 4032-SENAU10010MEM1
MFR#: SEN-AU-100-10-MEM1
Hydrophobic (MEM) Sensors contain a brush-like hydrophobic layer of long-chain alkane molecules for immobilization of lipid molecules into a monolayer structure on the sensor surface. These sensors can be used to study transmembrane receptors among o
| Product Name | Description | Item# | QTY | |
|---|---|---|---|---|
Hydrophobic Sensors Trial Pack (3 pk)
|
Hydrophobic (MEM) Sensors contain a brush-like hydrophobic layer of long-chain alkane molecules for immobilization of lipid molecules into a monolayer structure on the sensor surface. These sensors can be used to study transmembrane receptors among o | 4032-SENAU1003MEM1 | EA | |
Diagnostic Sensors (10 pk)
|
Diagnostic Sensors contain a non-functional surface coating for performing diagnostic and training routines on the OpenSPR instrument. Sensors are provided in a package of 10. | 4032-SENAU10010DIAG | EA | |
Carboxyl Sensors (10 pk)
|
Carboxyl Sensors are used to covalently immobilize biomolecules containing free primary amine groups (proteins, antibodies, aptamers and more) onto the sensor surface for analysis in OpenSPR instruments. Sensors are provided in a package of 10. It is | 4032-SENAU10010COOH | EA | |
Biotin Sensors (10 pk)
|
Biotin Sensors are used to capture Streptavidin, or biomolecules containing a Streptavidin tag onto the sensor surface for analysis in OpenSPR instruments. The biotin-streptavidin interaction is extremely strong, making this a robust and reliable imm | 4032-SENAU10010BIOTIN | EA | |
Amine Sensors (10 pk)
|
Amine Sensors are used to covalently immobilize biomolecules containing free carboxyl groups onto the sensor surface for analysis in OpenSPR instruments. Note that to couple the biomolecule to the sensor surface via EDC/NHS chemistry, the EDC/NHS act | 4032-SENAU10010AMINE | EA |