Octet® SPR Carboxymethyl Dextran High Capacity (CDH) Sensor Chip
Suitable for almost all Octet® SPR assays, the Octet® SPR CDH sensor chip is comprised of a 3D carboxymethylated dextran matrix sensor chip surface. Molecules of interest can be covalently bound to the surface using a range of different amine, aldehyde, thiol or carboxyl functional chemical groups. The Octet® SPR CDH sensor chip is one of the most widely used Octet® SPR sensor chips due to its versatility and high binding capacity, making it suitable for many diverse applications from small fragment research to large, complex molecular structures.
Top Features of the Octet® SPR Carboxymethyl Dextran High Capacity (CDH) Sensor Chip:
- High binding capacity
- Produces highly stable covalent bond
- Matrix length from gold surface: 150 nm
Popular Applications for the Octet® SPR Carboxymethyl Dextran High Capacity (CDH) Sensor Chip:
- Small, intermediate and large molecules
- LMW binding
- Price (USD):
- Item No.:
*Custom/bulk order quotes are provided within 24 hours of request.
Octet® SPR sensor chips have been specifically designed to allow generation of robust and reproducible results for every application – from large molecules, molecular complexes, viruses or whole cells to small molecules or antibody fragments.
Octet® SPR CDH sensor chips can be used for almost any Octet® SPR assay and feature target interactions with low binding activity. They are biocompatible with a wide range of molecules.
- Low molecular weight binding