PCH Sensor Chip

SPR Sensor Chip for Fragment and Small Molecule Analysis

(Replaces COOH5) The PCH sensor chip is a high capacity three-dimensional chemistry comprised of a linear polycarboxylate hydrogel layer. This sensor chip contains a high number of carboxylic acid functional groups that allows a large amount of target to be coupled onto the surface. This enables analysis of interactions of fragments and small molecules or for targets that exhibit low binding activity.

Amine coupling is the standard immobilization method for PCH and its coupling capacity is the highest of the carboxyl sensor chips. This surface is also useful where a non-carboxymethyl dextran (CMD) based hydrogel is desired.

PCH Sensor Chips

Order Now

Related Resources

selection guide
Flyer

Octet® BLI Biosensor Selection Guide

PDF | 404.8 KB
Flyer

Octet® SPR Sensor Chip Selection Guide

PDF | 591.8 KB
SPR Fragment based drug discovery
Application Note

Fragment-Based Drug Discovery (FBDD) Using Octet® SPR OneStep® and NeXtStep™ Injections

PDF | 5.1 MB

Related Products

icon-phoenix-spr-sensor-chip

CDH Sensor Chip

High capacity three-dimensional chemistry that uses a medium length carboxymethyl dextran (CMD) hydrogel spacer with carboxylic acids

Explore More
icon-phoenix-spr-sensor-chip

CDL Sensor Chip

The CDL sensor chip is a medium capacity three-dimensional chemistry that comprises a thin carboxymethyl dextran (CMD) layer with carboxylic acids

Explore More
icon-phoenix-spr-sensor-chip

HisCap Sensor Chip

The HisCap Biosensor Is Based on a Three-Dimensional Non-Dextran Hydrogel Chemistry

Explore More

Request a Quote, Demo, or More Information

What other areas are you interested in? (select all that apply)

Request a Quote, Demo, or More Information

Related Content

icon-octet-data-analysis-ht

Applications for Label-Free Detection

Explore More
icon-instrument-service

Octet® System Service and Support

Explore More
icon-supplement

Octet® BLI Resources

Explore More

Follow Octet® on LinkedIn

Get the Latest Updates, Trends and Developments on Label-free, Stress-Free Solutions for Drug Discovery, Biologics Development and Biomanufacturing.

Follow Us Now