Octet biosensors

Biosensors, Sensor Chips, and Kits

New Octet® GlyM Kit - Explore Now

Octet Biosensors & Kits for Diverse Biomolecular Applications

Our Octet Biolayer Interferometry (BLI) Biosensors Are:

  • Ready to use, fluidics-free design
  • Available in a wide range of surface chemistries for use in a diverse set of biomolecular applications
  • Coated with a proprietary biocompatible matrix that is uniform and non-denaturing with minimal non-specific binding

Biosensors can also be customized for unique applications. Multiple layers can be bound and detected, opening a vast array of approaches to detecting and characterizing biological interactions. To date, several million biosensor assays have been run on Octet systems, attesting to the high reproducibility, accuracy, precision, and robustness of the platform. Octet biosensors are manufactured in a ISO 9001:2008 certified facility. 

Pioneer SPR Sensor Chips

We also offer a selection of surface chemistries for use on the Pioneer and Pioneer FE platforms — from amine reactive surfaces with varying capacities to pre-immobilized capture chemistries. The high quality SPR sensor chips enable researchers to optimize for a diverse array of ligand types and applications, ensuring generation of high quality data from interaction analysis studies.

Selection Guides

Selection Guide: Octet Biosensors

PDF 299.7 KB

Selection Guide: SPR Sensor Chip Selection Guide - Pioneer Systems

PDF 1.1 MB

Sartorius Solutions for Biosensors, Sensor Chips & Kits

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Anti-CHO HCP Detection Kit

For CHO Host Cell Protein Detection

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Residual Protein A Detection Kit

For Quantitation of Leached Protein A in Bioprocess Samples

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GlyM Kit

High-Throughput Screening of Crude and Purified Monoclonal Antibodies (mAb) and Protein Samples

Details
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Sialic Acid (GlyS) Kit

High throughput Glycan Screening of Crude and Purified Samples

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Anti-hIgG Fc Capture (AHC) Biosensors

For Label-Free Immobilization and Subsequent Kinetic Characterization of Human IgG or other Human Fc-containing Proteins

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Anti-Human IgG Quantitation (AHQ) Biosensors

For Determination of Antibody Concentration

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Anti-Mouse IgG Fc Capture (AMC) Biosensors

For Immobilization and Subsequent Kinetic Characterization of Mouse IgGs and other Fc-Containing Proteins

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Anti-Murine IgG Quantitation (AMQ) Biosensors

For Determination of Antibody Concentration

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Aminopropylsilane (APS) Biosensors

For Hydrophobic Immobilization of Proteins

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Amine Reactive Second-Generation (AR2G) Biosensors

EDC/Sulfo-NHS Based Immobilization for Kinetic Characterization of Primary Amine Containing Biomolecules

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Anti-Human Fab-CH1 2nd Generation (FAB2G) Biosensors

For Label-Free Detection, Quantitation, and Kinetic Analysis of Human Fab and IgG

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Anti-GST (GST) Biosensors

For Quantitation and Kinetic Characterization of GST-tagged Biomolecules

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Anti-Penta-HIS (HIS1K) Biosensors

For Label-Free Quantitation and Kinetic Analysis of His-Tagged Recombinant Proteins

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Anti-HIS (HIS2) Biosensors

For Label-Free Quantitation of HIS-tagged Proteins

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Ni-NTA (NTA) Biosensors

For Quantitation and Kinetic Characterization of HIS-tagged Biomolecules

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Protein A (ProA) Biosensors

For Determination of Antibody Concentration

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Protein G (ProG) Biosensors

For Determination of Antibody Concentration

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Protein L (ProL) Biosensors

For Whole Molecule Antibody and Antibody Fragment Quantitation

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Streptavidin (SA) Biosensors

For Kinetic Analysis, Screening, and Quantitation of Most Proteins

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Super Streptavidin (SSA) Biosensors

For Analysis of Small Molecule-Protein Interactions and Fragment Screening

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High Precision Streptavidin (SAX) Biosensors

For High Precision Quantitation and Kinetic Analysis

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High Precision Streptavidin 2.0 (SAX2) Biosensors

For High Precision and Reproducible Kinetic Characterization and Custom Quantitation

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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

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CDH Sensor Chip

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

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PCH Sensor Chip

The PCH sensor chip is a high capacity three-dimensional chemistry comprised of a linear polycarboxylate hydrogel layer

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SADH Sensor Chip

Strepavidin Immobilized in a 3D Carboxymethyl Dextran Hydrogel to Allow for the Selective Irreversible Capture of Biotin Containing Ligands

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HisCap Sensor Chip

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

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COOH1 Sensor Chip

Low Capacity 2D Surface Chemistry That Comprises a Polyethylene Glycol (Peg) Spacer Terminated With Carboxylic Acids

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