Octet® Amine Reactive 2nd Generation (AR2G) Biosensors

Name: Octet® Amine Reactive 2nd Generation (AR2G) Biosensors
Brand: Sartorius
SKU: 18-5093
Price: 3880.0 USD
Availability: InStock

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The Octet^® Amine Reactive 2nd Generation (AR2G) Biosensors are designed for EDC/Sulfo-NHS based immobilization of primary amine containing biomolecules and kinetic characterization of their interactions with target analytes. The use of the AR2G Biosensors requires the Amine Coupling Second-Generation Reagent Kit (AR2G Kit, Item no.: 18-5095). Octet^® AR2G Biosensors are offered in a tray format. Each tray contains 96 biosensors. Larger orders include discounts. The 5-tray pack represents a 10% per tray discount; 20-tray case represents a 20% per tray discount.

Key Features of Octet^® Amine Reactive 2nd Generation (AR2G) Biosensors

Rapid immobilization of proteins and peptides onto the biosensor surface via a stable amide bond
Rapid assay development

Top Applications for Octet^® Amine Reactive 2nd Generation (AR2G) Biosensors

Kinetic analysis of ligand-analyte pairs

Note: This product is not returnable. If you have any issues with this product, please contact your Sartorius sales representative for assistance.

Pack Size

Price (USD):: $3,880.00
Item No.:: 18-5093
Availability:
Ships within:: 2 months
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Overview

The Octet^® Amine Reactive 2nd-Generation (AR2G) Biosensors are coated with a newly engineered biocompatible surface matrix and are designed for kinetic characterization of interactions between purified proteins, peptides or other primary amines and target analytes. Immobilization of proteins is achieved through standard EDC-catalyzed amide bond formation to create a covalent bond between a reactive amine on the protein and the carboxy-terminated biosensor surface. The AR2G biosensors deliver enhanced performance and great signal intensity during both loading (ligand immobilization) and association (analyte detection) steps of an assay, while delivering reliable kinetic values.

The AR2G Biosensors’ surface chemistry makes it amenable to a wide range of pH and salt conditions, providing robustness and flexibility during the development of regeneration conditions for higher throughput applications.

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