MB-Rx In-Situ Reaction Monitor
In-situ reaction monitoring analyzer
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Very good
Stabilization
Very good
Review Date: 28 Jun 2022 | ABB Analytical Measurements
Great results
Lab
Good and very effective
Review Date: 15 Mar 2022 | ABB Analytical Measurements
In situ reaction monitoring is an essential step in the chemical synthesis process. Intended for laboratories and pilot plants, the MB-Rx Reaction Monitor provides chemists with direct access to real-time experiment data via a rugged insertion probe and an intuitive software interface.
The MB-Rx is designed around the key concepts of analytical performance, reliability and simplicity. It is a plug-and-play solution that can be used at any time without requiring any consumables or maintenance!
This robust analytical solution provides real-time insight into reaction monitoring for various processes in chemical and biotechnology applications. The MB-Rx enables R&D and process development teams to look into the progress of chemical reactions as they happen. Chemical reaction in a flow or batch reactor requires a fast and efficient method to measure the consumption of reactants as well as the formation of products and by-products in order to optimize an industrial process in the shortest time possible.
Real-time FT-IR monitoring of reaction kinetics for drug design
Reversible covalent binding is emerging as a promising strategy in drug design, offering greater control over drug-target interactions while helping to reduce the risks associated with irreversible binding. Understanding how these reactions progress, reach equilibrium, and respond over time is critical for optimizing compound design and advancing safer therapeutics.
In this resource, discover how the ABB MB-Rx In Situ Reaction Monitor can simplify the study of reversible covalent binding reactions through real-time Fourier transform infrared (FT-IR) monitoring. By providing continuous insight into reaction kinetics and equilibrium without manual sampling, the system helps researchers optimize compounds more efficiently and make faster, data-driven decisions. The result is a streamlined workflow that supports the development of safer, more effective drug candidates.
Resource details:
Resource type: Application note
Page count: 2
Read time: 3 mins
