NMR for (Bio)Process Analytical Technology (PAT) Control
High- and low-field NMR enable PAT with high sensitivity and resolution, real-time reaction and bioprocess monitoring, and integration to support compliance.
NMR is integral to (Bio)Process Analytical Technology (PAT), providing high sensitivity and resolution for monitoring, understanding, and optimizing chemical and bioproduction workflows. The integration of flow-compatible solutions, such as the InsightMR tube - adaptable for both high-field and low-field NMR - enables real-time, application-specific process monitoring. Complementary automated off-line workflows using conventional NMR tubes and autosamplers can further support high-throughput sample analysis and process characterization.
These platforms deliver continuous spectral data, allowing researchers to assess conditions in real time, resolve challenges promptly, and fine-tune reaction or fermentation processes to maximize yield and maintain product integrity.
NMR-based PAT supports process development and scale-up by providing analytical insight that improves process understanding and reproducibility across different stages of development.
The RxnLab and RxnLite benchtop systems advance these benefits by bringing NMR measurements closer to the reaction, enabling robust spectral analysis, regulatory compliance and streamlined data integration for faster process insight.
High-field NMR PAT offers heightened sensitivity and resolution, detecting low-abundance species and facilitating detailed analysis of complex mixtures. This capability supports advanced reaction monitoring and deeper bioprocess insights.
Collectively, these NMR technologies contribute to precise process control and accelerated development in alignment with Quality by Design (QbD) principles, supporting more efficient, scalable, and forward-thinking solutions for the pharmaceutical and biotechnology sectors.
