UV-based PAT could enable continuous protein purification
A multi-wavelength UV-based process analytical technology (PAT) could significantly reduce downstream protein purification timelines.
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A multi-wavelength UV-based process analytical technology (PAT) could significantly reduce downstream protein purification timelines.
EPR highlights the development of a model to predict dissolution of sustained release formulations based on Raman process analytical technology (PAT) sensor data that could enable real-time release testing.
A novel flow reactor platform was able to self-optimise a range of variables within a multi-step reaction by leveraging process analytical technologies (PAT) and chemometric models.
The Thermo Scientific™ Ramina™ Process Analyzer is a compact and portable Raman spectrometer. This all‑in-one system is purpose-built for rapid deployment, ease of use, and scalability in markets where time-to-results is critical.
Despite the promise of biofluorescent particle counters (BFPCs) as an alternative and rapid microbiological method and process analytical technology, their implementation thus far has predominantly occurred in non-GMP environments. In this article, EPR’s Hannah Balfour explores the reasons, with comment from Mike Russ, Senior Manager, Head of QCLS/Analytical Science and…
Researchers have developed a rapid, label-free process analytical technology, called the anomaly detection model, to monitor microbial contamination in cell cultures in near-real-time.
A data collection study provides a product quality dataset that could form the basis of advanced analytical models to predict final product quality.
Download this whitepaper to discover the latest developments and research in QA/QC for biologic therapies via exclusive articles, interviews and application notes.
Researchers review how miniaturised process analytical technologies (PAT), microfluidic affinity assays and microchip capillary electrophoresis, enhance bioprocess monitoring and control.
Machine vision-based concentration determination enabled the accurate real-time monitoring and control of continuous powder blending.
New research shows co-processed excipient is superior to non-co-processed when using near infrared (NIR) process analytical technology (PAT) to monitor direct compression tableting.
The biopharmaceutical industry is driven by the need to increase production and reduce costs, while maintaining product quality – and has increasingly been focused on intensification of processes to accomplish this goal. In this article, European Pharmaceutical Review’s Hannah Balfour summarises the potential benefits of implementing continuous bioprocessing and manufacturing…
Optical spectral measurement tools are extremely useful both for in-line measurements in process analytical techniques (PATs) as well as for evaluating the composition of finished substances. Here, CPI’s Lukas Kuerten and Rachel Findlay demonstrate a valuable method for gaining useful information from spectral data.
Download this in-depth focus to discover why shifting away from traditional bioproduction and drug delivery systems could allow antibodies to reach their full potential and how Raman spectroscopy can give useful insights into your processes.
Here, David Leitham, senior vice president and general manager at AspenTech, explains how implementing PAT pushes the industry towards Pharma 4.0.