This In-Depth Focus explores how BPCs, RMMs and AI-enabled analytics are being evaluated as a tool to enhance aseptic manufacturing, bioburden testing and monitoring.
This in-depth focus features articles on rapid microbiological methods, quality control, and using AI to read agar plates.
Doug Botkin, PhD Scientific Portfolio Specialist from Charles River Laboratories, examines how modern microbial ID tools can enhance contamination control strategies and the benefits an outsourcing partner can provide.
Pharmaceutical manufacturing takes centre stage on Day three of The Future of Bio/Pharmaceutical Analysis Virtual Summit 2026 as speakers examine how digital technologies, artificial intelligence and advanced production methods are reshaping what is possible in the field.
Automation, precision, and sustainability – Shimadzu’s MultiNA II MCE-301 redefines microchip electrophoresis, delivering faster, greener, and more reliable DNA and RNA analysis for QA/QC and research laboratories alike.
Microbial monitoring is an essential step for complying with GMP regulations in aseptic pharmaceutical manufacturing. For air monitoring, active air samplers must efficiently collect viable particles and be validated according to EN 17141 or ISO 14698 requirements. Efficiency can be determined by flow rate accuracy and sampling time, which together ...
The MAS-100 Libra® is an automated passive air sampling system for cleanrooms, combining reliable microbiological monitoring with preserved laminar air flow, while supporting continuous air monitoring in line with the Annex 1 (EudraLex 2022) requirement for critical areas.
Quality management in Industry 4.0 is becoming more data-driven and integrated across the product lifecycle. However, fragmented systems and limited visibility continue to make consistent performance difficult.
Manual endotoxin testing workflows can introduce variability and restrict scalability in quality control laboratories. This application note examines how automated high-throughput systems address these challenges in water testing.
Routine ion chromatography workflows are often time-consuming and manual, making efficiency and consistency difficult to maintain. This application note explores how automation can simplify IC workflows and support more reliable routine analysis.
This In-Depth Focus explores how BPCs, RMMs and AI-enabled analytics are being evaluated as a tool to enhance aseptic manufacturing, bioburden testing and monitoring.
A practical guide to interpreting microbial isolates during EMPQ and water system qualifications
EPR Issue 1 includes articles on manufacturing, drug delivery, environmental monitoring, analytical techniques and more.
Spore.Bio illustrates an AI-native, rapid microbiological method (RMM) that offers simultaneous viable quantitation and microbial identification capabilities suited to a range of applications including bioburden tests and environmental monitoring.
Sartorius BIA Separations illustrates a promising alternative approach for efficient lentiviral vector purification that delivers a scalable, GMP-ready biomanufacturing solution.
AI/ML is not replacing formulation scientists or process engineers; it is just amplifying their expertise.
EPR Issue 4 includes articles on manufacturing, AI/ML, vaccine development, biologics and more.
This article answers some key questions about the need for environmental management in packaging, focusing on moisture and odour control, and the solutions available to achieve it.
This in-depth focus features articles on rapid microbiological methods, quality control, and using AI to read agar plates.