03.03.26 -- The Rise Of The Autonomous Pharma Plant

Examine how a novel setup enables uninterrupted long-term cell-based assays by combining CO₂ regulation and evaporation control to improve cell viability and data consistency for real-time analysis.

Failure to identify a compound’s red flags early in development often manifests as program delays or failures. Discover how to avoid these setbacks through complete molecular characterization.

Effective precision weighing systems enable users to balance product throughput, center distance, and standard deviation. Explore key considerations in this technology's development and weighing methods.

Inline buffer formulation leverages real-time, precise buffer preparation throughout production, enabling agile, efficient, and scalable manufacturing processes that save time and resources.

Uncover a cost-effective high-content immunofluorescence workflow using the Revvity Opera Phenix™ system to efficiently identify small molecule protein degraders with rich, multi-dimensional data.

To ensure compliance with EU GMP Annex 1 guidelines and drug product approval, familiarize yourself with PUPSIT: how it works, why it’s needed, and strategies to maximize success.

Computational Fluid Dynamics simulation is essential for robust biologics tech transfer. See how this predictive tool optimizes critical scale-up processes, reducing risk and expediting time to market.

Review the optimization of the manufacturing process of a pharmaceutical intermediate, as well as how yield can be improved substantially via suitable reaction engineering.

Walk through the rigorous inspection process pharmaceutical products undergo to ensure safety and quality, from granulated ingredients to packaging.

Learn to overcome solubility challenges and utilize flexible development strategies to transition innovative treatments from early-phase trials to commercialization while ensuring patient safety.

For pharmaceutical and chemical manufacturers, balancing budgets with operational needs is crucial. Find out how sourcing used equipment offers significant cost advantages over new.

A structured contamination control strategy uses the Plan, Do, Study, Act model, focusing on EMPQ, meticulous planning, trend analysis, and continuous improvement with CAPA and change control.