The definitive guide to transitioning from manual, offline batch testing to automated, continuous biomanufacturing.
Tim Sandle explores the main factors that influence particle accumulation in pharmaceutical cleanrooms, advising how best to control risks and minimise operator contamination.
During this webinar industry experts will share practical insight and considerations for modernising pharmaceutical downstream workflows.
Cell and gene therapies are transforming modern medicine, offering new hope for patients with complex and previously untreatable diseases. As innovation advances, the industry must overcome challenges in manufacturing, regulation and scalability to unlock the full potential of these groundbreaking therapies.
Genetically modified Bifidobacterium could enhance patient response to immune checkpoint inhibitors, new clinical data suggests.
Proposal aims to modernise registration for distributed drug manufacturers, strengthening real-time transparency across the pharmaceutical supply chain.
The move strengthens Evonik’s capabilities to manufacture increasing complex APIs at its site in Lafayette, Indiana.
Acquisition set to bolster Vertex’s rare disease portfolio with addition of two potentially best-in-class endocrine assets.
The definitive guide to transitioning from manual, offline batch testing to automated, continuous biomanufacturing.
Optimal excipient choice can enhance both the therapeutic impact and patient-centricity of oral and parenteral formulations.
Manual sampling cycles leave bioreactor control decisions hours behind culture dynamics. Process Raman spectroscopy offers continuous, real-time measurement of critical parameters, enabling true closed-loop control in perfusion and continuous bioprocessing applications where measurement lag directly impacts yield and product quality.
The biopharmaceutical industry has embraced Pharma 4.0 concepts, but the measurement infrastructure required to realise autonomous facilities and continuous bioprocessing remains underdeveloped. Process Raman spectroscopy offers continuous, non-destructive monitoring at frequencies aligned with cell culture dynamics, bridging the gap between control system capabilities and available data.