As biologic drug formats grow more sophisticated, scalable success depends on embedding manufacturability, analytics and quality thinking into molecular design from the very beginning of development.
As chemotherapy use declines and targeted therapies assume a larger role in cancer treatment, researchers are looking beyond response rates to focus on real-world feasibility and reducing treatment burden for patients.
Join Waters Corporation on the 23rd September for their webinar on the latest developments in nitrosamines testing, evolving regulatory expectations, analytical challenges, and advanced LC-MS/MS strategies for sensitive detection and risk assessment.
EPR’s 2026 nitrosamines report covers the key developments in manufacturing, quality, regulation, analytical development and beyond.
US authorisation illustrates how targeted therapies can reshape outcomes in cancer patients even in the most aggressive forms of the disease.
Potential first-in-class treatment HM17321 offers a non-incretin mechanism of action and differentiated profile from existing GLP-1-based treatments for obesity.
European approval of the IGF-1-derived small molecule analogue offers a new option for patients aged five and over with the rare neurodevelopmental disorder.
Advances firm’s end-to-end drug manufacturing capabilities in the US, doubling the size of the existing facility at its Hillsboro, Oregon campus.
Pharmaceutical quality control laboratories face growing pressure to strengthen data integrity as regulators scrutinise incomplete records, manual data entry, and disconnected systems.
Join USP to explore the latest approaches to organic impurity analysis and scientific solutions to support pharmaceutical quality, including regulatory expectations and practical applications of the USP Reference Standards.
Join this webinar to discover how modern QA/QC laboratories are embracing digital transformation to enhance compliance, workflows and data integrity to build a more connected, future-ready pharmaceutical quality ecosystem.
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.