11.07.25 -- Roll Call In The Oral GLP-1 Race

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.

Understand the distinct roles of CROs, CMOs, and CDMOs in the journey from molecule to market. Choosing the right partner for your drug development stage is critical for success.

Discover how composable MES helps pharma teams scale faster, enforce SOPs, and maintain data integrity while empowering frontline teams to build workflows that fit their operations.

Drug shortages have increased the burden on compounding pharmacies. Robotics and automation can streamline processes, improve accuracy, and ensure quality to address these challenges.

Oxygen heterogeneity, caused by pressure variations and other factors in large-scale bioreactors, can significantly impact cell growth and product yield.

Learn how automated environmental monitoring strengthens contamination control strategies, reduces risk, and supports intervention planning in aseptic filling lines.

Without proper handling and packaging, the efficacy of probiotics can be compromised at any point in the packaging, storage, and transportation process, impacting shelf life and effectiveness.

The FDA and PDA's recent initiatives provide frameworks and guidance for integrating AI into pharmaceutical manufacturing, emphasizing innovation, and safety.

SMC experts discuss best practices and tips across a range of topics, including program management, automation, and secondary services.

Advanced computational methods coupled with bioinformatics can be used to navigate the complexities of bioprocessing by anticipating challenges before they arise.

Find out how to evaluate microbial air samplers based on collection efficiency and flow rate accuracy, as well as key factors that support data integrity and compliance in environmental monitoring programs.

This guide helps cleanroom managers evaluate sporicides by efficacy, safety, and compatibility to ensure contamination control without compromising operational integrity.

Thermal stability testing is essential for biologics development to help ensure safety and efficacy. Explore how thermal data supports candidate selection, formulation, and storage decisions.

Unlock the potential of localized manufacturing and uncover how cutting-edge technology is transforming access to essential medications, ensuring patients get what they need.

See how incorporating small amounts of mesoporous silica during micronization can significantly enhance powder flow, thereby making subsequent blending and formulation more efficient.

Understanding the obstacles you may face during bioconjugate development, as well as the tools available to help overcome them, can help streamline your product’s path to market.

Maintain consistent yields and quality at large volumes. Examine how single-use bioreactors ensure seamless process development to production with consistent yields and quality.