04.22.26 -- From QM To QMM For AI-Assisted Pharmaceutical Manufacturing Operations

Explore ethical and regulatory challenges in neurological gene therapy trials, with expert insights on IRB/IBC collaboration, consent protocols, and oversight for vulnerable populations.

Contamination control requires precise validation and procedural rigor. Learn the essential steps and techniques necessary to maintain product safety and meet regulatory standards.

Optimize AAV and lentivirus workflows with strategic filtration. This analysis provides practical guidance on implementing PUPSIT to ensure GMP alignment and superior therapeutic quality.

Read how a molecular genetics team improved NGS efficiency and library quality through streamlined automation, intuitive QC tools, and reliable workflows, boosting reproducibility.

How can you address the decontamination challenges associated with isolated fill-finish operations? New innovations are being implemented to ensure superior sporicidal reduction and operational safety.

Understand the technical and operational roadmap for acquiring pharmaceutical labeling systems. Review the details of the procurement process to ensure your equipment meets production demands.

Current advances in cell, gene, and tissue therapies require a rethinking of how—and where—cleanroom manufacturing facilities could be built, enabling more options for sponsor process control.

Efficient hcDNA removal is vital for therapeutic safety and compliance. Discover how salt-active enzymes support high-salt purification workflows to help manufacturers meet strict regulatory standards.

Uncover how sponsors, CROs, and study monitors can navigate FDA expectations and Institutional Review Board (IRB) requirements when integrating AI and Software-as-a-Medical-Device into clinical trials.

ATMPs challenge existing E&L practices in single-use manufacturing. Gain expert insight into regulatory gaps, risk management needs, and the urgency for tailored approaches.

Achieving sterile excellence requires more than just rigid protocols. Learn how to foster a proactive mindset across your entire organization to ensure long-term facility integrity.

Match fluorochromes with lasers for precise flow cytometry. Compare brightness levels, antigen pairing recommendations, and tips to reduce nonspecific binding for optimal panel design and reliable results.