09.18.26 -- Focusing On Quality Unit Independence With Tatyana Matveeva, Ph.D.

Rigorous multi-cycle stress testing and environmental validation ensure manufacturing hardware delivers uncompromising reliability for critical processing workflows.

High-potency therapies demand stringent containment and worker safety. Discover how scalable, modular infrastructure simplifies compliance and protects product integrity in regulated facilities.

Preventive maintenance keeps bioprocessing operations steady. Understand why routine service is essential for reliability, safety, and long‑term efficiency across modern manufacturing environments.

Efficiently collecting sufficient peripheral blood stem cells is paramount for successful transplantation, necessitating a deeper understanding of influencing factors and procedural nuances.

Traditional quality reviews often fall short in today’s data-heavy environment. A real-time, digital-first approach enables faster insights, stronger compliance, and more proactive quality management.

Modernize visual inspection workflows by linking qualification records directly to real-time scheduling tools, eliminating compliance risks and manual record-keeping drift.

Two types of recombinant endotoxin testing reagents are now available, each with distinct regulatory standing across pharmacopeias and implications for global method validation.

Stop the cycle of "click-through coma" in GXP training. See how scenario-based learning and role-specific curricula reduce compliance risks and drive meaningful engagement.

Quantitative enzyme indicators complement biological indicators to deliver rapid, site-specific lethality data for VPHP decontamination validation.

Explore how integrated PCR-based workflows provide the specificity and speed necessary to safeguard your cell matrix and ensure regulatory compliance.

With most drug candidates failing before approval, researchers need better ways to predict human responses. Gain insight into how advances in human-relevant modeling are helping improve decisions.

Examine how gel-based isoelectric focusing separates proteins by isoelectric point and supports IgX diagnostics, antibody quality control, and visualization of post-translational modifications.

Digital PCR offers a precise, scalable approach to lentiviral vector characterization, enabling reliable genome titer, vector copy number, and RCL detection while reducing variability.

Take a look at how quality, validation, and IT teams can prepare for the next generation of AI governance in regulated manufacturing. 

ADCs and next-generation conjugates demand precise control of DAR and analytical strategies. Learn how evolving techniques support accurate characterization and ensure consistent performance.

A thorough and adaptable analytical strategy is essential for navigating the complex mAb market. This approach boosts the likelihood of market approval and unlocks the full potential of these therapies.

Scientific work depends on more than data. Find out how connected process context, decision logic, deviation tracking, and workflow orchestration can help teams improve traceability and execution.

Explore how extracellular secretion and non-canonical amino acid incorporation create controlled conjugation sites on vaccine carrier proteins while simplifying purification and maintaining high-titer expression.

Delve into how existing partnerships with NIH allowed the chance to bring together government, academic, and industry resources through strategic initiatives that streamline processes.

True Annex 1 compliance requires a facility-wide contamination-control culture. Discover how rigorous risk awareness shapes behavior at every touchpoint across a manufacturing environment.