Quality Control/Quality Assurance

Risk-based ADC cleaning validation must integrate degradation profiling, HBEL-aligned analytical methods, and dual large/small molecule strategies for facility safety, according to STERIS technical services director, Paul Lopolito.

Cell therapy QC bottlenecks stem from fragmented systems, for which scalable, automated ecosystems require systems-level redesign, digital integration, and mindset shift.

Abzena’s Dr. Jeffrey C. Mocny and Cellares’ Anna McMahon discuss how biopharmaceutical risk-based standards accelerate innovation and speed-to-market by leveraging data for better patient outcomes and safety.

ADC cleaning validation requires risk-based strategies to manage degradation and ensure safe limits for highly potent, dual-modality therapeutics, says Paul Lopolito, STERIS’ director of Technical Services, at INTERPHEX 2026.

Green chemistry is emerging as a strategic lever for biopharma manufacturing, enabling safer processes, efficiency gains, and long-term competitiveness.

Advances in precision analytics have pushed the needle forward in characterizing and assessing the safety and quality of next-gen biologics.

Microfluidic rapid-testing advances enhance real-time QC, strengthen compliance, and speed contamination detection across modern biomanufacturing.

This new draft guidance mandates efficient, long-term CGT postapproval monitoring using real-world evidence, registries, and decentralized models, all critical for biopharma.

The authors examine common FDA 483 findings and outline strategies to address and prevent regulatory non-compliance.

Continued process verification ensures pharmaceutical manufacturing stays in control through data analysis, trend detection, and lifecycle monitoring.

The authors propose a streamlined, efficient approach to determining specification equivalence that starts with a paper-based assessment of the methods and progresses to a data assessment for the methods under evaluation.

Solutions are emerging to manage advanced modalities and evolving regulatory requirements for viral clearance.

This paper highlights considerations based on risk that ensure ongoing success as well as improvement when applying cleaning and decontamination principles for biopharmaceutical cleanroom surfaces.

While global harmonization exists, there are still differences between the US and European GMP requirements that manufacturers should know, says Siegfried Schmitt, PhD, vice president, Technical at Parexel.

This paper outlines a systematic approach to detecting contamination through process deviations, including changes in % dissolved oxygen, pH, and metabolic patterns.

The shift toward personalized medicines poses new challenges in cleanroom protocols.

Susan J. Schniepp, distinguished fellow at Regulatory Compliance Associates, and Rona LeBlanc-Rivera, PhD, principal consultant, Regulatory Affairs at Regulatory Compliance Associates, answer some questions about FDA’s January 2025 21 CFR 211.110 guidance document.

Speaking at INTERPHEX 2025, William Wainwright, business development manager at Iwata Label USA, discusses the practical benefits of functional labels in protecting parenteral drugs.

Officially launched at INTERPHEX 2025, the Omni ASCENT is a next-generation off-site manufactured vertical utility solution that offers optimized cleanroom flexibility and efficiency.

Sherwin-Williams will showcase its advanced coating systems, which are designed to ensure safety, sterility, and efficiency in pharmaceutical manufacturing environments.

FDA is reopening the comment period for the Federal Register Notice, “Evaluating the Immunogenicity Risk of Host Cell Proteins in Follow-on Recombinant Peptide Products: Establishment of a Public Docket: Request for Information and Comments”, until March 3, 2025.

With so many personnel involved in the development and manufacture of pharmaceuticals, proper training of all staff is key to ensuring a quality product.

With this $3.6 million investment, the CDMO will strengthen its advanced labeling, automated visual inspection, and fill/finish technology.

Aseptic fill/finish of biopharmaceuticals requires an understanding of the structure and limitations of each molecule.

In this article, the authors explored the elimination of a water rinse and blow down following the caustic wash step, examining potential safety considerations, the effect on the quality of the cleaning process, and the potential benefit of implementing this change.