
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.
Paul Lopolito is a technical services specialist at STERIS, Mentor, OH.

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.

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.

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.

This article explores a grouping strategy for therapeutic peptides incorporating theoretical and experimental methodology and results to define a practical and scientifically justified cleaning procedure.

Rinse sample analysis or visual inspection are risk-based approaches that can be correlated to surface cleanliness to replace surface sampling in a biopharmaceutical equipment cleaning process.

Laboratory tests can determine critical cleaning parameters for passivation treatments used to prevent rouge on GMP stainless-steel equipment.

August 25th 2017

November 1st 2017