Director Eli Lilly and Company Indianapolis, Indiana
This presentation covers a comprehensive, end to end approach to global analytical method standardization, focused on improving consistency, efficiency, and regulatory compliance across laboratories. It begins with a current state assessment that highlights key pain points, including method proliferation, instrumentation and reagent heterogeneity, inconsistent sample preparation practices, variable training and SOP execution, and non standardized result reporting. The presentation then defines clear standardization objectives, emphasizing harmonized global method packages, aligned validation practices, controlled naming conventions, and robust reference standard control strategies. The core of the presentation outlines a standardization roadmap, detailing how global templates, automated procedures, standardized reporting terminology, and method transfer kits can be implemented to reduce variability and simplify lifecycle management. It introduces a structured, nine step standardized analytical method validation framework, covering governance and scope definition, template creation, acceptance criteria, risk based approaches, process flow, training, automation, documentation, audits, and continuous improvement. In addition, the presentation addresses analytical procedure standardization, global to local method alignment, and a hub and spoke model for method transfer to enable efficient, consistent deployment across sites. Dedicated sections focus on attribute naming conventions, and governance and system alignment. The presentation concludes by reinforcing the business and regulatory benefits of standardization, such as reduced inter site variability, improved data integrity, streamlined method transfers, enhanced inspection readiness, and stronger cross functional collaboration.
Learning Objectives:
Describe key gaps in global analytical method execution and explain how standardization reduces variability, regulatory risk, and inefficiencies across laboratories.
Apply standardized validation, naming, and reference standard control principles to align local analytical methods with global method packages.
Demonstrate how a standardized governance and method transfer framework supports consistent execution, data integrity, and inspection readiness across global QC laboratories.