Qualification & Validation

Achieving Laboratory Compliance

Reliable laboratory results start with more than the right equipment. They depend on qualified instruments, validated methods, robust data integrity practices and a quality system that brings it all together.

This white paper provides a practical overview of the key principles and processes you need to build and maintain a compliant laboratory environment.

About This White Paper

Laboratory compliance is essential for ensuring accurate, reliable and credible results while meeting increasingly stringent regulatory and quality requirements. From data integrity and instrument qualification to method validation and quality management, every element plays a role in maintaining compliant laboratory operations.

This white paper guides you through the fundamental building blocks of laboratory compliance. It explains how Analytical Instrument Qualification (AIQ), Analytical Method Validation (AMV) and System Suitability Testing (SST) work together to support data quality, while also covering analytical method transfer and the role of a robust Quality Management System (QMS).

Whether you're establishing laboratory processes or looking to strengthen existing ones, you'll gain a structured overview of the practices that help safeguard data integrity, maintain regulatory compliance and support reliable analytical results.

Key Takeaways

• Strengthen Data Integrity with ALCOA++. Understand the principles behind attributable, legible, contemporaneous, original and accurate data, together with the additional criteria that help maintain trustworthy records throughout the data lifecycle.

• Build a Solid Foundation with Analytical Instrument Qualification. Learn how Design Qualification (DQ), Installation Qualification (IQ), Operational Qualification (OQ) and Performance Qualification (PQ) help ensure laboratory equipment is fit for purpose and consistently generates reliable data.

• Validate Analytical Methods with Confidence. Explore the structured validation process and the parameters used to demonstrate that analytical methods are suitable for their intended purpose and capable of producing accurate and reliable results.

• Ensure Reliable Analytical Method Transfers. Discover the different approaches to transferring validated methods between laboratories and the key steps required, from preparation and familiarization to formal transfer and documentation.

• Maintain Performance Through System Suitability Testing. Learn how instrument checks, reagent quality, method performance and environmental monitoring help verify that the complete analytical system continues to produce valid and reproducible results.

• Bring It All Together with a Robust QMS. Understand the key components of a laboratory Quality Management System, including document control, training, non-conformance management and risk management, and how these contribute to continuous improvement and compliance.

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About the author

Our white papers are created by experts with real-world experience and deep industry knowledge.

Download now to benefit from their valuable insights!

Ananza Vanderrijst

Senior Life Science Consultant

Ananza completed her Biotechnology degree at Ghent University in 2006, where she focused on viral resistance mechanisms in mice. She then joined Ablynx (Sanofi), a leader in Nanobody technology, where she spent nearly a decade in research and development, contributing to groundbreaking advancements in Nanobody-based therapeutics.

After her time at Ablynx, Ananza became a Project Manager at Anacura, a Contract Research Organization, where she managed diverse research and GMP projects and facilitated client collaborations over three years.

Currently, Ananza is a consultant at QbD, where she uses her expertise in qualification and validation to support life sciences companies worldwide in meeting rigorous regulatory standards.