Validation of Analytical Methods in Biotechnology - Online Training Recording
Course No. 23138
With an Exercise about the Standardization in the Validation of Bioassays
End-to-End Lifecycle Approach
Bioassays & Potency in Focus
Bridging Classical and Modern Technologies
Target Group
This training is aimed at the following employees:
Heads and Managers of QC / Analytical Development
QA Managers and Qualified Persons (QPs)
Scientists and Project Leads in Bioanalytics and Method Validation
Experts responsible for Bioassays, Potency Testing and Reference Standards
Professionals working with automated or digital QC Systems
Regulatory Affairs specialists involved in CMC and analytical dossiers
Specialists from biotechnology companies developing proteins, mAbs and ATMPs
Objectives
In biotechnology, analytical method validation is no longer limited to demonstrating accuracy, precision and specificity at a single point in time. Current regulatory frameworks, such as EudraLex Volume 4 and the lifecycle approach described in USP <1220>, as well as the risk management principles of ICH Q9, require a science- and risk-based control strategy that covers the entire analytical lifecycle, from development and validation to ongoing performance verification, change control, and data governance.
Additionally, the growing regulatory focus on bioassays, potency testing, reference standard qualification, computerised systems and data integrity (ALCOA+) has significantly raised expectations during inspections. The growing use of automation, digital data platforms and modern analytical technologies (e.g. CE-SDS, ICIEF and LC-MS) further increases the complexity of validation concepts in biotechnology environments.
Against this background, companies must ensure that their analytical validation strategies are scientifically justified, risk-based, inspection-ready, and aligned with global regulatory expectations.
During this seminar, participants will learn how to translate regulatory requirements into practical and defensible validation strategies for biotechnology products. They will learn how to define performance characteristics that align with CQAs and the intended method of use; how to establish scientifically justified acceptance criteria; and how to assess method suitability prior to validation.
They will also learn how to validate classical protein analytical methods such as SDS-PAGE, Western blot and IEF under GMP, how to integrate modern alternatives such as CE-SDS, icIEF and LC-MS, and how to bridge the gap between technologies in a compliant manner. The seminar will also address the specific challenges of bioassay and potency assay validation, including cell-based assays and applications in advanced therapy medicinal products.
Programme
GMP Expectations for Protein Analytical Methods
Regulatory baseline: EudraLex Vol. 4 and USP analytical lifecycle requirements
Definition of performance attributes aligned with CQAs and intended use
Assessment of method suitability as a prerequisite for Validation
Scientifically justified acceptance criteria for qualitative and quantitative methods
Ongoing method performance: system suitability, trending, and change control
From Data to Risk to Validation – Quantifying Variability, Safeguarding Decisions, Statistics and Simulations in the GMP Environment
Why “from data to risk”?
Understand variability & structuring it for action
From data view to risk analysis (ICH Q9 / risk-based thinking)
Risk quantification and simulation as a reusable toolbox
Reference Substances – Characterization, Handling, Stability and much more
Types of reference substances (Ph. Eur. CRS, primary and working standards, impurity standards)
Scientific characterization and content assignment
Traceability, uncertainty, and regulatory expectations
GMP-compliant handling and lifecycle Management
Stability considerations and re-qualification strategies
Common inspection findings and practical pitfalls
Automated Systems & Robot-Assisted Workflows: Validation and Challenges
Why automation in QC is no longer a “nice-to-have”
Regulatory expectations/requirements
What makes automated workflows particularly critical
Validation of automated systems – what is different?
Challenges and best practice
Outlook for the future – AI, remote and cloud
Validation of Bioassays - Common Pitfalls and How to Avoid them
Validation principles and the different assay formats
Regulatory background for potency assay evaluation
Statistical evaluation, combination of assay results and assessing parallelism
Potency testing for cell and gene therapy products
Mastering the Methods: In-house Standards & Validation Across the Lifecycle
Holistic control strategy across the full method Life Cycle
Risk-based change control and requalification
Digital Method File as a single source of truth
Knowledge management (lessons learned) plus global harmonization via consistent in-house standards across sites
GMP Validation of Classical Protein Methods and Modern Alternatives
GMP role of SDS-PAGE, Western Blot, and IEF in identity, purity, and heterogeneity testing
Validation challenges specific to gel- and blot-based methods under GMP
Control strategies: reference standards, system suitability, and reproducibility
Integration of modern techniques (CE-SDS, icIEF, LC-MS) and regulatory bridging
Smart Evaluation, Safe Compliance: Digital Data Evaluation with Validation & Data Integrity at the Core (ELISA/Potency/LC-MS)
Ensure ALCOA+ in semi-automated workflows from sample to decision (process-first, not tool-first)
Implement digital concepts for evaluation and validation, including a centralized data lake/lab data hub for bioanalytics
Establish governance for central data platforms across the full data lifecycle, plus end-to-end change management (technical to regulatory)
Capture practical learnings: typical pitfalls and how to avoid them
Interactive Session - The Importance of Standardization in the Validation of Bioassays
Strategies for identifying and reducing assay variation
How To: Transfer of cellbased potency assays
The role of reporter gene assays as part of the release portfolio
Testimonial "I would like to express my gratitude for the professional organization of the training, the informative program, and the valuable practical knowledge shared during the webinar. The information I received is extremely useful for my professional work." Olena Yatsenko, Head of the laboratory of molecular biological methods of R&D, Biopharma Plasma LLC
Live Online Training - Validation of Analytical Methods in Biotechnology, 1-2 July 2026
Further Information
Technical Details To participate in an on demand training course or webinar, you do not need any software. The recordings are made available via a streaming server. In general, the recording is provided in MP4 format, which any PC (Microsoft Windows, Apple IOS) or tablet can easily display.
Timing and Duration When you register for the recording, you can decide on what date you want to watch the training course online. Starting from the access date you entered during the registration process, the stream will be available to you for 7 days. Within this timeframe, you can start and stop the stream according to your needs.
In time before the scheduled date (your desired date) you will receive an e-mail from us with a link for direct participation as well as your log-in data.
Please be aware: The recording does not include the Q & A sessions.
Training Course Documentation and Certificate The presentation will be made available as PDF-files via download during the online training course. After the successful completion of the online training, you are able to download the certificate of attendance.
Testimonials
