Quality Control of mRNA/LNP Products
PharmaLab Pre-Conference Event on 23 November 2026
Objectives
Innovations in cell therapy are transforming pharma and biotech by enabling treatments for previously incurable diseases. However, traditional viral transduction methods face challenges such as limited scalability, high costs and potential immunogenicity. Virus-free approaches, particularly RNA-based technologies like mRNA and lipid nanoparticles (LNPs), offer safer and more flexible alternatives. They enable precise, transient genetic modification without risks of genomic integration.
With the rapid advancement of mRNA/LNP platforms, robust quality control becomes essential to ensure safety, efficacy and regulatory compliance. Adherence to standards such as Pharm. Eur., USP and GMP is critical. The pre-conference track on Quality Control for mRNA/LNP Products provides insights into regulatory requirements, microbiological aspects and advanced analytical methods, while facilitating exchange on current challenges and future developments.
Highlights
- Regulatory Developments and Regulators Experiences and Expectations
- Sanger Sequencing vs Nanopore
- Common issues with QC
- Latest developments in RNA analytics
- mRNA vs CAR-T
Moderators
Dr Sabine Hauck, Chair of the ECA ATMP Board
Yasmin Heynen, Labor LS
Target Audience
The Pre-Conference is directed to responsible personnel involved in Quality Control testing of mRNA or LNP based products, e.g.:
- QC and QA Managers
- Laboratory Managers
- Microbiologists, and Process Microbiologists
- Analytical & Technical Experts
- Regulatory Authorites
- R&D Professionals
Congress Registration
Early Bird Rebate: Register until 31 August 2026 and save 100 EUR per congress day.
Featured Presentations
These presentations offer a first glimpse of the conference programme. Further presentations will be added soon.
Unlocking the NGS Power for Multivalent mRNA Vaccines: Identity, Ratio Control and Future Insights
Dr Marc Francois-Heude, Aktehom
Development of a Highly Sensitive dsRNA ELISA that Minimizes the Effects by Nucleic Acid Length and Modifications
Kodai Sasamoto, Fujifilm
An Holistic Approach on dsRNA Among the Industry
Dr Roland Pach, Roche