GMP Development

The GMP Development Unit converts highly manual academic laboratory procedures into GMP-compliant manufacturing processes to obtain official manufacturing authorization for the production of clinical trial samples, including (semi-)automated equipment and solutions.

We also have extensive knowledge and experience in the establishment and optimization of new analytical methods (e.g. cytotoxicity or efficacy assays) and the documentation and evaluation of all manufacturing- and quality-related data under GMP-like conditions.

Main competencies

GMP process design, optimization & automation

  • Feasibility studies & tests of equipment and individual process stages
  • Process design & adjustment (e.g., increase in production scale)
  • Progression of academic laboratory procedures into GMP manufacturing processes
  • Consulting on the selection of raw and starting materials incl. procurement
  • Reduction of manual process steps for faster and automated production

Implementation and development of quality controls

  • Automated performance of standard cell analyses (e.g., cell count, viability, metabolites)
  • Molecular and cellular phenotyping of the desired target cells (e.g., ddPCR, flow cytometry)
  • Development of IND-specific cytotoxicity and potency assays
  • Consultation on regulatory requirements

GMP training

  • Specialized trainers with hands-on experience in GMP manufacturing of cell and gene therapies (e.g., CAR-T cell therapies)
  • GMP basic training, courses for good documentation and sterile work in the laboratory
  • Customized training courses on the basics of GMP production of cell and gene therapies

Projects

Development of an optimised cryopreservation process for the production of standardized leukapheresis products as the starting material for the development of novel immunotherapies

Inactivation of therapeutic immune cells by low-energy electron irradiation

Anti-tumor activity effectively mediated by car macrophages

REANIMA – New-generation cardiac therapeutic strategies directed to the activation of endogenous regenerative mechanisms

TCR-modified NK cells for adoptive immunotherapy in cancer patients

Development of AI-driven ATMP production facility for hospitals

Automated production technologies for mRNA-based drugs