The M4R Master’s program (Repair, Replace, Regenerate, Reprogram) is an international training programme dedicated to
new therapeutic strategies and the development of innovative health products in 4R medicine. The program is supported by two high-level research laboratories: RMeS and TarGET.
These approaches aim to replace, repair, regenerate, or reprogram cells, tissues, or organs in order to restore their biological functions. They include
regenerative medicine (tissue engineering products, cell therapies, and gene therapies),
biotechnologies (biopharmaceuticals), and
medical devices.
By nature interdisciplinary and transdisciplinary, the M4R master’s programme integrates cell biology, molecular biology, gene therapy, biomaterials science, chemistry, physics, and pharmaceutical formulation.
Over the two-year program, students can tailor their training by selecting among three possible tracks clinical research, experimental research, omics data research and analysis.
Experimental Research track : Designed for students wishing to pursue careers in academic research or biomedical research in industry.
- It develops key skills in scientific reasoning experimental methodologies, and critical analysis of data in life and health sciences
- It emphasizes experimental design, mastery laboratory techniques, and rigorous interpretation of scientific results
Clinical Research track : Designed for students wishing to translate today’s knowledge into tomorrow’s therapies.
- it develops skills required to understand pathophysiological mechanisms, design and conduct clinical studies, and evaluate new treatments or medical devices
- It focuses on clinical trial methodology, clinical data analysis, and health regulations
Research and Analysis of omics data : Designed for students wishing to specialise in bioinformatics and omics data analysis.
- It develops the skills to explore complex relationships between genes, proteins, metabolites, and other biomolecules
- It focuses on multidimensional approaches, cutting -edge computational tools, and integrative interpretation of omics datasets
Why choose this Master’s programme?
- A multidisciplinary and versatile training programme dedicated to innovative health products
- Research immersion from the first year (M1): join a research laboratory from the beginning of the program and develop strong practical and theoretical skills
- Join an excellence track labeled Master–Doctorate Programme, supported by internationally recognized research laboratories
- A high-level scientific environment
- Training in research methodology and cutting-edge technologies
- Guidance and support for pursuing a PhD
Programme Expertise
- Master the development, regulation, and investigation tools related to innovative health products in 4R medicine
- Develop Advanced Therapy Medicinal Products (ATMPs) that open new perspectives in regenerative medicine, including: cell therapy, tissue engineering (biomaterials and bioprinting strategies), gene therapy
- Design and evaluate biopharmaceuticals, such as recombinant proteins and monoclonal antibodies
- Contribute to the development of Medical Devices
Students gain a comprehensive understanding of the entire innovation pipeline, from the design to the evaluation of innovative therapies.
International Partnerships:
What mobility grants are available?
- Financial support for incoming mobility : for students currently studying abroad who are hosted in our affiliated laboratories.
- Financial support for outgoing mobility : for Master’s students undertaking an academic or research stay abroad.
Master 1:
