Molecular Therapy
Designing molecules, redefining medicine
WHAT
Focus
Students learn how molecular discoveries are transformed into therapeutic strategies—from gene and cell therapies to RNA- and protein-based drugs. The program trains them to understand and engineer molecules that correct, modulate, or replace biological functions, integrating biology, chemistry, and biotechnology to bridge fundamental science with translational innovation. Covering gene editing, nucleic acid therapeutics, targeted drug design, and delivery systems, we equip students with the expertise to design, test, and translate molecular interventions, preparing them to contribute to the next generation of precision and regenerative therapies.
HOW
Approach
Learning combines theoretical grounding in molecular biology and pharmacology with hands-on research in therapeutic design and validation. Students work with cell-based models, molecular engineering, and preclinical development pipelines, gaining direct exposure to how discoveries move from the lab to the clinic. Workshops, seminars, and collaborations with biotech and clinical centers foster both scientific and translational competence.
WHERE
Environment
The area is supported by a network of leading centers in molecular and translational medicine. Humanitas and the Telethon Institute of Genetics and Medicine (TIGEM) drive innovation in immune and gene-based therapies, while IFOM and the Italian Institute of Technology (IIT) advance molecular mechanisms, bioengineering, and delivery systems. Alongside, the European Institute of Oncology (IEO) and the National Institute of Molecular Genetics (INGM) link molecular discovery to clinical application, creating a collaborative environment where science meets therapy.
WHO
People
This module is for students inspired by the idea of designing cures at the molecular level—those who want to connect scientific creativity with therapeutic impact. Whether working on gene editing, targeted delivery, or molecular diagnostics, they develop the skills to bridge research and real-world medicine.