Structural Biology
Where molecules reveal mechanisms
WHAT
Focus
Students explore how proteins, nucleic acids, and molecular complexes function through their three-dimensional architecture, gaining the expertise to visualize, model, and understand the molecular foundations of life. The program integrates experimental and computational approaches—from protein folding and molecular interactions to large-scale assemblies and dynamic complexes—bridging biophysics, structural bioinformatics, and cryo-electron microscopy. By learning how structure informs function, students acquire the skills to decipher biological mechanisms at atomic detail and translate these insights into biomedical and therapeutic innovation.
HOW
Approach
Learning unfolds through a synergy of theoretical instruction and experimental immersion. Students gain hands-on experience with cutting-edge techniques such as X-ray crystallography, cryo-EM, NMR spectroscopy, and molecular dynamics simulations. Advanced courses in computational modeling and structural data analysis are complemented by seminars and research projects in world-class laboratories. Workshops and participation in international conferences strengthen critical thinking and communication in structural sciences.
WHERE
Environment
Excellence is supported by leading centers: the Human Technopole (HT) with cryo-EM and genomics platforms; the European Institute of Oncology (IEO), a hub for structural studies in cancer biology; and IFOM, recognized for advanced electron microscopy and imaging.
WHO
People
This module is for students fascinated by how molecules work—those who combine curiosity about biological mechanisms with a passion for precision, visualization, and quantitative analysis. Whether building atomic models, simulating molecular dynamics, or interpreting experimental maps, students develop the skills to reveal the molecular choreography of life and to contribute to breakthroughs in health, biotechnology, and medicine.