Basic and applied research
- Transcriptional control in inflammation, auto-immunity and tumorigenesis
- Molecular mechanism controlling cardiac hypertrophy
- Signalling pathways involved in cancer transformation, progression and resistance to therapy
- The Functional Genomics Core Facility
- Computational Biology Unit
- A Roadmap To Personalized Treatment Of Non Hodgkin Lymphomas (NHL)
- Role of the phosphoinositol kinases for heart hypertrophy and in tumor formation
- Design and testing of targeting and responsive probes for Molecular Imaging
- Genetics of skeletal and brain development, and related diseases
- Identification and functional characterization of genes involved in heme-iron metabolism
- MicroRNAs and adhesion molecules involved in tumor progression
- Molecular and cellular neuroscience
- Molecular mechanisms driving stem cell differentiation and the potential therapeutic applications of stem cells
- Morgana, a CHORD-containing protein, in tumor onset and progression
- Regenerative Medicine
- Signalling platforms in normal and transformed cells: molecular and functional characterisation and translational strategies
- The road towards vaccine that prevent tumor formation