- Molecular and structural basis of birth defects
- Hypoxia and the hypoxia-inducible factors
- Biomarkers discovery in precision medicine
- Non dystrophic myopathies: defects in calcium homeostasis in skeletal muscle
- LCE-based enhancement of engineered heart tissue maturation
- Myofibrils as a tool to dissect determinants of striated muscle contraction
- Human iPSC- derived cardiomyocytes and muscle cells as a model of inherited cardiac and muscular diseases
- Advanced Techniques in Neuroscience: optogenetics, magnetogenetics, sonogenetics
- Analysis of germline genetic variants: prediction of risk, progression of complex h. traits, and develop. of predic. models
- Drug development: from the idea to the market and beyond
- The role of the ethics committee in the different types of studies
- The mechanism of muscle contraction studied in situ
- Dual filaments regulation of muscle contraction
- In vitro mechanics of single molecule and synthetic motors
- How to study genetics in complex diseases
- The beta-adrenergic system in the retina: targeting beta adrenoceptors against retinal neovascular diseases
- Cancer Genetics
- Gene-environment interaction: from bench to bedside
- Spermatogenesis and sperm in normal and pathological conditions
- Beyond the proteome: non-coding regulatory RNAs in cell pathophysiology
- Human primordial germ cells: Origin and maturation during embryonic development
- Human primordial germ cell-like development in human hindgut organoids
- Single-Cell Omics: A Gateway to Multi-Layered Molecular Profiling
- Non-genetic optical manipulation of cardiac dynamics
- Excitation–contraction coupling and force generation in cardiac muscle (Firenze, 21-04-2026)
- Single-molecule methods in biomedical research (Firenze, 21-04-2026)
- Muscle in Conversation: Intercellular Signals in Atrophy and Chronic Fatigue Syndromes
- Cardiac multiscale bioimaging: from nano- to mesoscales
- Small-protein scaffold for targeted therapy in solid tumors