Courses of XLI cycle
| Course | Hours | ETCS | Years targeted by the course | Course description | Teachers | Mandatory | Final test |
| AI tools for biomedical data analysis | 12 | 1.5 | first | Advanced AI; Biomedical Data Analysis; Graph Neural Networks (GNNs); Transformers; Multiple Instance Learning (MIL); Multimodal Learning; Genomic Data; Whole Slide Images (WSI); Cancer Research; DECIDER Framework; Personalized Medicine | Marta Lovino | No | No |
| Methods to decode EEG | 16 | 2 | first | Preprocessing (Filters, ASR, ICA, epoching, time-frequency), basic statistical inference on ERPs (t-test, ANOVA, TFCE) and advanced methods (UNFOLD, RIDE, lmeEEG). | Antonino Visalli | Yes | No |
| Biomedical Reseach principles and methodology | 12 | 1.5 | first | Literature searches in the biomedical field: PubMed vs. AI-driven searches The issue of Predatory Journals Scientific journal selection and Bibliometric profiling of authors Open science approach: from theory to practice Publishing open access at UNIMORE How to use IRIS Unimore, the open institutional archive Open data limitations for research in humans Ethics in biomedical research: basic principles, gender and race discrimination issues Performing biomedical research abroad: opportunities and caveats | Carmela Palazzi , Nicola De Bellis, Maria Chiara Bassi, Simone Cocchi, Andrea Solieri, Raffaella Ingrosso, Valentina Davighi, Veronique Fiorini, Enrica Baldelli, Erica Molinari, Vittorio Colomba, Rossana Cecchi, Johanna Blom, Corrado Confalonieri, Serena Carra, Giulia Curia, Sandra Marmiroli, Carlo Salvarani, Marco Vinceti, Giovanna Zamboni, Ferdinando di Maggio | Yes | No |
| Methodology and Techniques for Neurophysiological Research | 16 | 2 | first | Neurobiology, Synaptic connections and neuronal properties, fMRI, Broca areas and brain functions. MRI principles, DTI, DWI, tractography, EEG, Point Neuron models and Brain virtual Twin | Daniela Gandolfi, Fausta Lui | Yes | No |
| PhD Spring School –Residential course on research methodology | 24 | 3 | first | How to write a scientific paper Study design. Measures of disease frequency. Measures of association Validity and efficiency + Sources of bias and misclassification + Introduction to confounding Statistics vs Epidemiology. Time-dependent variables and the central role of rate Beware of age at diagnosis Directed acyclic graphs (DAGs) and role of variables: confounders, effect modifiers, mediators, synergistic factors, colliders Poisson, logistic, and log-binomial regression. Survival analysis and Cox model, Time-varying counfounders. G-models. Models for correlated outcomes Data analysis in biomedical research: principles and applications | Dario Consonni, Lauren A. Wise | Yes | No |
| Scientific English | 18 | 2.5 | first | Written and oral english practices. Scientific jargon with examples | Tamara Sassi | Yes | Yes |
| Scientific writing and communicating science | 16 | 2 | second | From basic principle of scientific writing to a description of all written scientific productions (posters, reviews, case report). How to interact with peers and the peer review process | Chiara Gabbi | Yes | No |
All activities are mandatory for first-year doctoral students and optional for those in their second and third years.
