"G. d'Annunzio"
The student should have basic knowledge on the structure and functioning of the brain
The course contributes to the achievement of the educational objective of the Psychology course by providing students with the tools for understanding the methodologies used in cognitive neuroscience for the study of the brain in vivo and the relationships between the brain and behavior. The students must be able to demonstrate: 1. to have acquired knowledge and understanding of the use of investigation techniques in cognitive neuroscience; 2. to have acquired the ability to elaborate and apply original ideas, also in a research context, in the field of cognitive neuroscience; 3. to have acquired the ability to understand the most frequently used experimental protocols in cognitive neuroscience and to know how to solve theoretical and practical problems encountered in the use of technology dedicated to the study of the brain in vivo; 4. to have acquired the ability to integrate knowledge and manage complexity in the study of human behavior, as well as to be able to formulate hypotheses on physiological and pathological brain functioning starting from behavioral or neuroimaging data; 5. to have acquired the ability to communicate their knowledge and ideas on normal and pathological human behavior in a clear and unambiguous way to specialist and non-specialist interlocutors; 6. to have acquired the ability to explore in a self-directed or autonomous way the topics of their interest.
1. Theoretical and methodological introduction to the study of brain activity 2. Radiographic methods 3. Neurophysiological methods (EEG, MEG) 3. Magnetic resonance techniques (MRI, fMRI, DTI) 5. Optical neuroimaging (NIRS) 6. Methods of nuclear medicine 7. Stimulation methods (TMS, TDCS and TACS)
1. Theoretical and epistemological foundations 2. Methodological foundations 3. Fundamentals of radiation physics 4. Radiographic methods 5. Magnetic resonance methods: physical principles 6. Magnetic resonance methods: anatomical techniques 7. Magnetic resonance methods: functional techniques 8. Methods of nuclear medicine 9. Neurophysiological methods 10. Stimulation methods in neuroimaging studies 11. Concluding remarks Appendix: Basic concepts of statistics for experimental research
K. Sacco (edited by). Neuroimaging for the study of the human brain. II Edition. Idelson-Gnocchi. Additional teaching material made available by the teacher on the course pages on the E-Learning platform.
Teaching is structured in 48 hours of frontal teaching, divided into 3-hour lessons, twice a week, based on the academic calendar. Attendance is optional, however, given the complexity of the topics covered, it is strongly recommended.
The exam will be oral.
It is recommended to visit the e-learning page of the module regularly. The e-learning page will be used to upload lecture’s slides, additional readings and material, exam samples.