"G. d'Annunzio"
Elementary physics and mathematics
Provide with the basics for the understanding of the functioning and the potentialities of the principal techniques for the imaging of the brain
Physical and mathematical principles, instrumental and experimental methods, and application examples of the principal techniques for brain imaging, from the anatomical, physiological, and metabolic point of view
General imaging principles Fundamentals of electromagnetism and bio-electromagnetism Elements of atomic and nuclear structure Interaction of radiation with biological tissues Computed tomography Nuclear magnetic resonance Magnetic resonance imaging Functional magnetic resonance imaging Diffusion magnetic resonance imaging Perfusion magnetic resonance imaging Spectroscopy magnetic resonance imaging Positron emission imaging and tomography Electroencephalography for brain mapping Magnetoencephalography for brain mapping
currently under evaluation
class-taught lectures, journal club, experimental sessions
multiple choice test
lecture slides available on elearning platform
