Advanced fMRI
Volledige vakbeschrijving
Building on the course Neuroimaging, this course will examine advanced topics of fMRI methodology and applications. In the first week, students learn how knowledge about vascular effects may help to detect BOLD artefacts. In the second week, the principles of real-time fMRI will be presented. This is followed by an overview of fMRI neurofeedback studies and a discussion of its use as a new therapeutic tool. In addition, machine learning techniques for the real-time decoding of mental states and the application of these techniques in brain-computer interfaces will be discussed. In the third week, students examine advanced methods to establish correspondence between different brains. The course also discusses the importance of brain normalisation for random-effects statistical analysis, creation of probabilistic atlases and meta- analyses. In the fourth week, the possibilities and challenges of ultra- high field fMRI will be discussed focusing on studies with sub- millimeter spatial resolution aiming to unravel the columnar and laminar organization of the cortex.
Doelstellingen van dit vak
Knowledge of: Effects of vascular system on the interpretability of the BOLD fMRI signal; real time fMRI data analysis during ongoing experiments; possibilities and limitations of fMRI-based brain-computer interfaces (BCIs); fMRI neurofeedback training as a new therapeutic tool; real-time decoding of mental states; advanced methods of brain normalisation; opportunities and challenges of high-resolution fMRI at ultra-high magnetic field strengths.
Voorwaarden
Research master course ‘Neuroimaging’.
Aanbevolen literatuur
Journal articles, book chapters.