Simultaneous EEG and fMRI

Contributors 1. Physiological basics of EEG and fMRI 1.1. The relationship of synaptic events and macroscopic recordings (Christoph M Michel) 1.2. Physiological basics of the BOLD signal (Jozien Goense & Nikos Logothetis) 1.3. Why should we combine different neuroimaging methods (Avi Snyder & Marcus Raichle) 2. Technical basics of recording simultaneous EEG-fMRI 2.1. Recording EEG signals inside the MRI (Ingmar Gutberlet) 2.2. Scanning strategies for simultaneous EEG-fMRI recordings (Andy Bagshaw) 2.3. Removal of artifacts from EEG recordings (Stefan Debener) 2.4. Influence of EEG equipment on MRI image quality (Richard Bowtell, Karen Mullinger) 3. Multimodal data integration 3.1. Using ICA for the analysis of EEG data (Stefan Debener) 3.2. Using ICA for the analysis of fMRI data (Elia Formisano) 3.3. EEG-informed fMRI analysis (Markus Ullsperger) 3.4. Fusion of EEG and fMRI by parallel group ICA (Vince Calhoun) 3.5. Joint EEG-fMRI ICA decomposition (Tom Eichele) 3.6. Estimating the hemodynamic response using EEG (Jan C de Munck, SI Goncalves, P van Houdt, P Ossenblok, FH Lopes da Silva) 3.7. Integration of separately recorded EEG/MEG and fMRI (Michael Wibral, Christoph Bledowski) 3.8. Analyzing functional and effective connectivity with EEG and MEG (Stefan J Kiebel, R Moran, M Garrido, Karl J Friston) 3.9. Analyzing functional and effective connectivity with fMRI (Klaas-Enno Stephan, Karl J. Friston) 4. Applications 4.1. Linking band-limited cortical activity with fMRI and behavior (Markus Siegel & Tobias Donner) 4.2. Clinical applications: Epilepsy (Helmut Laufs) Index