Table 1.
Studies reporting cerebellar findings using MEG or EEG sorted by domain, subject group, type of response and method for source localization. ∗Information obtained from personal communication.
| Authors and year | Modality | Domain | Subject group | Response | Source localization | Head model |
|---|---|---|---|---|---|---|
| Gross et al. (2002) | MEG | Motor | Neurotypical (N = 9) | Long-range EMG connectivity | Beamformer (DICS) | Single shell head model (Nolte, 2003), based on individual MRs∗ |
| Timmermann et al. (2003) | MEG | Motor | Parkinson’s Disease patients (N = 6) | Long-range EMG connectivity | Beamformer (DICS) | Single shell head model (Nolte, 2003), based on individual MRs |
| Pollok et al. (2005) | MEG | Motor | Neurotypical (N = 10) | Long-range EMG connectivity | Beamformer (DICS) | Single shell head model (Nolte, 2003), based on individual MRs |
| Jerbi et al. (2007) | MEG | Motor | Neurotypical (N = 15) | Long-range connectivity | Minimum-norm estimate | Single sphere head models based on individual MRs∗ |
| Dalal et al. (2008) | MEG | Motor | Neurotypical (N = 12) | Oscillations. ECoG used to validate results on epilepsy patients (N = 2) |
Beamformer | Multiple spheres model (Huang et al., 1999), based on individual MRs |
| Pollok et al. (2008) | MEG | Motor | Neurotypical (N = 11) | Long-range EMG connectivity | Beamformer (DICS) | Single shell head model (Nolte, 2003), based on individual MRs |
| Schnitzler et al. (2009) | MEG | Motor | Essential Tremor patients (N = 8) | Long-range EMG connectivity | Beamformer (DICS) | Single shell head model (Nolte, 2003), based on individual MRs |
| Wilson et al. (2010) | MEG | Motor | Neurotypical children and adolescents (N = 10) | Oscillations (beta band) | Beamformer (DICS) | Single shell head model, based on individual MRs∗ |
| Marty et al. (2018) | MEG | Motor | Neurotypical (N = 11) | Long-range connectivity | Beamformer | Single shell head model (Gramfort et al., 2013), based on individual MRs |
| Torres and Beardsley (2019) | EEG | Motor | Neurotypical (N = 15) | Event-related potentials | Minimum-norm estimate | Three-layered Boundary Element Method (OpenMEEG; Gramfort et al., 2010), based on template brain with individual electrode locations |
| Reyes et al. (2005) | EEG | Audition | Neurotypical (N = 9) | Steady-state response | Minimum-norm estimate (LORETA) | Three-layered Boundary Element Method (Curry 4.5 Neuroscan Labs Inc., El Paso, TX), based on template brain with individual electrode locations |
| Herrojo Ruiz et al. (2017) | MEG | Audition | Neurotypical (N = 21) | Oscillations (theta and beta bands) | Dipole fitting | Single shell head model (Gramfort et al., 2013), based on individual MRs |
| Cao et al. (2017) | MEG | Audition | Neurotypical (N = 10) | TMS and event-related fields | Minimum-norm estimate (eLORETA) | Single shell head model (Nolte, 2003), based on individual MRs |
| Tesche and Karhu (1997) | MEG | Somatosensation | Neurotypical (N = 4) | Event-related fields. | Dipole time course estimation | Single shell head model (Hämäläinen and Sarvas, 1989), based on individual MRs |
| Tesche and Karhu (2000) | MEG | Somatosensation | Neurotypical (N = 9) | Event-related fields and oscillations. | Dipole time course estimation | Single shell head model (Hämäläinen and Sarvas, 1989), based on individual MRs |
| Hashimoto et al. (2003) | MEG | Somatosensation | Neurotypical (N = 12) | Event-related fields | Beamformer | Single sphere head model, based on individual MRs |
| Andersen and Lundqvist (2019) | MEG | Somatosensation | Neurotypical (N = 20) | Oscillations (theta and beta bands) | Beamformer (DICS) | Single shell head model (Nolte, 2003), based on individual MRs |
| Jousmäki et al. (1996) | MEG | Visuomotor | Neurotypical (N = 8) | Event-related fields | Dipole fitting | Single sphere head model, based on individual MRs |
| Bourguignon et al. (2013) | MEG | Visuomotor | Neurotypical (N = 10) | Long-range connectivity | Beamformer (DICS) | Not indicated |
| Cebolla et al. (2016) | EEG | Visuomotor | Astronauts in space and on Earth (N = 5) | Oscillations (alpha band) | Minimum-norm estimate (swLORETA) | Boundary element method, layers not specified, based on template MR |
| Guggisberg et al. (2008) | MEG | Cognition | Neurotypical (N = 10) | Oscillations (Gamma) | Beamformer | Multiple spheres head model, based on individual MRs |
| Guggisberg et al. (2011) | MEG | Cognition | Neurotypical (N = 11) | Oscillations (Gamma) | Beamformer | Multiple spheres head model, based on individual MRs |
| Styliadis et al. (2015) | MEG | Emotion | Neurotypical (N = 12) | Oscillations (Gamma) | Beamformer (SAM) | Multiple spheres head model, based on individual MRs |
| Niedermeyer and Uematsu (1974) | EEG | Epilepsy | Epileptic patients (N = 3, ages 16, 18, 34) | Ictal and apparently normal sleep/drowsiness waveforms | Simultaneous intracranial EEG | None |
| Mohamed et al. (2011) | MEG | Epilepsy | Epileptic child (N = 1) | Ictal and validated with iEEG | Beamformer | Not indicated |
| Lascano et al. (2013) | EEG | Epilepsy | Epileptic child (N = 1) | Intal and interictal. | Minimum-norm-estimate (LAURA) | Spherical Model with Anatomical Constraints (Spinelli et al., 2000) with individual MR |
| Elshoff et al. (2013) | EEG | Epilepsy | Epileptic children (N = 11) | Ictal | Beamformer (DICS) | Five-concentric-spheres model with a single sphere for each layer corresponding to the white matter, grey matter, cerebral spinal fluid (CSF), skull and skin, based on individual MRs |
| Kujala et al. (2007) | MEG | Reading | Neurotypical (N = 9) | Oscillations (alpha) and phase coupling | Beamformer (DICS) | Single-layer Boundary Element Method, based on individual MRs∗ |
| Brookes et al. (2011) | MEG | Resting state | Neurotypical (N = 10) | Independent components | Beamformer | Not indicated |
| Wibral et al. (2011) | MEG | Auditory memory | Neurotypical (N = 22) | Oscillations (Gamma) and transfer entropy | Beamformer | Single shell head model (Nolte, 2003), based on individual MRs |
| Lin et al. (2019) | Optically pumped magnetometers | Air-puffs to the eyes | Neurotypical (N = 3) | Event-related fields and oscillations | Dipole fitting (event-related fields) and beamformer (oscillations) | Single shell head model (Nolte, 2003), based on individual MRs |