Christoph Martin Michel

This study examines how focused-attention meditation modulates brain microstate dynamics, showing reduced Microstate C and increased Microstates D and E in experienced practitioners.

This study investigates how epileptic networks develop in a rodent model of temporal lobe epilepsy and shows that silencing one hippocampal region does not prevent network progression.

This study investigates how remote brain regions influence epileptic activities in a mouse model, finding that the contralateral hippocampus is critical for sustained seizures but not transient spikes.

This paper introduces a framework to analyze brain activity's spectral content in time and space, revealing how integration and segregation mechanisms operate at different frequency bands and relate to behavior.

This study uses high-density EEG to examine eye-gaze processing in adults with ADHD, finding neural abnormalities in attention-sensitive ERP components.

This study examines EEG microstate dynamics during propofol-induced loss of consciousness, finding a U-shaped change in sequence complexity linked to altered states of consciousness.

The paper investigates inter-regional brain interactions during episodic memory recall using EEG and finds distinct phase-amplitude coupling and synchronization patterns in specific brain networks.

The paper examines temporal dynamics of brain networks in young children with autism using EEG microstates, finding altered microstate patterns and compensatory mechanisms in ASD.

The paper investigates zero-lag synchronization between distant brain regions using EEG source analyses and shows it occurs in brief epochs, suggesting functional convergence of neuronal populations.

This study shows that anti-phase tACS between V1 and V5 improves motion discrimination by altering phase-amplitude coupling in the alpha band.

This study decomposes EEG microstates into specific frequency bands and finds that spectral-specific analyses provide better behavioral state prediction than broadband methods.

This study uses high-density EEG to find altered directed functional connectivity in the right amygdala of depression patients compared to healthy controls.

This study examines resting-state EEG microstate dynamics in euthymic bipolar disorder patients and finds increased occurrence and coverage of microstate A compared to healthy controls.

The paper examines resting-state EEG microstate dynamics in patients with depression and healthy controls, finding a correlation between microstate A occurrence and depressive symptom severity.

The paper investigates the spatiotemporal dynamics of brain networks during task-initiated thoughts using combined EEG and fMRI, showing distinct patterns in memory retrieval versus mental arithmetic.

This study shows how selective attention modulates cross-frequency coupling in visual cortex by disrupting top-down parietal influences.

The paper investigates early brain network alterations in toddlers and preschoolers with autism using gaze patterns and brain activity during social scene exploration, finding increased hyper-activity and hyper-connectivity in social brain networks.