Inga Griškova-Bulanova

The paper evaluates how different types of transcranial electrical stimulation affect EEG microstates in healthy adults, finding that oscillatory tDCS (otDCS) has the most widespread effects.

This study uses frequency-resolved EEG microstate analysis to compare resting-state brain dynamics under psilocybin microdosing and acute inhaled DMT, finding frequency-specific alterations in both conditions.

This study detects and characterizes microstates in rat EEG, showing they can be captured using human-like metrics and identifying their frequency bands and sources.

This study examines individual-specific effects of transcranial electrical stimulation on 40-Hz auditory steady-state responses, finding significant interindividual variability and a link between baseline ASSR and memory gain in otDCS.

This paper identifies and mitigates stimulus transduction artifacts in auditory steady-state response experiments using phantom heads and human subjects.

The paper develops a method to determine an individual's dominant theta-band frequency during associative memory tasks to personalize non-invasive brain stimulation.