Olga Martynova

This study uses magnetoencephalography with fast periodic visual stimulation to investigate neural responses to visual novelty, category, and orientation in letter recognition.

This study uses MEG to investigate rapid semantic processing during narrative text reading, finding early ERP differences and distinct brain response clusters related to semantic dissimilarity.

This study examines antioxidant capacity and heart rate dynamics in OCD patients under cognitive load, finding lower antioxidant capacity and distinct HR patterns in subgroups.

The paper examines how electrophysiological responses to spelling errors develop from childhood to adulthood, finding distinct ERP patterns in different age groups.

This paper develops a method for speech recognition from MEG data using covariance filters, achieving reliable recognition with minimal errors in 7 subjects.

This study examines eye movement patterns in OCD patients and healthy controls during an antisaccade task with emotional stimuli, finding increased errors and delayed responses to negative stimuli in OCD.

This study examines how different tasks affect brain responses to spelling errors, finding task-independent sublexical processes and task-dependent modulation of spelling-specific processes.

This study investigates how word frequency affects spelling error recognition using ERP measurements in Russian, finding distinct neural pathways for high- and low-frequency words.

This study investigates implicit auditory perception of local and global irregularities using ERP components in passive listening, finding distinct electrophysiological responses to different types of irregularities.

The paper introduces ALICE, a toolbox and crowdsourcing platform for automatic labeling of EEG independent components using machine learning and expert input.

This study assesses children's ability to estimate and anticipate time intervals, finding that accuracy improves with age and is linked to attention and memory scores.

This paper develops a method to detect changes in resting-state fMRI activity after stimulus exposure using Laplacian eigenmaps and wavelet smoothing.

The paper correlates generalized fractional anisotropy in white matter tracts with anxiety scores in healthy participants, finding reproducible associations in corpus callosum and cingulum.

This study examines how children with ASD perceive emotional prosody, finding reduced responses to positive emotions and hemisphere-specific EEG patterns in controls.

The paper examines changes in BOLD signal variance and scale-free properties during resting-state sessions before and after fear learning and extinction in humans.

This study examines longitudinal changes in resting-state functional connectivity of the amygdala following fear learning and extinction in healthy participants, finding persistent increases in left amygdala connectivity after extinction.

The paper examines the weekly reproducibility of resting-state amygdala functional connectivity in healthy volunteers, finding greater stability in right amygdala connections compared to the left.