Tatiana A. Stroganova

The paper examines how sustained auditory attention modulates neural responses to vowels and noise, finding that attention affects early and late components of sustained negativity but not the neural advantage for vowels.

This study investigates neural adaptation to expected uncertainty in ASD and NT adults, finding reduced neural activation scaling and belief precision in ASD despite similar decision-making performance.

This study investigates how the brain bridges the temporal gap between auditory input and movement preparation during word-action association learning, finding stronger neural reactivation aligned with movement onset.

This study uses MEG to compare brain activity during intentional and spontaneous gaze dwells in a video game task, identifying distinct neural patterns associated with voluntary gaze control.

The paper examines how acoustic regularities affect P100m responses in children with ASD and typical development, finding no group differences in P100m modulation but associations between P100m amplitude and language abilities in ASD.

This study investigates neuroplasticity in Visual Snow Syndrome using MEG gamma oscillations, finding heightened activity-dependent plasticity in VSS patients.

This study examines pupil-linked arousal and decision-making in adults with ASD during probabilistic reward learning, finding elevated physiological stress and intolerance of uncertainty despite similar learning performance compared to neurotypical individuals.

The paper investigates motion sensitivity in Visual Snow Syndrome (VSS) and finds that trailing-type palinopsia (TTP) is associated with lower motion duration thresholds, suggesting heterogeneity in VSS.

The paper shows that reduced vowel processing in the left hemisphere of children with ASD correlates with speech-in-noise perception deficits, particularly in amplitude-modulated noise.

This study shows that post-stimulus inhibition in the visual cortex is reflected in changes in MEG parameters, which scale with the intensity of prior visual stimulation.

The paper examines how the auditory cortex processes vowel periodicity and formant structure in children and adults, finding left hemisphere lateralization for formant processing in adults but not children.

The paper examines how disadvantageous choices in a reward task affect beta oscillations in the frontal cortex, showing greater suppression and late synchronization after losses.

This study investigates how beta oscillations in the brain change during learning, finding that beta power shifts from suppression to increase as learning progresses and task performance improves.

This study examines altered visual cortex excitability in PMDD using MEG gamma oscillations and perceptual suppression, finding atypical modulation of gamma power by excitatory drive and luteal phase exacerbation.

The paper distinguishes deliberate exploratory choices from random exploration and exploitation using pupil dilation and response time in a probabilistic learning task.

This study examines the neural response to auditory stimuli in children with ASD and finds left-hemispheric deficits in the sustained field response.

This study investigates rapid cortical plasticity in human adults during active associative learning of novel words, finding immediate changes in cortical responses to meaningful pseudowords.

The paper links spatial suppression in visual motion perception to inhibitory neural responses, showing that gamma response attenuation correlates with individual differences in suppression.

The paper tests two models for visual gamma response suppression by measuring how contrast and velocity affect the transition point of suppression in magnetoencephalography data.

The paper investigates whether motor cortex activation is necessary for verb conceptual processing by examining beta oscillation suppression in response to varying verb retrieval difficulty.

The paper links individual differences in sensory sensitivity to changes in gamma oscillations during visual stimulation, finding weaker gamma suppression correlates with hypersensitivity.

The paper shows that MEG gamma oscillations in humans exhibit input-dependent modulation, reflecting inhibitory gain control in the visual cortex across development.