Viktoriya O. Manyukhina

The paper investigates anticipatory postural control in children using magnetoencephalography, revealing adult-like neural mechanisms and an additional compensatory mechanism for postural stabilization.

The paper investigates how beta bursts in the supplementary motor area (SMA) are linked to anticipatory muscle inhibition during voluntary load-lifting.

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.

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