Mana Biabani

This study examines whether repetitive paired-pulse TMS induces offline changes in corticospinal excitability, finding that stimulation targeting inhibition reduces excitability for up to 40 minutes.

The paper examines how naturalistic context affects psilocybin's frequency-specific electrophysiological effects using EEG data from 56 participants.

This study shows psilocybin reorganizes brain activity into context-sensitive patterns linked to subjective experience and mindset changes.

The paper presents a dataset of EEG, TMS-EEG, and behavioural data from 123 healthy adults to study the neural correlates of working memory.

This study shows that repeated suprathreshold paired-pulse TMS at short inter-stimulus intervals increases corticospinal excitability over time, suggesting potential for modulating motor system activity.

This study shows that sleep-like slow waves in wakefulness correlate with perceptual decision-making deficits in stroke patients, indicating network destabilization beyond the lesion site.

This study investigates implicit motor sequence learning using multimodal neuroimaging, showing early learning links to default mode network connectivity and motor network connectivity for sustained learning.

This study uses EEG to analyze perceptual decision-making in ADHD, finding altered neural dynamics in attentional selection, sensory evidence accumulation, and response preparation compared to typically developing children.

The paper examines task-related changes in aperiodic EEG activity and finds they correlate with working memory capacity independently of ERPs and alpha oscillations.

This study uses TMS-EEG to show disinhibition in the supplementary motor area during motor sequence learning, as indicated by reduced N45 amplitudes and increased aperiodic exponents.

This study investigates how auditory and somatosensory inputs contribute to TMS-evoked potentials (TEPs) in different cortical regions and finds that later TEPs reflect sensory input while earlier peaks reflect cortical stimulation.

RELAX is an automated EEG preprocessing pipeline that effectively reduces artifacts while preserving neural signals, outperforming existing methods in blink and muscle artifact removal.

This paper evaluates the RELAX pipeline for cleaning EEG data before ERP analysis, finding it effective and reliable for artifact reduction and ERP estimation.

The paper compares TMS-EEG cleaning pipelines, showing how changes in pipeline steps affect TEPs and emphasizes the need for multiple pipeline comparisons to ensure reliable results.

This study investigates whether cTBS over the dorsolateral prefrontal cortex affects GABA concentration, functional connectivity, and working memory, finding no significant changes.

This study assesses the feasibility of using cerebellar TMS-EEG to explore cerebellar-cerebral network dynamics, finding that artefacts and sensory contamination complicate interpretation of early latency signals.

This study investigates the relationship between TEPs and conditioned-MEPs to determine if they reflect the same cortical response following TMS.

This study characterizes and minimizes sensory input contributions to TMS-evoked potentials using control conditions and filters, finding that SSP-SIR best reduces sensory signals while preserving relevant data.