Meaghan Elizabeth Spedden

This study compares boundary element and finite element methods for forward modelling in magnetospinography, finding consistent results between methods but significant differences based on bone geometry representations.

The paper investigates cerebellar oscillatory activity during motor tasks and finds that cerebellar rhythms adjust their influence based on cue predictability.

This study compares volume conductor models to determine their impact on magnetic field predictions from spinal cord current flow.

The paper presents a multimodal dataset of wearable MEG and EMG recordings during human stepping, validated with beta band desynchronization in the primary motor cortex.

This study identifies disruptions in rhythmic brain networks in essential tremor patients during naturalistic movement, linking altered network engagement to motor deficits and tremor severity.

This paper combines video telemetry with wearable MEG to analyze naturalistic movement and neural activity during dance.

The paper demonstrates non-invasive imaging of brain, spinal cord, and muscle interactions during movement using optically-pumped magnetometers.

This paper introduces a system for concurrent non-invasive imaging of brain and spinal cord electrophysiology using wearable optically pumped magnetometers.

This study shows that human reinforcement motor learning involves different behavioural variability and cortical electrophysiological responses to successful and unsuccessful outcomes.

This study examines how functional corticomuscular connectivity develops from childhood to adulthood during precision grip tasks, finding greater coherence in older individuals and a shift in cortical sources.

This study examines age-related differences in cortico-cortical connectivity during ankle force control using EEG and finds that bidirectional M1-PMC coupling relates to force precision, with distinct patterns in young and older adults.