Madeleine M. Lowery

This study presents a computational model of the motor pathway that reproduces individual MEP waveforms and reveals the critical role of spinal recurrent inhibition in shaping their temporal structure.

This study uses high-density electrospinography to examine frequency-specific spinal activity and cortico-spinal connectivity during pincer-grip, revealing distinct spatial patterns and beta-band activation.

The paper introduces a high-density electrode system for recording spinal cord neural activity, demonstrating its ability to capture evoked potentials and validate its design through topographic mapping.

This study uses a computational model to show how calcium-based synaptic and structural plasticity contribute to synaptic reorganization and abnormal activity in Parkinson's disease following dopamine depletion.

This paper shows that fluid shear stress from micromotion around neural implants triggers gliosis via mechanosensitive ion channels, and modulating PIEZO1 affects astrocyte reactivity.

This study characterizes the geometric variance in the epithelial nerve net of Pleurobrachia pileus, revealing both conserved and variable structural features across body regions and sizes.

This study uses a biophysically detailed model to show how intrinsic and exogenous beta-band oscillations interact in the STN-GPe network to produce pathological synchronization in Parkinson's disease.

This paper introduces non-parametric rank statistics for robust spectral power and coherence analysis in neural signals, showing improved robustness against artefacts and enabling new testing scenarios.