Alejandro Pascual Valdunciel

Neurofeedback Training on Motor Cancellation Enhances Peripheral but not Cortical Beta Band Oscillations

Spinal Motor Neuron Pools May be Partly Driven by Impulsive Common Inputs

This study shows that spinal motor neurons receive impulsive common inputs (iCI) that synchronize their activity and affect the transmission of continuous common inputs (cCI).

High-frequency common inputs entrain motoneuron subpopulations differently

The paper shows that high-frequency common inputs affect motoneuron subpopulations differently, revealing frequency-dependent synchronization masked in whole-pool analyses.

In vivo motor unit decoding and in vitro cellular characterisation of spinal circuits for urination in adult mice

The paper characterizes the cellular and circuit properties of perineal motor control in adult mice, revealing distinct biophysical features and motor unit recruitment patterns during urination.

TMS-Evoked Corticospinal Beta Oscillations in Humans Recorded from Muscles

This study shows that TMS-induced corticospinal beta oscillations can be detected in muscle recordings and share neural sources with endogenous beta rhythms.

Propagation of Beta bursts from the motor cortex to the motor units of multiple upper-limb muscles

This study demonstrates beta burst propagation from the motor cortex to upper-limb motor units using HDsEMG and EEG, showing time-locking and muscle-specific synchronisation.

Projection of Cortical Beta Band Oscillations to a Motor Neuron Pool Across the Full Range of Recruitment

The paper investigates how cortical beta band oscillations are transmitted to motor neurons across different recruitment thresholds, finding uniform strength and consistent corticospinal delays.

Personalized mapping of inhibitory spinal cord circuits in vivo via non-invasive neural decoding and in silico modelling

This study uses high-density surface EMG and in silico modelling to reveal subject-specific inhibitory spinal microcircuit properties and control strategies.

Modulation of spinal circuits following phase-dependent electrical stimulation of afferent pathways

This study investigates the short-term spinal effects of phase-dependent electrical stimulation of afferent pathways in healthy individuals, finding specific modulatory effects on neural pathways related to wrist muscles.