Background Previous studies showed that repetitive transcranial magnetic stimulation
(rTMS) reduces spasticity after stroke. However, clinical assessments like the modified …

Suppression of the extensor H‐reflex by flexor afferent conditioning is thought to be
produced by a long‐lasting inhibition of extensor Ia afferent terminals via GABAA receptor …

Modulation of input from primary afferent fibres has long been examined at the level of the
first relays of these fibres. However, recent studies reveal that input to the spinal cord may …

A century of research established that GABA inhibits proprioceptive inputs presynaptically to
sculpt spinal neural inputs into skilled motor output. Recent results in mice challenged this …

The effectiveness of activated Ia afferents to discharge α-motoneurons is decreased during
passive muscle lengthening compared with static and shortening muscle conditions …

To explore why clinical 10 kHz spinal cord stimulation (10 kHz SCS) might improve
neurological function in a model of painful diabetic neuropathy (PDN), the short-term …

On demand and localized treatment for excessive muscle tone after spinal cord injury (SCI)
is currently not available. Here, we examine the reduction in leg hypertonus in a person with …

Sensory input flow is central to voluntary movements. For almost a century, GABA was
believed to modulate this flow by inhibiting sensory axons in the spinal cord to sculpt neural …

Voluntary control of motor actions requires precise regulation of proprioceptive and
somatosensory functions. While aging has demonstrated to decline sensory processing …

Modulation of input from primary afferent fibres has long been examined at the level of the
first relay neurons of these fibres. However, recent studies reveal that input to the spinal cord …