Sensory and corticospinal tract (CST) pathways activate spinal GABAergic interneurons that
have axoaxonic connections onto proprioceptive (Ia) afferents that cause long‐lasting …

When a muscle is stretched, sensory feedback not only causes reflexes but also leads to a
depolarization of sensory afferents throughout the spinal cord (primary afferent …

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

The comprehension of the neural elements interacting in the spinal cord affected by
vestibular input will contribute to the understanding of movement execution in normal and …

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 …

The reflex depression was accompanied by a decrease in motoneuron firing rate,
interpreted as evidence of postsynaptic inhibition of the motoneuron. Voluntary contraction …

Cerebral white matter lesions prevent cortico-spinal descending inputs from effectively
activating spinal motoneurons, leading to loss of motor control. However, in most cases, the …