… both spontaneous and treatment-induced plasticity of the corticospinal system that supports
… circuit plasticity after spinal cord injury and concentrate mainly on the hindlimb motor cortex, …

… motor circuitry plays … injured fibers over long distances is scarce in the adult CNS, substantial
spontaneous neural reorganization and plasticity in the spared corticospinal motor circuitry …

… plasticity can occur in spinal cord circuits after spinalization, leading to functional recovery of
stepping. The observed plasticity … -related adaptive plasticity of spinal cord circuits. As would …

… Corticospinal axons retract from the injury site and fail to regenerate, … circuit over skilled
motor movements and the role of plasticity within both the motor cortex and the spinal cord in …

… It then describes the phenomena of neural plasticity—the nervous system’s ability to change…
impact of cervical spinal cord injury on control of the upper limbs. The neural plasticity that …

… in adult mammals following a complete spinal cord injury (SCI). It is also clear that the
level of recovery in motor function is defined, to a significant degree, by the level and types of …

… This finding suggests that GABAergic inhibitory circuits are … of plasticity [98], experiencedependent
cortical plasticity … to cortical plasticity after peripheral nerve and spinal cord injury. It …

… motor recovery, activity-dependent plasticity, and interventions for restoring motor control
to residual brain and spinal cord … inhibit the plasticity needed to form new circuitry that can …

… , this review will concentrate firstly on observable modifications at the level of simple
circuits such as spinal reflexes and secondly at the level of more complex locomotor pattern-…

… However, this undirected compensatory plasticity forms aberrant neuronal circuits, which
may engage inappropriate combinations of sensorimotor networks during gait execution. …