In neuroscience research, the refined analysis of rodent locomotion is complex and
cumbersome, and access to the technique is limited because of the necessity for expensive …

Control of voluntary limb movement is predominantly attributed to the contralateral motor
cortex. However, increasing evidence suggests the involvement of ipsilateral cortical …

Rehabilitative and neuroprosthetic approaches after spinal cord injury (SCI) aim to
reestablish voluntary control of movement. Promoting recovery requires a mechanistic …

Postural control is critical for locomotion, allowing for gait changes, obstacle avoidance and
navigation of rough terrain. A major problem after spinal cord injury (SCI) is regaining the …

Spinal cord injury (SCI), second only to stroke, is the leading cause of paralysis. The ability
to walk is often lost after SCI, reducing independence and quality of life. Restoration of …

Traumatic injuries to the spinal cord or the brain have serious medical consequences and
lead to long-term disability. The epidemiology, medical complications, and prognosis of …

Aims Necroptosis is one of programmed death that may aggravate spinal cord injury (SCI).
We aimed to investigate the effect and mechanism of exendin‐4 (EX‐4) on the recovery of …

Control of voluntary limb movement is predominantly attributed to the contralateral motor
cortex. However, increasing evidence suggests the involvement of ipsilateral cortical …

The cortex has a disputed role in monitoring postural equilibrium and intervening in cases of
major postural disturbances. Here, we investigate the patterns of neural activity in the cortex …

Acute lateral hemisection of the spinal cord (LHS) severely impairs postural functions, which
recover over time. Here, to reveal changes in the operation of postural networks underlying …