Cervical spinal cord injury interrupts supraspinal pathways innervating thoracic sympathetic
preganglionic neurons and results in cardiovascular dysfunction. Both respiratory and …

Fine motor skills are thought to rely on the integrity of ascending sensory pathways in the
spinal dorsal column as well as descending motor pathways that have a neocortical origin …

Objective To evaluate the longitudinal somatosensory evoked potentials (SEPs) and motor
evoked potentials (MEPs) characterization from acute to chronic injury following cervical …

颈部脊髓损伤的啮齿动物模型研究进展- PMC Back to Top Skip to main content NIH NLM Logo
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To promote skilled forelimb function following a spinal cord injury, we have evaluated
whether long-term voluntary sensorimotor rehabilitation can promote substantial reaching …

The spinal cord is at risk of injury during spinal surgery. If intraoperative spinal cord injury is
identified early, irreversible impairment or loss of neurological function can be prevented …

精细运动依赖于脊髓感觉(上行) 传导通路和起源于新皮质运动(下行) 传导通路的完整性. 然而,
在感觉和运动通路之间的交流的生理过程, 尤其是其参与脊髓损伤后自发恢复过程中调节精细 …

Methods The relevant domestic and foreign literature in recent years was reviewed, the
methods of establishing the rodent models of cervical SCI and the evaluation methods of …

The present study is aimed to develop a hemi-contusive injury model of cervical spinal cord
injury (SCI) with displacement control at a higher contusive speed, and demonstrates …

A cervical hemicontusion spinal cord injury (SCI) produces forelimb deficits on the ipsilateral
side of the injury while sparing the function of the limbs on the contralateral side of the injury …