Peripheral nerve injury may lead to neuroadaptive changes of cellular signals in spinal cord
that are thought to contribute to central mechanisms underlying neuropathic pain. Here we …

Peripheral nerve injury often causes neuropathic pain and is associated with changes in the
expression of numerous proteins in the dorsal horn of the spinal cord. To date, proteomic …

Peripheral nerve injury is often followed by the development of severe neuropathic pain.
Nerve degeneration accompanied by inflammatory mediators is thought to play a role in …

The myriad proteins may be involved in the mechanisms underlying the development and
maintenance of neuropathic pain, an extremely disabling condition that originates from …

Recovery of sensory and motor functions following traumatic spinal cord injury (SCI) is
dependent on injury severity. Here we identified 49 proteins from cerebrospinal fluid (CSF) …

It is widely accepted that mechanical injury to spinal cord can cause nervous system
dysfunction, which leads to the loss of movement and sensation. However, the exact …

Since the function of the spinal cord depends on the proteins found there, better defing the
normal Spinal Cord Proteome is an important and challenging task. Although brain and …

Abstract Development of progressive muscle spasticity resulting from spinal traumatic injury
can be mediated by loss of local segmental inhibition and/or by an increased sensory …

Acute spinal cord injury (SCI) is a devastating condition with many consequences and no
known effective treatment. Although it is quite easy to diagnose traumatic SCI, the …

The inability of the CNS to regenerate in adult mammals propels us to reveal associated
proteins involved in the injured CNS. In this paper, either thoracic laminectomy (as sham …