1 rel monkeys one and five months after median nerve compression.

2 effective for treatment of TED-induced optic nerve compression and for managing the chronic soft tiss

3                                      Chronic nerve compression (CNC) injuries occur when peripheral n

4                                      Chronic nerve compression (CNC) injury initiates a series of pat

5                                      Chronic nerve compression (CNC), as in carpal tunnel syndrome, i

6 rior orbit can be done well for severe optic nerve compression; however, leaving the anterior orbital

7 b, and cuneate nucleus one week after median nerve compression in adult squirrel monkeys.

8 defined by electrophysiological criteria) by nerve compression in an authentic mouse model of heredit

9           Our findings indicate that chronic nerve compression induces Schwann cell turnover with min

10 egeneration after traumatic brain injury and nerve compression is considered a common underlying caus

11         Diabetes, infection (herpes zoster), nerve compression, nerve trauma, "channelopathies," and

12 l be a valuable tool to study the effects of nerve compression on the function and survival of oligod

13 ical fracture, bone deformity, deafness, and nerve compression syndromes.

14           After five months of recovery from nerve compression, the pattern of AMPA and GABAA/B recep

15                              One month after nerve compression, the pattern of subunit staining provi

16 oted two (0.2%) major complications: femoral nerve compression with resulting weakness, and a retaine