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1 pressive symptoms, which necessitates urgent surgical decompression.
2 iveness and to investigate the mechanism for surgical decompression.
3 e functionally significant improvement after surgical decompression.
4 ession may predict an improved outcome after surgical decompression.
5  individuals who underwent randomisation and surgical decompression.
6 cluding those who did not ultimately undergo surgical decompression.
7 ncluding systemic corticosteroid therapy and surgical decompression.
8 fically analysed the effect of the timing of surgical decompression.
9 at follows the initial injury are limited to surgical decompression and anti-inflammatory drugs, so t
10 ter was used to model the outcome of time to surgical decompression and assess risk-adjusted variabil
11 ogressively obtunded and underwent emergency surgical decompression and resection of the tumor.
12 espite considerable debate over the roles of surgical decompression and systemic steroid therapy for
13                                Additionally, surgical decompression appeared to offer no extra benefi
14                Smoking status, young age and surgical decompression are significantly associated with
15 ally unstable require urgent transsphenoidal surgical decompression as definitive treatment.
16  spinal cord, the influence of the timing of surgical decompression for acute spinal cord injury (SCI
17 pertaining to current practices in timing of surgical decompression for acute thoracolumbar spinal co
18 e samples removed from adult patients during surgical decompression for intracranial hypertension in
19 al motor score was regressed against time to surgical decompression (h) as a continuous variable, usi
20 rmal vision, since the risks associated with surgical decompression include blindness.
21                                        While surgical decompression is the primary treatment, over 40
22 pothermia, hypertonic saline, and aggressive surgical decompression may prove to impact brain swellin
23                 Patients who underwent early surgical decompression (n=528) experienced greater recov
24                 Patients who underwent early surgical decompression (n=528) experienced greater recov
25                                              Surgical decompression of spinal stenosis is most succes
26 es such as corticosteroids, radiotherapy and surgical decompression on this disease progression was e
27  has been published, corticosteroid therapy, surgical decompression or observation remains the mainst
28 tic disease of the spine frequently requires surgical decompression, reconstruction, and stabilizatio
29                                              Surgical decompression remains the gold standard for rap
30 me, though generally successfully treated by surgical decompression, still results in significant mor
31 tions are limited to hyperosmolar agents and surgical decompression, therapies introduced more than 7
32 ariable and treatment in a US-MTF or UK-MTF, surgical decompression, US military casualty and surgery
33                                 When time to surgical decompression was modelled as a continuous vari
34                                              Surgical decompression was performed in 22 patients with
35 fered pre-emptive treatment (radiotherapy or surgical decompression was recommended per treating phys
36                                              Surgical decompression with colostomy with or without re
37                                              Surgical decompression within 24 h of acute SCI is assoc
38 itiate definitive treatment (radiotherapy or surgical decompression) within 24 hours for diagnosed co
39                                              Surgical decompression yielded similar effects to a PT r